ByBrian Wong, Reviewed by:kurt niebuhr, Updated June 2, 2023
1. Common problems by year
1.1. First generation Pulsar (1978-1982)
1.2. Second generation Pulsar (1983-1987)
1.3. Third generation Pulsar (1987-1991)
1.4. Fourth generation Pulsar (1991-1995)
1.5. Fifth generation Pulsar (1995-2000)
1.6. Sixth generation Pulsar (2000-2005)
1.7. Pulsar seventh generation (2012-2018)
2. Common problems by model and configuration
2.1. Nissan Pulsar N16 (2000-2005)
2.2. Nissan Pulsar N14 GTI-R (1990-1994)
2.3. Nissan Pulsar C13 SSS (2013-2018)
3. Common problems by generation
3.1. First and second generation Pulsar (1978–1987)
3.2. Third and fourth generation Pulsar (1987-
3.3. Fifth and sixth generation Pulsar (1995-2005)
3.4. Pulsar seventh generation (2012-2018)
4. Common problems by engine type or name
4.1. Motor GA16DE
4.2. Motor SR20DET
4.3. motor MR20DE
5. Common complication problems
5.1. Nissan Pulsar SSS (2013-2018)
5.2. Nissan Pulsar GTI-R (1990-1994)
5.3. Nissan Pulsar ST-L (2000-2005)
6. Tips for maintaining your Nissan Pulsar
6.1. regular maintenance
6.2. Keep clean
6.3. drive safely
6.4. Beware of warning signs
7. Conclusion
Frequently Asked Questions (FAQ) about Nissan Pulsar problems
Example Nissan Pulsar Engine Fault Code List and Descriptions
1. Common problems by year
1.1. First generation Pulsar (1978-1982)
The Nissan Pulsar was introduced in 1978 as a subcompact car, with the first generation running from 1978 to 1982. Although it was a popular car at the time, it faced some issues that were common across different model years.
One of the most common problems for first generation Nissan Pulsar owners was rust. The body panels were particularly susceptible to rust and corrosion, especially in areas where road salt was used during the winter months. This led to a decrease in the overall structural integrity of the vehicle and could cause safety issues if left unaddressed.
Another common problem that first generation Nissan Pulsars owners faced was electrical issues. This can include faulty wiring, faulty switches, or blown fuses. These problems can lead to a number of problems, including stalling the engine, problems starting the vehicle, or problems with lights and other electrical components.
The first generation Nissan Pulsar also had problems with its carburetor. The carburetor was prone to clogging, which could lead to poor performance and poor fuel economy. In some cases, the carburetor must be completely replaced, which can be costly for owners.
Finally, first generation Nissan Pulsars were known to have problems with their suspension systems. Worn or damaged shocks and struts can lead to poor handling and a harsh ride, and can even lead to safety concerns on the road.
Overall, although the first generation Nissan Pulsar was a popular car in its day, it had its fair share of problems. Owners of these vehicles should be aware of these common problems and take steps to address them immediately to ensure the safety and reliability of their vehicle.
1.2. Second generation Pulsar (1983-1987)
The second generation Nissan Pulsar was introduced in 1983 and remained in production until 1987. This model year series also had its fair share of common problems for owners to be aware of.
One of the biggest problems second generation Nissan Pulsar owners faced was related to the engine. Specifically, the engine will experience problems with the timing belt, which can break or slip, leading to catastrophic engine failure. In some cases, this can cause significant engine damage and require expensive repairs.
Another common problem with the second generation Nissan Pulsar was related to the transmission. The automatic transmission in particular was known to have trouble shifting, with owners experiencing hard shifting or a complete failure to shift. This can make the vehicle unreliable and require extensive repairs.
In addition to engine and transmission problems, the second-generation Nissan Pulsar also experienced brake problems. The brake calipers were prone to binding, which could cause uneven brake wear and lead to unsafe driving conditions. Additionally, the vehicle's rear brakes were prone to locking, which could cause the driver to lose control of the vehicle.
Finally, second generation Nissan Pulsars were known to have problems with their fuel systems. The fuel pumps on these vehicles were prone to failure, which could cause the engine to stall or not start. Additionally, the fuel injectors were prone to clogging, which could lead to poor engine performance and lower fuel economy.
In general, the second generation Nissan Pulsar was a popular car in its day, but it had some common problems. Owners of these vehicles should be aware of these issues and take steps to address them immediately to ensure the safety and reliability of their vehicle.
1.3. Third generation Pulsar (1987-1991)
The third generation Nissan Pulsar was introduced in 1987 and remained in production until 1991. Although this model year series was generally reliable, it experienced some common problems that owners should be aware of.
One of the most common problems with the third generation Nissan Pulsar was related to the clutch. Specifically, the clutch cable was known to stretch over time, which could cause the clutch to slip or not engage properly. This can make the vehicle unreliable and require expensive repairs if left without an address.
Another common problem with the third generation Nissan Pulsar was related to the engine. The engine was prone to oil leaks, particularly around the valve cover gasket. This can cause oil to spill onto other engine components, which can lead to poor engine performance and potentially dangerous driving conditions if left unattended.
In addition to problems with the clutch and engine, third-generation Nissan Pulsars were known to have problems with their suspension systems. The rear shocks on these vehicles were prone to leaking, which could lead to poor handling and a rough ride. Also, the sway bar links were prone to breaking, which could cause unstable handling and a potential safety hazard on the highway.
Finally, third-generation Nissan Pulsars were known to have problems with their electrical systems. Specifically, the alternator was prone to failure, which could drain the battery and potentially leave the driver stranded. Also, the power window switches were prone to breakage, which could cause the power windows to get stuck in the up or down position.
Overall, while the third-generation Nissan Pulsar was generally reliable, it did experience some common issues. Owners of these vehicles should be aware of these issues and take steps to address them immediately to ensure the safety and reliability of their vehicle.
1.4. Fourth generation Pulsar (1991-1995)
The fourth generation Nissan Pulsar was introduced in 1991 and remained in production until 1995. This model year series was generally reliable, but did experience some common issues that owners should be aware of.
One of the most common problems with the fourth generation Nissan Pulsar was related to the engine. Specifically, the engine was known to consume oil at a higher rate than normal, which could lead to engine damage if left unaddressed. Additionally, the spark plugs were prone to fouling, which could lead to poor engine performance and potentially dangerous driving conditions.
Another common problem with the fourth generation Nissan Pulsar was related to the suspension system. The front strut mounts were prone to breaking which could lead to poor handling and a harsh ride. Also, the rear suspension bushings were prone to wear, which could lead to poor handling and a noisy ride.
In addition to engine and suspension issues, fourth-generation Nissan Pulsars were known to have problems with their electrical systems. Specifically, the alternator was prone to failure, which could drain the battery and potentially leave the driver stranded. Also, the power window switches were prone to breakage, which could cause the power windows to get stuck in the up or down position.
Finally, fourth generation Nissan Pulsars were known to have problems with their air conditioning systems. Specifically, the compressor was prone to failure, which could cause the air conditioning to stop working and potentially leave the driver uncomfortable in hot weather.
Overall, while the fourth generation Nissan Pulsar was generally reliable, it did experience some common issues. Owners of these vehicles should be aware of these issues and take steps to address them immediately to ensure the safety and reliability of their vehicle.
1.5. Fifth generation Pulsar (1995-2000)
The fifth generation Nissan Pulsar was introduced in 1995 and remained in production until 2000. This model year series was generally reliable, but did experience some common issues that owners should be aware of.
One of the most common problems with the fifth generation Nissan Pulsar was related to the engine. Specifically, the engine was known to consume oil at a higher rate than normal, which could lead to engine damage if left unaddressed. Also, the engine's timing chain was prone to stretching, which could cause the engine to run rough or even misfire.
Another common problem with the fifth generation Nissan Pulsar was related to the transmission. Specifically, the transmission was prone to slipping or failing completely, which could cause the vehicle to lose power or get stuck in gear. Additionally, the clutch was prone to failure, which could make the vehicle difficult or impossible to drive.
In addition to engine and transmission problems, fifth-generation Nissan Pulsars were known to have problems with their suspension systems. Specifically, the rear shocks were prone to leaking, which could lead to poor handling and a harsh ride. Additionally, the front lower control arms were prone to rust and breakage, which could lead to poor handling and potentially dangerous driving conditions.
Finally, fifth generation Nissan Pulsars were known to have problems with their air conditioning systems. Specifically, the compressor was prone to failure, which could cause the air conditioning to stop working and potentially leave the driver uncomfortable in hot weather.
Overall, while the fifth-generation Nissan Pulsar was generally reliable, it did experience some common issues. Owners of these vehicles should be aware of these issues and take steps to address them immediately to ensure the safety and reliability of their vehicle.
1.6. Sixth generation Pulsar (2000-2005)
The sixth generation Nissan Pulsar was introduced in 2000 and remained in production until 2005. Although this model year series was generally reliable, it did experience some common issues that owners should be aware of.
One of the most common problems with the sixth generation Nissan Pulsar was related to the engine. Specifically, some owners have reported that their vehicles experienced hesitation or rough running under acceleration, which was attributed to faulty fuel injectors. Additionally, some owners have reported that their vehicles were consuming oil at a higher rate than normal, which could lead to engine damage if left unaddressed.
Another common problem with the sixth generation Nissan Pulsar was related to the transmission. Specifically, some owners have reported that their vehicles experienced slippage or difficulty shifting gears, which was attributed to a faulty transmission control module. Additionally, some owners reported that their vehicles tended to stall, which could be due to worn or damaged synchronizers.
In addition to engine and transmission problems, sixth-generation Nissan Pulsars were known to have problems with their electrical systems. Specifically, some owners reported that their vehicles were having problems with the power windows and door locks, which could be due to faulty switches or wiring.
Finally, some sixth-generation Nissan Pulsar owners have reported problems with their suspension systems. Specifically, some owners reported that their vehicles tended to develop a rumble when driven over potholes or rough roads, which could be caused by worn or damaged suspension components.
Overall, while the sixth-generation Nissan Pulsar was generally reliable, it did experience some common issues. Owners of these vehicles should be aware of these issues and take steps to address them immediately to ensure the safety and reliability of their vehicle.
1.7. Pulsar seventh generation (2012-2018)
The seventh generation Nissan Pulsar was introduced in 2012 and remained in production until 2018. This model year series was generally reliable, but did experience some common issues that owners need to be aware of.
One of the most common problems with the seventh generation Nissan Pulsar was related to the transmission. Specifically, some owners have reported that their vehicles experienced slippage or difficulty shifting gears, which was attributed to a faulty transmission control module. Additionally, some owners reported that their vehicles tended to stall, which could be due to worn or damaged synchronizers.
Another common problem with the seventh generation Nissan Pulsar was related to the air conditioning. Specifically, some owners have reported that their vehicle's air conditioners have stopped working or are not working as efficiently as they should. This issue was blamed on a faulty compressor, which could be expensive to replace.
In addition to transmission and climate issues, some seventh-generation Nissan Pulsar owners have reported problems with their steering systems. Specifically, some owners reported that their vehicles tended to slide to one side or the other while driving, which could be due to worn or damaged steering components.
Finally, some seventh-generation Nissan Pulsar owners have reported problems with their suspension systems. Specifically, some owners reported that their vehicles tended to develop a knocking or rattling sound when driving over potholes or uneven roads, which could be caused by worn or damaged suspension components.
Overall, while the seventh-generation Nissan Pulsar was generally reliable, it did experience some common issues. Owners of these vehicles should be aware of these issues and take steps to address them immediately to ensure the safety and reliability of their vehicle.
2. Common problems by model and configuration
2.1. Nissan Pulsar N16 (2000-2005)
The Nissan Pulsar N16 was produced from 2000 to 2005 and was known for its reliability and fuel efficiency. Like any car though, the N16 had its fair share of problems, often depending on the specific model and configuration. Some of the common problems with Nissan Pulsar N16 by model and configuration are:
1. Nissan Pulsar N16 ST Sedan (2000-2005):
- Power steering issues: Some drivers have reported problems with the power steering, such as a loud hissing noise or trouble turning the steering wheel.
- Engine Misfires: The N16 ST Sedan was known to have issues with engine misfires, which could lead to a loss of power and reduced fuel efficiency.
- Faulty air conditioning: Some drivers reported problems with the air conditioning, such as the system not cooling properly or failing altogether.
2. Nissan Pulsar N16 Q Sedan (2000-2005):
- Gearbox issues: The N16 Q Sedan was known to have gearbox issues such as difficulty shifting or a loud squeal when shifting.
- Faulty Ignition Coils: Some drivers have reported problems with the ignition coils, which could cause misfiring and reduced engine performance.
- Oil Leaks: The N16 Q Sedan was known to have problems with oil leaks, which could lead to low oil pressure and engine damage if not repaired.
3. Nissan Pulsar N16 ST Hatch (2000-2005):
- Suspension issues: The N16 ST Hatch was known to have suspension issues, such as a loud clang when driving over potholes or rough roads.
- Electrical problems: Some drivers reported problems with the electrical system, such as flickering dash lights or the radio not working properly.
- Transmission problems: The N16 ST Hatch was known to have transmission problems, such as gear slippage or difficulty changing gears.
4. Nissan Pulsar N16 SSS Hatch (2000-2005):
- Braking Issues: The N16 SSS Hatch was known to have issues with the braking system, such as a soft or spongy brake pedal or reduced stopping power.
- Fuel system problems: Some drivers have reported problems with the fuel system, such as problems starting the engine or reduced fuel efficiency.
- Engine Overheating: The N16 SSS Hatch was known to have engine overheating issues that could cause engine damage if not addressed immediately.
Overall, while the Nissan Pulsar N16 was a reliable and efficient car, it had its fair share of common issues by model and configuration. It is important that owners follow up on regular maintenance and address any issues immediately to ensure the longevity and performance of their vehicle.
2.2. Nissan Pulsar N14 GTI-R (1990-1994)
The Nissan Pulsar N14 GTI-R is a high-performance variant of the third-generation Pulsar produced from 1990 to 1994. Designed for rally racing, it has a turbocharged engine and four-wheel drive. While the GTI-R is a powerful and impressive vehicle, it's not without its usual problems.
One of the most common problems with the GTI-R is related to its transmission. The standard five-speed manual transmission is known to be quite brittle and prone to failure, especially during high-stress driving. GTI-R owners should be aware of this and may want to consider upgrading their transmission to a stronger aftermarket option if they plan to drive the car aggressively.
Another issue commonly reported by GTI-R owners is related to the car's electrical system. Some owners have experienced problems with the car battery not charging properly or the alternator failing, which can cause the car to stall or not start at all. It is important to keep an eye on your car battery and charging system and resolve any issues immediately to avoid being stranded.
The GTI-R is also known to have problems with its cooling system. Some owners have reported overheating issues, especially in hot weather or during aggressive driving. This can be caused by a number of factors, such as a faulty thermostat, a clogged radiator, or a faulty water pump. Regular maintenance and inspection of the cooling system can help prevent these problems from occurring.
Finally, like many performance vehicles, the GTI-R can be hard on its tires and suspension components. Owners may find themselves replacing tires and suspension components more frequently than they would on a standard vehicle. Also, the car's four-wheel drive can put extra stress on powertrain components, so regular maintenance and inspection is important to keep the car running.
Overall, the Nissan Pulsar N14 GTI-R is a unique and exciting vehicle, but it's important for owners to be aware of their common problems and take steps to address them to keep the car running smoothly and reliably.
2.3. Nissan Pulsar C13 SSS (2013-2018)
The Nissan Pulsar C13 SSS is a seventh generation model that was produced from 2013 to 2018. This model is known for its sporty design and high-performance features, making it a popular choice among car enthusiasts. However, there have been some common issues reported by owners of this model.
One of the most commonly reported problems with the Nissan Pulsar C13 SSS is related to the transmission. Some owners have reported problems with the continuously variable transmission (CVT), including shaking, shuddering, and slipping. This can be caused by a faulty valve body or transmission fluid contamination and may require repairs or even replacement of the transmission.
Another issue reported by some owners is related to the engine. Some have reported excessive oil consumption, which could be due to a bad PCV valve or piston rings. Also, some owners have reported a rough idle or misfire, which can be caused by a bad ignition coil or spark plug.
Electrical problems have also been reported with the Nissan Pulsar C13 SSS. Some owners have reported battery drain issues, which may be due to a faulty alternator or electrical component. Also, some have reported problems with power windows not working properly, which could be caused by a faulty window regulator or switch.
Finally, some owners have reported problems with the suspension system. Some have reported a knocking or clunking sound when driving over potholes, which may be due to worn suspension components such as struts or sway bar links. Also, some have reported uneven tire wear, which may be due to fit issues.
Overall, while the Nissan Pulsar C13 SSS is a reliable, high-performance car, there are some common issues that owners need to be aware of. Regular maintenance and timely repairs can help prevent these problems from becoming more serious and costly.
3. Common problems by generation
3.1. First and second generation Pulsar (1978–1987)
First and second generation Nissan Pulsar models produced between 1978 and 1987 are known for several common problems that owners may experience. Here are some of the most common problems by generation:
1. Rust: One of the main problems with the first and second generation Pulsar models is rust. These cars were prone to rust, especially around the wheel arches, sills, and floor panels. Owners should regularly inspect their Pulsar for rust, as it can cause significant structural damage and can be expensive to repair.
2. Electrical issues: Electrical issues are common with these Pulsar models, especially the second generation. The alternator and battery are prone to failure and the charging system may not work properly, causing the battery to run down. Also, the wiring harness can become brittle and lead to a short circuit or other problems.
3. Engine Issues - Early Pulsar models are also notorious for engine issues, including overheating and head gasket failure. Engines may also experience oil leakage from the camshaft seals, rocker cover gasket, or crankshaft seal.
4. Suspension Issues: Suspension issues are common with these Pulsar models, especially on the front suspension. Front strut mounts and bearings can wear out and cause knocking or knocking noises. Ball joints and tie rod ends can also wear out and require replacement.
5. Transmission issues: The manual gearboxes on these Pulsar models suffer from timing issues, making shifting difficult. Also, the clutch can fail prematurely and require replacement.
Owners of the first and second generation Nissan Pulsar models should be aware of these common problems and inspect their cars regularly to detect any potential problems early. Regular care and maintenance can help prevent some of these problems from occurring and extend the life of your car.
3.2. Third and fourth generation Pulsar (1987-
The third and fourth generation Nissan Pulsar, which ran from 1987 to 1995, had its own set of common problems that owners need to be aware of.
A common problem on these generations of Pulsar is a faulty fuel pump relay which can cause the engine to stall or not start at all. This can be a frustrating and dangerous issue as it can occur while driving. Replacing the relay is usually the best solution.
Another common problem is a faulty distributor that can cause the engine to misfire or not start at all. This can be caused by wear over time or a faulty sensor. It may be necessary to replace the distributor or sensor to fix the problem.
In some cases, owners may also experience a problem with the brake light switch, which can cause the brake lights to stay on even when the brakes are not applied. This can drain the battery and potentially cause an accident. Replacing the switch is usually the solution.
Finally, owners may also experience an issue with the ignition switch, which can cause the engine to stall or not start at all. This can be caused by wear over time or a faulty connection. It may be necessary to replace the ignition switch to fix the problem.
In general, although the third and fourth generation Nissan Pulsars had their own set of common problems, they can usually be resolved by replacing faulty parts. Regular maintenance and inspections can help identify potential problems before they become major problems.
3.3. Fifth and sixth generation Pulsar (1995-2005)
The Nissan Pulsar underwent significant changes with the fifth and sixth generations, which were produced from 1995 to 2005. Common problems faced by these generations are discussed below:
Pulsar fifth generation (1995-2000):
- Faulty fuel pump: The fuel pump on some 5th generation Pulsar models has been known to fail prematurely, leading to problems starting the engine or stalling while driving.
- Power steering issues: A common problem on the fifth-gen Pulsar is power steering fluid leaks, resulting in stiff or noisy steering. This can be caused by a damaged power steering pump or worn hoses.
- Engine oil leaks: Some fifth generation Pulsar models may develop oil leaks due to deterioration of gaskets and seals. Leaks can be identified by oil stains or stains under the car or around the engine compartment.
Sixth generation Pulsar (2000-2005):
- Faulty Ignition Coil: The ignition coil on some sixth generation Pulsar models can fail, causing misfiring, rough idling or stalling. This can be attributed to a bad coil or damaged spark plug wires.
- Transmission issues: Various issues have been reported with the automatic transmission on some 6th generation Pulsar models, such as delayed engagement, slippage or jerkiness. This may be due to worn clutch discs or damaged solenoids.
- Braking issues: Some 6th generation Pulsar models have been known to experience braking issues, including brake pedal chatter, uneven braking and squealing. These problems can be caused by worn brake pads or rotors.
In conclusion, the fifth and sixth generation Nissan Pulsar had its fair share of common problems, including issues with fuel pumps, power steering, engine oil leaks, ignition coils, transmissions, and brakes. Regular maintenance and prompt repairs can help mitigate these issues and ensure vehicle longevity.
3.4. Pulsar seventh generation (2012-2018)
The seventh-generation Pulsar, which was manufactured from 2012 to 2018, had a number of common issues noted by its owners. Some of the most notable topics by generation are:
- Engine oil leaks: This was one of the most common problems among 7th generation Pulsar owners. The leak was mainly observed at the valve cover gasket and oil pan gasket. If not treated immediately, the leak can cause serious engine problems.
- Transmission problems: Some owners have reported problems with the CVT (Continuously Variable Transmission) in their seventh generation Pulsar. The most common issue reported was a gear shift delay. In some cases, the transmission would not be able to shift gear at all, leaving the car stranded.
- Electrical issues: Several owners have reported problems with the electrical systems of their seventh-generation Pulsar. These problems ranged from faulty door locks to non-functioning power windows to faulty warning lights on the dash. In some cases, the car would simply refuse to start due to electrical problems.
- Suspension problems: The suspension system of the seventh generation Pulsar was not without its problems. Some owners reported problems with the car's suspension, especially the shock absorbers. These issues resulted in a bumpy and uncomfortable ride, as well as steering and handling issues.
- Brake system problems: Some owners have reported problems with the brake system on their seventh generation Pulsar. The most common problem was premature wear of the brake pads, which required frequent replacement. In some cases, the brake pedal would feel spongy, making it difficult to stop the car.
It's worth noting that not all seventh-gen Pulsar owners experienced these issues, and some of them can be attributed to normal wear and tear. However, it is important that owners are aware of these common problems and take proactive steps to address them in order to keep their cars running.
4. Common problems by engine type or name
4.1. Motor GA16DE
The GA16DE engine is a 1.6-liter four-cylinder engine that was used in various Nissan models, including the Pulsar. Despite being a reliable engine, there are some common issues that have been reported over time.
One of the most common problems with the GA16DE engine is a faulty timing chain tensioner. This can cause a rattling sound in the engine, and if left unchecked, can damage the timing chain, which can be expensive to repair.
Another problem is with the valve cover gasket, which can fail over time, leading to oil leaks. This can reduce engine performance and potentially damage other engine components.
In some cases, the GA16DE engine can also suffer from a faulty mass air flow sensor. This can cause the engine to run rough or stall and can also trigger the check engine light.
Finally, some drivers have reported problems with the engine idle control valve, which can cause rough idling and even stalling at low speeds. This problem can often be resolved by cleaning or replacing the valve.
In general, although the GA16DE engine is generally reliable, it's important to keep an eye out for these common problems to ensure your Pulsar continues to run smoothly.
4.2. Motor SR20DET
The SR20DET engine is a popular engine choice for Nissan Pulsar enthusiasts due to its high performance and potential for modification. But like any engine, it's not without its problems.
One of the common problems with the SR20DET engine is oil consumption. This can be caused by a number of factors, including worn piston rings, damaged valve guides, or a faulty PCV valve. If not addressed, excessive oil consumption can lead to engine damage.
Another problem with the SR20DET engine is its stock turbocharger. While the turbocharger can provide a significant boost in horsepower, it is prone to failure over time. This can be caused by a number of factors, including a lack of oil, worn bearings, and damaged seals. Upgrading to a more reliable aftermarket turbocharger is a popular solution for enthusiasts.
In addition to these problems, the SR20DET engine may also experience problems with its ignition system. This can be caused by faulty spark plugs, ignition coils, or the ignition control module. Poor ignition can cause misfiring, reduced power and even engine damage.
Finally, the SR20DET engine is also known to be sensitive to fuel quality. Using low-quality or contaminated fuel can cause knocking and other problems. Ensuring that only high quality, properly filtered fuel is supplied to the engine is essential to maintaining engine life and performance.
Overall, while the SR20DET engine is a powerful and popular choice for Nissan Pulsar enthusiasts, it's important to be aware of its common issues and address them promptly to ensure long-lasting, reliable performance.
4.3. motor MR20DE
The MR20DE engine is a four-cylinder engine used in the seventh generation Nissan Pulsar manufactured between 2012-2018. This engine is known for its balance between power and fuel efficiency, but like any engine, it is not without its problems.
A common problem with the MR20DE engine is excessive oil consumption. This can be caused by a variety of factors, including worn piston rings or valve seals, clogged PCV valves, or simply driving habits. Left unchecked, this can lead to engine damage and reduced performance.
Another issue that has been reported with this engine is a rattling noise coming from the timing chain area. This can be caused by a loose timing chain or a worn tensioner, which can lead to engine damage if not corrected immediately.
Also, some MR20DE engines have been reported to have faulty camshaft sensors which can cause the engine to stall or not start. This problem can often be resolved by replacing the faulty sensor.
Finally, some MR20DE engines have been reported to have problems with the Variable Valve Timing (VVT) system. This can cause rough idling, poor acceleration, and reduced fuel efficiency. If the VVT system is the cause of the problem, it may need to be replaced or repaired.
Overall, while the MR20DE engine in the Nissan Pulsar is generally reliable, owners need to be aware of these common issues to ensure their vehicles remain in top condition.
5. Common complication problems
5.1. Nissan Pulsar SSS (2013-2018)
Nissan Pulsar SSS, produced between 2013 and 2018, is a popular model known for its sporty styling and great performance. Despite its impressive features, the car is not without its problems, especially when it comes to its various configurations.
One of the most common problems associated with the Nissan Pulsar SSS is its continuously variable transmission (CVT). Some drivers have reported issues with transmission reliability, including shaking and shuddering while driving, as well as gear slippage. These problems may be related to faulty sensors or other mechanical problems in the CVT.
Another problem with the Pulsar SSS is related to the car's engine. Some drivers have reported problems with the engine's timing chain, which can stretch and cause engine performance issues. This problem may require replacement of the timing chain, which can be an expensive repair.
In addition to these issues, some drivers have reported issues with the car's suspension and steering components. These problems can cause the car to handle poorly or feel unstable while driving. Suspension and steering components may need to be replaced to fix these issues.
Finally, some drivers reported problems with the car's electrical system, including problems with the car's battery, alternator, and other electrical components. These issues can cause the car's electrical system to fail, which can lead to a number of issues with the car's performance and safety features.
Overall, the Nissan Pulsar SSS is a great car that offers great performance and impressive styling. But like any car, it's not without its problems. If you are considering purchasing a Nissan Pulsar SSS, it is important to be aware of these common problems and have the car thoroughly inspected by a qualified mechanic before purchasing.
5.2. Nissan Pulsar GTI-R (1990-1994)
The Nissan Pulsar GTI-R, also known as the Nissan Sunny GTI-R, was a high-performance version of the third generation Nissan Pulsar, produced from 1990 to 1994. It was equipped with a 2.0-liter turbocharged SR20DET engine that produced up to a 227 horsepower and 210 pound-feet of torque.
One of the most common problems with the GTI-R was related to the engine's cooling system. The engine tended to overheat due to a faulty thermostat, damaged radiator, or faulty water pump. The overheating issue can lead to engine damage if not addressed immediately.
Another problem with the GTI-R was related to its four-wheel drive. The transfer case and differentials were prone to failure due to the high torque of the engine. This can cause drive system noise and ultimately lead to four-wheel drive system failure.
The GTI-R was also known to have problems with suspension components. The tops of the rear beam struts and bushings were prone to wear and could cause a knocking sound when driving over potholes or rough roads. The problem can be solved by replacing the worn parts with improved components.
Additionally, some GTI-R owners have reported problems with the car's electrical system, particularly the alternator and battery. The electrical system can fail due to a faulty alternator or battery, causing the car to stall or not start.
Finally, rust was a common problem with the GTI-R due to its age and lack of proper maintenance. Rust can appear on various parts of the car, including wheel arches, sills, and the base plate. Periodic inspections and rust prevention measures were necessary to prevent further damage.
5.3. Nissan Pulsar ST-L (2000-2005)
The Nissan Pulsar ST-L was a popular variant of the sixth generation Pulsar, produced from 2000 to 2005. Although this model was generally reliable, owners reported some common problems.
One issue that was reported was with the power steering system. Some owners experienced power steering pump leaks which resulted in loss of power steering fluid and difficulty steering the vehicle. This problem can be solved by replacing the power steering pump.
Another common problem reported by Pulsar ST-L owners was with the transmission. Some owners experienced issues with the transmission slipping or failing completely, which could be attributed to a faulty solenoid or valve body. In some cases, it was necessary to replace the transmission.
The Pulsar ST-L also had some reported problems with the fuel system. Some owners have experienced fuel leaks that could be due to a faulty fuel pump or fuel line. Other owners reported fuel gauge issues that could be fixed by replacing the fuel sending unit.
Finally, some Pulsar ST-L owners reported problems with the air conditioning. Some reported that the air conditioning stopped working completely, while others experienced problems with the air conditioning not blowing cold air. These problems can be fixed by replacing the air conditioning compressor or topping up the refrigerant.
While the Nissan Pulsar ST-L was generally a reliable car, these common issues need to be considered when purchasing and maintaining this model. Regular maintenance and treating any problems as soon as they occur can help extend the life of your vehicle.
6. Tips for maintaining your Nissan Pulsar
6.1. regular maintenance
Regular maintenance is essential to keep your Nissan Pulsar in good condition and avoid potential problems in the future. Here are some tips for maintaining your Nissan Pulsar:
1. Change your oil regularly: Regular oil changes are essential to the life of your engine. Check your owner's manual for the recommended oil change interval and be sure to use the correct type of oil.
2. Keep an eye on your fluids: Regularly check the levels of your car's fluids, including coolant, brake fluid, transmission fluid, and power steering fluid. If any of the fluids are low, top them up to the recommended level.
3. Replace the air filter: The air filter prevents dirt and debris from entering your engine. A dirty air filter can reduce fuel economy and engine performance. Replace the air filter periodically or as recommended by the owner's manual.
4. Check the battery: Keep an eye on your car battery and make sure it has a charge. If you notice any problems, such as slow start-up or dim lights, have the battery tested or replaced if necessary.
5. Inspect the brakes: Have your brakes inspected regularly and replace the brake pads or rotors if they are worn or damaged. Squealing or screeching when braking may indicate a problem.
6. Check the tires: Regularly check the tire pressure and tread depth. Under-inflated or worn tires can affect handling and safety. Replace tires as necessary.
7. Keep track of scheduled maintenance: Follow your car's recommended maintenance schedule from the manufacturer. This includes regular adjustments, timing belt replacement, and other major maintenance tasks.
By following these tips, you can help keep your Nissan Pulsar running smoothly and avoid costly repairs.
6.2. Keep clean
Keeping your Nissan Pulsar clean is an important part of maintaining its overall health and longevity. Regular washing and detailing can help prevent the buildup of dirt, grime, and other contaminants that can cause damage over time.
A key area to focus on when cleaning your Pulsar is the undercarriage. This is where dirt and grime tend to accumulate and if left unchecked can cause rust and other forms of corrosion. Use a pressure washer or hose to remove any buildup, making sure to focus on wheel wells, suspension components, and other hard-to-reach areas.
When washing the exterior of your Pulsar, be sure to use a high-quality car wash soap and a soft sponge or rag to avoid scratching the paint. Rinse well and use a microfiber towel to dry the car completely. Applying a coat of wax or sealant can help protect the paint from UV rays and other environmental factors.
Don't forget to also clean the interior of your Pulsar. Vacuum carpets and upholstery regularly to remove dirt and grime, and wipe the dash, door panels, and other surfaces with a damp cloth. Using a protectant on vinyl and plastic surfaces can help prevent cracking and fading over time.
In addition to regular washing and detailing, it's important to address any damage or issues as soon as they occur. This includes things like scratches, dents, and mechanical problems. Ignoring these problems can lead to more extensive damage and can be more expensive to repair.
By keeping your Nissan Pulsar clean and fixing any problems right away, you can help ensure that it stays in top condition for many years to come.
6.3. drive safely
Driving carefully is a crucial aspect of keeping your Nissan Pulsar in good condition. Excessive speed, sudden braking, and sharp turns can put a lot of stress on your car's mechanical components, leading to wear. To avoid unnecessary strain on your Pulsar, it is important to drive within the speed limit and keep a safe distance from other vehicles.
In addition, frequent acceleration and deceleration can also increase fuel consumption and further stress the engine, reducing performance and fuel efficiency. Therefore, it is recommended to drive smoothly and maintain a constant speed as much as possible.
Apart from this, it is also important to avoid bumpy roads or driving on uneven surfaces as this can damage your car's suspension system, exhaust and other components. If you need to drive on uneven terrain, take it easy and avoid sudden maneuvers that could cause injury.
Finally, be sure to listen for any warning signs or unusual noises while driving, such as engine misfiring, squealing brakes, or strange vibrations. These could indicate potential issues that need to be addressed immediately to prevent further damage. By driving carefully and attentively, you can help ensure the long-term health and performance of your Nissan Pulsar.
6.4. Beware of warning signs
Regularly inspecting your Nissan Pulsar for warning signs is an essential part of your car maintenance. Some common warning signs to look out for include unusual noises or vibrations, warning lights on the dash, trouble starting the car, and changes in your car's performance or handling.
If you notice any of these warning signs, it's important to address them immediately to prevent further damage to your car. Ignoring the warning signs can result in more extensive repairs and higher costs down the road.
One way to be aware of the warning signs is to schedule regular maintenance appointments with a certified mechanic. They can perform routine inspections and catch any problems before they become a bigger problem.
In addition to mechanical inspections, you can also keep an eye on your car's fluids, such as oil and coolant levels, and check your tires for signs of wear. By being vigilant and addressing warning signs right away, you can keep your Nissan Pulsar running and avoid costly repairs.
7. Conclusion
As a compact car with a rich history, the Nissan Pulsar has its share of common problems and maintenance tips. Throughout its many generations, the Pulsar has faced various challenges, including engine problems, transmission problems, and electrical failure. But regular maintenance can help prevent many of these problems, such as keeping your engine clean, driving carefully, and paying attention to warning signs.
If you have a Nissan Pulsar, it's important to keep an eye on its condition and fix any problems right away. Whether you have an older model or a newer version, knowing the common problems that can affect your car is critical. From the GA16DE engine to the GTI-R plugin, each Pulsar variant has its own unique set of issues to watch out for.
By following the tips for maintaining your Nissan Pulsar, you can ensure that it continues to run smoothly and reliably. From regular oil changes to paying attention to warning lights on your dashboard, taking good care of your car is essential to its longevity and safety on the road. So whether you're driving down the highway or navigating the city streets, be sure to give your Pulsar the attention it deserves to keep it running at its best.
Example Nissan Pulsar Engine Fault Code List and Descriptions
Engine code/name | Engine Specs (L, Fuel, HP) | Del Bill | Error code | Description |
---|---|---|---|---|
GA16DE | 1.6L, gasoline, 115 CV | Ignition system | P0300 | Random/multi-cylinder misfire detected |
GA16DE | 1.6L, gasoline, 115 CV | emission system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
GA16DE | 1.6L, gasoline, 115 CV | Fuel system | P0171 | System too thin (Bank 1) |
GA16DE | 1.6L, gasoline, 115 CV | Fuel system | P0172 | The system is too rich (bank 1) |
GA16DE | 1.6L, gasoline, 115 CV | Transmission system | P0740 | Torque Converter Clutch Failure |
GA16DE | 1.6L, gasoline, 115 CV | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
GA16DE | 1.6L, gasoline, 115 CV | Fuel system | P0301 | Cylinder 1 misfire detected |
GA16DE | 1.6L, gasoline, 115 CV | Fuel system | P0302 | Cylinder 2 Misfire Detected |
GA16DE | 1.6L, gasoline, 115 CV | Fuel system | P0303 | Cylinder 3 Misfire Detected |
GA16DE | 1.6L, gasoline, 115 CV | Fuel system | P0304 | Cylinder 4 misfire detected |
QG18DE | 1.8L, petrol, 126 HP | Ignition system | P0300 | Random/multi-cylinder misfire detected |
QG18DE | 1.8L, petrol, 126 HP | emission system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
QG18DE | 1.8L, petrol, 126 HP | Fuel system | P0171 | System too thin (Bank 1) |
QG18DE | 1.8L, petrol, 126 HP | Fuel system | P0172 | The system is too rich (bank 1) |
QG18DE | 1.8L, petrol, 126 HP | Transmission system | P0740 | Torque Converter Clutch Failure |
QG18DE | 1.8L, petrol, 126 HP | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
QG18DE | 1.8L, petrol, 126 HP | Fuel system | P0301 | Cylinder 1 misfire detected |
QG18DE | 1.8L, petrol, 126 HP | Fuel system | P0302 | Cylinder 2 Misfire Detected |
QG18DE | 1.8L, petrol, 126 HP | Fuel system | P0303 | Cylinder 3 Misfire Detected |
SR20DE | 2.0L, gasoline, 140 HP | Ignition system | P0300 | Random/multi-cylinder misfire detected |
SR20DE | 2.0L, gasoline, 140 HP | emission system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
SR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0171 | System too thin (Bank 1) |
SR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0172 | The system is too rich (bank 1) |
SR20DE | 2.0L, gasoline, 140 HP | Transmission system | P0740 | Torque Converter Clutch Failure |
SR20DE | 2.0L, gasoline, 140 HP | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
SR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0301 | Cylinder 1 misfire detected |
SR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0302 | Cylinder 2 Misfire Detected |
SR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0303 | Cylinder 3 Misfire Detected |
SR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0304 | Cylinder 4 misfire detected |
K9K | 1,5L, diesel, 110 HK | Ignition system | P0380 | Malfunction of glow plug/heater circuit "A" |
K9K | 1,5L, diesel, 110 HK | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0191 | Fuel Rail Pressure Sensor Circuit Range/Performance |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0087 | Fuel rail/system pressure too low |
K9K | 1,5L, diesel, 110 HK | Transmission system | P0740 | Torque Converter Clutch Failure |
K9K | 1,5L, diesel, 110 HK | emission system | P0409 | Exhaust gas recirculation sensor "A" circuit |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0301 | Cylinder 1 misfire detected |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0302 | Cylinder 2 Misfire Detected |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0303 | Cylinder 3 Misfire Detected |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | Ignition system | P0300 | Random/multi-cylinder misfire detected |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | emission system | P0420 | Catalytic system efficiency below threshold (Bank 1) |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | Fuel system | P0171 | System too thin (Bank 1) |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | Fuel system | P0172 | The system is too rich (bank 1) |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | Transmission system | P0740 | Torque Converter Clutch Failure |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | Fuel system | P0301 | Cylinder 1 misfire detected |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | Fuel system | P0302 | Cylinder 2 Misfire Detected |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | Fuel system | P0303 | Cylinder 3 Misfire Detected |
MR16DDT | 1.6L, gasoline, turboladet, 190 CV | Fuel system | P0304 | Cylinder 4 misfire detected |
MRA8DE | 1.8L, petrol, 130 HP | Ignition system | P0300 | Random/multi-cylinder misfire detected |
MRA8DE | 1.8L, petrol, 130 HP | emission system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0171 | System too thin (Bank 1) |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0172 | The system is too rich (bank 1) |
MRA8DE | 1.8L, petrol, 130 HP | Transmission system | P0740 | Torque Converter Clutch Failure |
MRA8DE | 1.8L, petrol, 130 HP | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0301 | Cylinder 1 misfire detected |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0302 | Cylinder 2 Misfire Detected Table 7: Common Trouble Codes for the Nissan Pulsar 2.0L Engine |
MR20DE | 2.0L, gasoline, 140 HP | Ignition system | P0300 | Random/multi-cylinder misfire detected |
MR20DE | 2.0L, gasoline, 140 HP | emission system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0171 | System too thin (Bank 1) |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0172 | The system is too rich (bank 1) |
MR20DE | 2.0L, gasoline, 140 HP | Transmission system | P0740 | Torque Converter Clutch Failure |
MR20DE | 2.0L, gasoline, 140 HP | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0301 | Cylinder 1 misfire detected |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0302 | Cylinder 2 Misfire Detected |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0303 | Cylinder 3 Misfire Detected |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0304 | Cylinder 4 misfire detected |
K9K | 1,5L, diesel, 110 HK | Ignition system | P0300 | Random/multi-cylinder misfire detected |
K9K | 1,5L, diesel, 110 HK | emission system | P0403 | exhaust gas recirculation control circuit |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0171 | System too thin (Bank 1) |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0172 | The system is too rich (bank 1) |
K9K | 1,5L, diesel, 110 HK | Transmission system | P0740 | Torque Converter Clutch Failure |
K9K | 1,5L, diesel, 110 HK | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0301 | Cylinder 1 misfire detected |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0302 | Cylinder 2 Misfire Detected |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0303 | Cylinder 3 Misfire Detected |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0304 | Cylinder 4 MisTable 9: Common Fault Codes for Nissan Pulsar 1.6L Turbo Engine |
MR16DDT | 1.6L, gasoline, 190 CV | Ignition system | P0300 | Random/multi-cylinder misfire detected |
MR16DDT | 1.6L, gasoline, 190 CV | emission system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
MR16DDT | 1.6L, gasoline, 190 CV | Fuel system | P0171 | System too thin (Bank 1) |
MR16DDT | 1.6L, gasoline, 190 CV | Fuel system | P0172 | The system is too rich (bank 1) |
MR16DDT | 1.6L, gasoline, 190 CV | Transmission system | P0740 | Torque Converter Clutch Failure |
MR16DDT | 1.6L, gasoline, 190 CV | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
MR16DDT | 1.6L, gasoline, 190 CV | Fuel system | P0301 | Cylinder 1 misfire detected |
MR16DDT | 1.6L, gasoline, 190 CV | Fuel system | P0302 | Cylinder 2 Misfire Detected |
MR16DDT | 1.6L, gasoline, 190 CV | Fuel system | P0303 | Cylinder 3 Misfire Detected |
MR16DDT | 1.6L, gasoline, 190 CV | Fuel system | P0304 | Cylinder 4 misfire detected |
MRA8DE | 1.8L, petrol, 130 HP | Ignition system | P0300 | Random/multi-cylinder misfire detected |
MRA8DE | 1.8L, petrol, 130 HP | emission system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0171 | System too thin (Bank 1) |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0172 | The system is too rich (bank 1) |
MRA8DE | 1.8L, petrol, 130 HP | Transmission system | P0740 | Torque Converter Clutch Failure |
MRA8DE | 1.8L, petrol, 130 HP | emission system | P0400 | Exhaust Gas Recirculation Flow Fault |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0301 | Cylinder 1 misfire detected |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0302 | Cylinder 2 Misfire Detected |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0303 | Cylinder Table 10: Common Fault Codes for the Nissan Pulsar 1.8L Engine (continued) |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0304 | Cylinder 4 misfire detected |
MRA8DE | 1.8L, petrol, 130 HP | Transmission system | P0776 | Pressure Control Solenoid "B" Performance/Stuck |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0305 | Cylinder 5 Misfire Detected |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0306 | Cylinder 6 misfire detected |
MRA8DE | 1.8L, petrol, 130 HP | emission system | P0446 | Evaporative Emission Control System Ventilation Control Circuit |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0174 | System too thin (Bank 2) |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0175 | System too rich (Bank 2) |
MRA8DE | 1.8L, petrol, 130 HP | emission system | P0442 | A leak was detected in the evaporative emission control system (small leak) |
MRA8DE | 1.8L, petrol, 130 HP | Fuel system | P0101 | Mass or Volume Airflow "A" Circuit Range/Performance Problem |
MR16DDT | 1.6L turbo, gasoline, 190 CV | Fuel system | P0087 | Fuel rail/system pressure too low |
MR16DDT | 1.6L turbo, gasoline, 190 CV | Fuel system | P0088 | Fuel rail/system pressure too high |
MR16DDT | 1.6L turbo, gasoline, 190 CV | engine system | P0299 | Turbo/Supercharger Underboost |
MR16DDT | 1.6L turbo, gasoline, 190 CV | emission system | P0456 | A leak was detected in the evaporative emission control system (very small leak) |
MR16DDT | 1.6L turbo, gasoline, 190 CV | engine system | P0524 | Engine oil pressure too low |
MR16DDT | 1.6L turbo, gasoline, 190 CV | Transmission system | P0746 | Pressure Control Solenoid "A" Ydelse/Stuck Off |
MR16DDT | 1.6L turbo, gasoline, 190 CV | Fuel system | P0171 | System too thin (Bank 1) |
MR16DDT | 1.6L turbo, gasoline, 190 CV | Fuel system | P0172 | The system is too rich (bank 1) |
MR16DDT | 1.6L turbo, gasoline, 190 CV | emission system | P0447 | Evaporative Emission Control System Vent Control Circuit Open |
K9K | 1.6L diesel, diesel, HK110 | Fuel system | P0093 | Fuel System Large Leak Detected |
K9K | 1.6L diesel, diesel, HK110 | Fuel system | P0089 | Fuel Pressure Regulator 1 Performance |
K9K | 1.6L diesel, diesel, HK110 | Fuel system | P0088 | Fuel rail/system pressure too high |
K9K | 1.6L diesel, diesel, HK110 | emission system | P0401 | Insufficient detected exhaust gas recirculation flow |
K9K | 1.6L diesel, diesel, HK110 | Fuel system | P0091 | Fuel system pressure too low |
K9K | 1.6L diesel, diesel, HK110 | engine system | P0100 | Failure in the mass or volumetric air flow circuit |
K9K | 1.6L diesel, diesel, HK110 | Fuel system | P0192 | Fuel Rail Pressure Sensor Circuit Low Input |
K9K | 1.6L diesel, diesel, HK110 | engine system | P0380 | Glow plug/heating circuit "A" fault |
K9K | 1.6L diesel, diesel, HK110 | emission system | P1496 | EVAP Canister Vent Control Valve Circuit Open |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0087 | Fuel rail/system pressure too low |
MR20DE | 2.0L, gasoline, 140 HP | engine system | P0011 | Camshaft Position "A" - Timing on Advanced or System Performance (Bank 1) |
MR20DE | 2.0L, gasoline, 140 HP | emission system | P0455 | Leak detected in evaporative emission control system (gross leak/no flow) |
MR20DE | 2.0L, gasoline, 140 HP | engine system | P0340 | Camshaft Position Sensor "A" Circuit Malfunction |
MR20DE | 2.0L, gasoline, 140 HP | engine system | P0300 | Random/multi-cylinder misfire detected |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0171 | System too thin (Bank 1) |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0172 | The system is too rich (bank 1) |
MR20DE | 2.0L, gasoline, 140 HP | emission system | P0447 | Evaporative Emission Control System Vent Control Circuit Open |
MR20DE | 2.0L, gasoline, 140 HP | engine system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
HR15DE-T | 1.5L turbo, petrol, 190 CV | engine system | P0014 | "B" Camshaft Position - Advanced Timing or System Performance (Bank 1) |
HR15DE-T | 1.5L turbo, petrol, 190 CV | engine system | P0101 | Mass or Volume Airflow Circuit Range/Performance Problem |
HR15DE-T | 1.5L turbo, petrol, 190 CV | Fuel system | P0089 | Fuel Pressure Regulator 1 Performance |
HR15DE-T | 1.5L turbo, petrol, 190 CV | emission system | P0442 | A leak was detected in the evaporative emission control system (small leak) |
HR15DE-T | 1.5L turbo, petrol, 190 CV | engine system | P0303 | Cylinder 3 Misfire Detected |
HR15DE-T | 1.5L turbo, petrol, 190 CV | Fuel system | P0191 | Fuel Rail Pressure Sensor Circuit Range/Performance |
HR15DE-T | 1.5L turbo, petrol, 190 CV | engine system | P0102 | Mass or Volumetric Air Flow Circuit Low Input |
HR15DE-T | 1.5L turbo, petrol, 190 CV | emission system | P0444 | Evaporative Emission Control System Purge Control Valve Circuit Open |
HR15DE-T | 1.5L turbo, petrol, 190 CV | engine system | P0340 | Camshaft Position Sensor "A" Circuit Malfunction |
MR16DDT | 1.6L turbo, gasoline, 187 CV | engine system | P0011 | Camshaft Position "A" - Timing on Advanced or System Performance (Bank 1) |
MR16DDT | 1.6L turbo, gasoline, 187 CV | Fuel system | P0087 | Fuel rail/system pressure too low |
MR16DDT | 1.6L turbo, gasoline, 187 CV | emission system | P0455 | Leak detected in evaporative emission control system (gross leak/no flow) |
MR16DDT | 1.6L turbo, gasoline, 187 CV | engine system | P0340 | Camshaft Position Sensor "A" Circuit Malfunction |
MR16DDT | 1.6L turbo, gasoline, 187 CV | engine system | P0300 | Random/multi-cylinder misfire detected |
MR16DDT | 1.6L turbo, gasoline, 187 CV | Fuel system | P0171 | System too thin (Bank 1) |
MR16DDT | 1.6L turbo, gasoline, 187 CV | Fuel system | P0172 | The system is too rich (bank 1) |
MR16DDT | 1.6L turbo, gasoline, 187 CV | emission system | P0447 | Evaporative Emission Control System Vent Control Circuit Open |
MR16DDT | 1.6L turbo, gasoline, 187 CV | engine system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
MR20DE | 2.0L, gasoline, 140 HP | engine system | P0101 | Mass or Volume Airflow Circuit Range/Performance Problem |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0087 | Fuel rail/system pressure too low |
MR20DE | 2.0L, gasoline, 140 HP | emission system | P0442 | A leak was detected in the evaporative emission control system (small leak) |
MR20DE | 2.0L, gasoline, 140 HP | engine system | P0340 | Camshaft Position Sensor "A" Circuit Malfunction |
MR20DE | 2.0L, gasoline, 140 HP | engine system | P0300 | Random/multi-cylinder misfire detected |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0171 | System too thin (Bank 1) |
MR20DE | 2.0L, gasoline, 140 HP | Fuel system | P0172 | The system is too rich (bank 1) |
MR20DE | 2.0L, gasoline, 140 HP | emission system | P0447 | Evaporative Emission Control System Vent Control Circuit Open |
MR20DE | 2.0L, gasoline, 140 HP | engine system | P0102 | Mass or Volumetric Air Flow Circuit Low Input |
SR20DET | 2.0L turbo, gasoline, 217 HP | engine system | P0011 | Camshaft Position "A" - Timing on Advanced or System Performance (Bank 1) |
SR20DET | 2.0L turbo, gasoline, 217 HP | Fuel system | P0087 | Fuel rail/system pressure too low |
SR20DET | 2.0L turbo, gasoline, 217 HP | emission system | P0455 | Leak detected in evaporative emission control system (gross leak/no flow) |
SR20DET | 2.0L turbo, gasoline, 217 HP | engine system | P0340 | Camshaft Position Sensor "A" Circuit Malfunction |
SR20DET | 2.0L turbo, gasoline, 217 HP | engine system | P0300 | Random/multi-cylinder misfire detected |
SR20DET | 2.0L turbo, gasoline, 217 HP | Fuel system | P0171 | System too thin (Bank 1) |
SR20DET | 2.0L turbo, gasoline, 217 HP | Fuel system | P0172 | The system is too rich (bank 1) |
SR20DET | 2.0L turbo, gasoline, 217 HP | emission system | P0447 | Evaporative Emission Control System Vent Control Circuit Open |
SR20DET | 2.0L turbo, gasoline, 217 HP | engine system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
K9K | 1,5L, diesel, 90 HK | engine system | P0101 | Mass or Volume Airflow Circuit Range/Performance Problem |
K9K | 1,5L, diesel, 90 HK | Fuel system | P0089 | Fuel Pressure Regulator 1 Performance |
K9K | 1,5L, diesel, 90 HK | emission system | P0402 | Exhaust Gas Recirculation Flow Detected Too High |
K9K | 1,5L, diesel, 90 HK | engine system | P0234 | Turbocharger/Supercharger "A" Overboost Mode |
K9K | 1,5L, diesel, 90 HK | engine system | P0300 | Random/multi-cylinder misfire detected |
K9K | 1,5L, diesel, 90 HK | Fuel system | P0193 | Fuel Rail Pressure Sensor Circuit High Input |
K9K | 1,5L, diesel, 90 HK | Fuel system | P0192 | Fuel Rail Pressure Sensor Circuit Low Input |
K9K | 1,5L, diesel, 90 HK | emission system | P0471 | Exhaust Pressure Sensor Range/Performance |
K9K | 1,5L, diesel, 90 HK | engine system | P0113 | Intake Air Temperature Circuit High Input |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0011 | Camshaft Position "A" - Timing on Advanced or System Performance (Bank 1) |
HR16DE | 1.6L, gasoline, 118 CV | Fuel system | P0087 | Fuel rail/system pressure too low |
HR16DE | 1.6L, gasoline, 118 CV | emission system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0340 | Camshaft Position Sensor "A" Circuit Malfunction |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0300 | Random/multi-cylinder misfire detected |
HR16DE | 1.6L, gasoline, 118 CV | Fuel system | P0171 | System too thin (Bank 1) |
HR16DE | 1.6L, gasoline, 118 CV | Fuel system | P0172 | The system is too rich (bank 1) |
HR16DE | 1.6L, gasoline, 118 CV | emission system | P0455 | Leak detected in evaporative emission control system (gross leak/no flow) |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0444 | Evaporative Emission Control System Purge Control Valve Circuit Open |
MR18DE | 1.8L, petrol, 126 HP | engine system | P0011 | Camshaft Position "A" - Timing on Advanced or System Performance (Bank 1) |
MR18DE | 1.8L, petrol, 126 HP | Fuel system | P0087 | Fuel rail/system pressure too low |
MR18DE | 1.8L, petrol, 126 HP | emission system | P0443 | Evaporative Emission Control System Purge Control Valve Circuit |
MR18DE | 1.8L, petrol, 126 HP | engine system | P0340 | Camshaft Position Sensor "A" Circuit Malfunction |
MR18DE | 1.8L, petrol, 126 HP | engine system | P0300 | Random/multi-cylinder misfire detected |
MR18DE | 1.8L, petrol, 126 HP | Fuel system | P0171 | System too thin (Bank 1) |
MR18DE | 1.8L, petrol, 126 HP | Fuel system | P0172 | The system is too rich (bank 1) |
MR18DE | 1.8L, petrol, 126 HP | emission system | P0455 | Leak detected in evaporative emission control system (gross leak/no flow) |
MR18DE | 1.8L, petrol, 126 HP | engine system | P0444 | Evaporative Emission Control System Purge Control Valve Circuit Open |
K9K | 1,5L, diesel, 110 HK | engine system | P0088 | Fuel rail/system pressure too high |
K9K | 1,5L, diesel, 110 HK | engine system | P0101 | Mass or Volume Airflow "A" Circuit Range/Performance Problem |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0193 | Fuel Rail Pressure Sensor Circuit High Input |
K9K | 1,5L, diesel, 110 HK | engine system | P0380 | Glow plug/heating circuit "A" fault |
K9K | 1,5L, diesel, 110 HK | engine system | P0401 | Insufficient detected exhaust gas recirculation flow |
K9K | 1,5L, diesel, 110 HK | Fuel system | P0093 | Fuel System Leak Detected - Large Leak |
K9K | 1,5L, diesel, 110 HK | emission system | P0409 | Exhaust Gas Recirculation "A" Sensor Circuit Range/Performance |
K9K | 1,5L, diesel, 110 HK | engine system | P062F | Internal control module EEPROM error |
K9K | 1,5L, diesel, 110 HK | Transmission system | P0706 | Transmission Range Sensor Circuit Range/Performance |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0011 | "A" Camshaft Position - Timing Too Far or System Performance |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0016 | Crankshaft Position - Camshaft Position Correlation |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0101 | Mass or Volume Airflow "A" Circuit Range/Performance Problem |
HR16DE | 1.6L, gasoline, 118 CV | Fuel system | P0171 | System too thin (Bank 1) |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0300 | Random/multi-cylinder misfire detected |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0420 | Catalytic system efficiency below threshold (Bank 1) |
HR16DE | 1.6L, gasoline, 118 CV | Fuel system | P0441 | Inadequate purge flow from the evaporative emission control system |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0507 | Idle control system RPM higher than expected |
HR16DE | 1.6L, gasoline, 118 CV | engine system | P0603 | Keep Alive Memory (KAM) internal control module error |
MRA8DE | 1.8L, petrol, 126 HP | engine system | P0011 | "A" Camshaft Position - Timing Too Far or System Performance |
MRA8DE | 1.8L, petrol, 126 HP | engine system | P0016 | Crankshaft Position - Camshaft Position Correlation |
MRA8DE | 1.8L, petrol, 126 HP | engine system | P0101 | Mass or Volume Airflow "A" Circuit Range/Performance Problem |
MRA8DE | 1.8L, petrol, 126 HP | Fuel system | P0171 | System too thin (Bank 1) |
MRA8DE | 1.8L, petrol, 126 HP | engine system | P0300 | Random/multi-cylinder misfire detected |
MRA8DE | 1.8L, petrol, 126 HP | engine system | P0420 | Catalytic system efficiency below threshold (Bank 1) |
MRA8DE | 1.8L, petrol, 126 HP | Fuel system | P0441 | Inadequate purge flow from the evaporative emission control system |
MRA8DE | 1.8L, petrol, 126 HP | engine system | P0507 | Idle control system RPM higher than expected |
MRA8DE | 1.8L, petrol, 126 HP | engine system | P0603 | Keep Alive Memory (KAM) internal control module error |
MRA8DE | 1.8L, petrol, 126 HP | Transmission system | P0755 | Replace solenoid "B" malfunction |
K9K | 1,5L, diesel, 109 HK | engine system | P0016 | Crankshaft Position - Camshaft Position Correlation |
K9K | 1,5L, diesel, 109 HK | engine system | P0101 | Mass or Volume Airflow "A" Circuit Range/Performance Problem |
K9K | 1,5L, diesel, 109 HK | Fuel system | P0191 | Fuel Rail Pressure Sensor Circuit Range/Performance Problem |
K9K | 1,5L, diesel, 109 HK | Fuel system | P0234 | Turbocharger/Supercharger "A" Overboost Mode |
K9K | 1,5L, diesel, 109 HK | engine system | P0403 | Fault in the exhaust gas recirculation circuit |
K9K | 1,5L, diesel, 109 HK | engine system | P0404 | Exhaust Gas Recirculation Circuit Range/Performance Problem |
K9K | 1,5L, diesel, 109 HK | Fuel system | P0462 | Fuel Level Sensor Circuit Low Input |
K9K | 1,5L, diesel, 109 HK | engine system | P0606 | Control Module Processor |
Frequently Asked Questions (FAQ) about Nissan Pulsar problems
What are some common engine problems on Nissan Pulsar?
Some common engine problems on Nissan Pulsar include timing chain issues, head gasket failure, and oil leaks. These problems can occur in different model years, generations, and engine types, but are more prevalent in the fourth (1990-1995) and fifth (1995-2000) generations.
What are some common transmission problems on Nissan Pulsar?
Common transmission problems on the Nissan Pulsar include problems with the automatic transmission slipping or misfiring, rough shifting, and difficulty shifting or disengaging. These problems can occur on different model years, generations, and engine types, but are most prevalent in the fourth (1990-1995) and seventh (2000-2007) generations.
What are some common cooling system problems on Nissan Pulsar?
Common cooling system problems on Nissan Pulsar include issues with the radiator, thermostat, water pump, and cooling fan. These problems can occur in different model years, generations, and engine types, but are most prevalent in the fifth (1995-2000) and seventh (2000-2007) generations.
What are some common suspension problems on Nissan Pulsar?
Common suspension problems on the Nissan Pulsar include problems with shocks and struts, ball joints, and tie rod ends. These issues can occur on different model years, generations, and engine types, but are most prevalent on the 6th (2000-2005) and 7th (2000-2007) generations.
What are some other common problems on Nissan Pulsar?
Other common problems on Nissan Pulsar include problems with the electrical system, fuel system, and exhaust system. These problems can occur in different model years, generations, and engine types, but are more prevalent in the third (1986-1990) and fourth (1990-1995) generations. Also, some owners have reported problems with rust, especially in areas with harsh winter climates.
Is there a common electrical problem with Nissan Pulsar?
Yes, the Nissan Pulsar is known to have various electrical issues including faulty power windows and faulty door locks. These problems were prevalent in previous generations of the car, especially the third and fourth generations.
What should I do if my Nissan Pulsar has transmission problems?
If you are experiencing transmission problems in your Nissan Pulsar, you should take it to a qualified mechanic or Nissan dealer for diagnosis and repair. Transmission problems can range from minor issues with shifting to more serious issues like slipping or misfiring.
Are there any engine problems associated with the Nissan Pulsar?
Yes, the Nissan Pulsar has had several problems with its engines over the years. Some of the more common problems include oil consumption, chain tensioner failure, and head gasket failure. These problems have affected different generations of the car, especially the fifth and sixth generation.
What are some common Nissan Pulsar cooling system problems?
The Nissan Pulsar has experienced various cooling system problems over the years, including coolant leaks, overheating, and radiator issues. These problems have been common in different models and generations of the car, such as the fifth generation, and can be caused by factors such as worn coolant hoses or a faulty radiator.
What are some suspension problems to look out for on a Nissan Pulsar?
Suspension problems can occur on Nissan Pulsar, including problems with struts, shock absorbers, and springs. These issues can lead to a bumpy ride and can affect the car's handling and stability. Some of the most common suspension problems were reported on the sixth generation of the car.
What other problems have been reported with the Nissan Pulsar over the years?
The Nissan Pulsar has had various other problems reported over the years, including problems with the air conditioning, fuel system, and brakes. Additionally, some owners have reported rust and corrosion issues, especially in earlier generations of the car.
What are the most common transmission problems in Nissan Pulsar?
The most common transmission problems in the Nissan Pulsar include shift problems, such as slipping or hard to shift, as well as transmission fluid leaks. These issues have been reported on various models and years of the Pulsar, but appear to be more prevalent on the 2000-2007 seventh generation.
What are some common electrical problems on Nissan Pulsar?
Electrical problems on Nissan Pulsar can range from minor to major. Common problems include faulty alternators, malfunctioning sensors, and problems with the vehicle's computer system. These issues can cause a variety of symptoms, from dimming headlights to trouble starting the car. Electrical issues have been reported on various models and years of the Pulsar, but seem to be more prevalent on the fourth and fifth generations.
What are some common cooling system problems on Nissan Pulsar?
Overheating is a common problem with the cooling system on Nissan Pulsar. This can be caused by any number of issues, such as coolant leaks, a faulty thermostat, a faulty water pump, or a clogged radiator. Cooling system issues have been reported on various models and years of the Pulsar, but seem to be more prevalent on the fifth generation.
Are there any security issues with the Nissan Pulsar?
While the Nissan Pulsar is generally considered a safe vehicle, there have been reports of safety issues on various models and years. These problems can include faulty air bags, faulty seat belts, and problems with the vehicle's brakes. Keeping up with regular maintenance and safety checks is important to help prevent these problems.
What should I do if I have problems with my Nissan Pulsar?
If you are having trouble with your Nissan Pulsar, it is important that you take it to a qualified mechanic to have it diagnosed and repaired. They will be able to identify the cause of the problem and recommend the best course of action. Regular maintenance and safety checks can also help prevent problems from occurring in the first place.
What are common electrical problems on Nissan Pulsar?
Common electrical problems on Nissan Pulsar can include problems with the battery, alternator, starter, and various sensors. These problems can lead to symptoms such as the engine not starting, dashboard warning lights coming on, and poor fuel economy.
What are the most common fuel system problems on Nissan Pulsar?
Fuel system problems on Nissan Pulsar can range from problems with the fuel pump and fuel injectors to problems with the fuel filter and fuel pressure regulator. Symptoms can include poor acceleration, reduced fuel efficiency, and difficulty starting the engine.
How can I prevent or minimize transmission problems in my Nissan Pulsar?
Regular maintenance is key to preventing or minimizing transmission problems in your Nissan Pulsar. This includes changing the transmission fluid and filter at the recommended intervals, avoiding difficult driving conditions, and treating any transmission problems promptly.
What can cause overheating in a Nissan Pulsar?
Overheating in a Nissan Pulsar can be caused by a number of different factors, including a faulty thermostat, a damaged radiator, or a leaking cooling system. In some cases, the problem may be engine related, such as a blown head gasket or a faulty water pump.
What should I do if I notice oil leaks on my Nissan Pulsar?
If you notice oil leaks on your Nissan Pulsar, it's important to have them repaired immediately. Oil leaks can cause a loss of lubrication in the engine, which can cause significant damage over time. The source of the leak may be related to problems with the oil pan, valve cover gasket, or other engine components.
What are some common brake problems on Nissan Pulsar?
Common brake problems on Nissan Pulsar can include problems with the brake pads, rotors, and calipers. Symptoms can include screeching or screeching noises, reduced braking performance, and pulsating or vibrating brake pedals.
What should I do if I have steering problems on my Nissan Pulsar?
If you have problems with the steering of your Nissan Pulsar, such as problems turning or veering, it is important to fix the problem immediately. The issue may be related to issues with the power steering system, suspension components, or tires.
How can I prevent or minimize cooling system problems in my Nissan Pulsar?
Regular maintenance is key to preventing or minimizing problems with your Nissan Pulsar's cooling system. This includes checking the level and quality of the coolant, inspecting the radiator and hoses for leaks or damage, and fixing any problems with the water pump or thermostat right away.
What should I do if I have problems with the air conditioning in my Nissan Pulsar?
If you have air conditioning problems in your Nissan Pulsar, such as weak or hot airflow, it may be related to problems with the compressor, refrigerant levels, or other components. It is important to have the problem resolved by a qualified mechanic to ensure proper diagnosis and repair.
Are there any recalls or known issues with specific years or models of the Nissan Pulsar?
There have been several recalls and known issues with specific Nissan Pulsar models and years. These can include problems with the fuel system, transmission, airbags, and other components. It is important to check with your local Nissan dealer or the National Highway Traffic Safety Administration (NHTSA) for information on any recalls or known issues with your specific model and year.
What are some common suspension problems that can occur on a Nissan Pulsar?
Some common suspension problems that can occur on a Nissan Pulsar include problems with shocks and struts, ball joints, and control arms. These issues can lead to a bumpy ride, uneven tire wear, and difficulty with steering and handling.
What should I do if I have transmission problems with my Nissan Pulsar?
If you are experiencing transmission problems in your Nissan Pulsar, you should take it to a qualified mechanic or Nissan dealer for diagnosis and repair. Depending on the nature of the problem, the transmission may need to be repaired or replaced.
How can I prevent engine problems in my Nissan Pulsar?
To avoid engine problems in your Nissan Pulsar, you should follow the recommended maintenance schedule, change the oil and filter regularly, and avoid pushing the engine beyond its limits. Also, keeping the cooling system in good condition and avoiding overheating can help prevent engine damage.
Are there any recalls related to safety issues with the Nissan Pulsar?
There have been several recalls related to safety issues with the Nissan Pulsar. These include recalls for problems with the air bag pump, seat belts, fuel system, and suspension. If you are concerned about safety issues with your vehicle, you can check with the National Highway Traffic Safety Administration (NHTSA) to see if there are any pending recalls for your particular model and year.
Can electrical problems affect the performance of a Nissan Pulsar?
Yes, electrical problems can affect the performance of a Nissan Pulsar. Common electrical problems include problems with the battery, alternator, and starter, as well as problems with the ignition and fuel injection systems. These problems can cause the engine to run rough or not start.
Brian Wong / AutorBrian Wong is an accomplished automotive journalist and editor with a passion for cars. With over ten years of industry experience, he has established himself as a trusted voice in the automotive industry. Brian has written extensively on a wide range of topics in the field, from the latest trends in automotive design to innovative safety features and new technologies. As Senior Reviews Editor, he is responsible for testing and analyzing the latest cars on the market, providing readers with accurate and unbiased reviews. His articles are widely read and respected for their depth of insight and analysis. Brian is committed to staying abreast of the latest developments in the automotive industry and is dedicated to sharing his experience and knowledge with his readers. |
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Updated June 2, 2023
FAQs
Is A Nissan Pulsar a reliable car? ›
In a nutshell, these were pretty reliable cars mechanically speaking. Simple and fairly rugged, they were not known to have any major, endemic problems.
Does Nissan Pulsar have transmission problems? ›Nissan B17 Pulsar 1.8i: CVT judder, lag and failure
Exhibiting hard deceleration or making a "clunk" noise when the driver either slows down or accelerates from low speeds; and, Experiencing complete failure while the vehicle is being driven such that the transmission has to be replaced.
2001 Nissan N16 Pulsar sedan: Takata airbag recall
This could cause the combustion rate of the propellant to rise and excessive internal pressure may be produced in the inflator during airbag deployment. In an extreme case, the inflator casing may rupture and metal fragments may fracture (PRA 2010/11761).
A common fault with the N16 is with the idle speed stepper motor assembly. The coolant leaks through the aluminium housing causing the electrics in the idle motor to fail.
Is it worth it to buy a Pulsar? ›As an owner of the bajaj pulsar 150, I can confidently say that this bike is a great value-for-money motorcycle. I was pleased with the buying experie... As an owner of the bajaj pulsar 150, I can confidently say that this bike is a great value-for-money motorcycle.
Is Pulsar high maintenance? ›There is very minimum maintenance cost as you don"t need coolant, very reasonable parts (brake pads, brake fluid oil, etc).
What years did Nissan have transmission problems? ›Generally, the issues have been reported between 2012/2013 and 2018. There were some problems in 2003 when Nissan first began using this transmission and in the 2007-2012 CVT generation. Specific models include the Murano, Sentra, Altima, Rogue, Versa, and Versa Note.
Does a Nissan Pulsar have a timing belt or chain? ›If your Nissan Pulsar has a timing chain installed it can stretch or fail over time and would need to be replaced to keep your engine running. If a timing chain were to stretch you could notice power loss, engine backfires, rattle in the engine, rough idle and driving.
How do I know if my Nissan transmission is bad? ›- Delayed Acceleration.
- Lurching and Jerking.
- Transmission Slipping.
- Shaking and Shuddering.
- Vehicle Hesitation or Stalling.
- Burning Smells.
- Coolant/Fluid Leaks.
- Transmission Overheating.
Nissan will end production of the Pulsar family hatchback this summer, barely three years after its introduction, due to sales failing to meet estimates. It is understood Nissan targeted annual production of 80,000 Pulsar a year, but even in its first full year, it struggled to less than 35,000 cars.
What happened to Nissan Pulsar? ›
In Japan, the Pulsar (there known as the Sylphy) was eventually replaced by the hybrid equipped Note hatch and Nissan Leaf EV, while a small sedan lives on in the US known as the Versa.
Who makes Pulsar cars? ›Nissan Pulsar Review 2023 | Drive, Specs & Pricing | carwow.
Can you still get parts for Nissan Pulsar? ›If you need parts for your NISSAN PULSAR, you can find them quickly and easily on our website. We have addressed all the convenience issues of working with us.
Are Nissan Pulsars good on fuel? ›The Pulsar returns an official fuel economy rating of 6.7L/100km in CVT form, while manuals sip 7.2L/100km. I got great fuel economy in a mixture of stop-start city driving and long stretches of highway, travelling over 300km on half a tank before the orange fuel light came on.
What is the other name for Nissan Pulsar? ›This model was known as the Datsun Cherry or Datsun 100A/120A/130A/140A/150A in Europe and most of Asia, and the Datsun 310 in the US and Canada. It was exported to Australia, New Zealand, South Africa, and Malaysia with the Datsun Pulsar name.
What is the lifespan of Pulsar? ›The average lifetime of a pulsar is around 10 million years and as they age their rotation slows.
Is Pulsar low maintenance? ›Helpful Reviews of Pulsar N160 Maintenance
This bike is not heavy on your pocket, Its servicing and maintenance are also very affordable.
Due to the engine options and affordable price tags, the Pulsar's were an instant hit in the market. College-goers and youngsters were loving these motorcycles.
How much does it cost to service pulsar? ›Bajaj Pulsar 150 Maintenance Cost
The estimated maintenance cost of Bajaj Pulsar 150 for 3 years is Rs 4,488. The first service after 500 km, second service after 4500 km and third service after 9500 km is free of cost.
The mileage of Bajaj Pulsar 125 is 57 kmpl. This is the claimed ARAI mileage for all the variants of Pulsar 125. The claimed ARAI mileage of Pulsar 125 Petrol Manual is 57 kmpl.
What is unique about pulsar? ›
Pulsars have unique characteristics. They spin rapidly and are extremely dense. They also emit electromagnetic waves constantly. Types of waves that come from pulsars include visible light, gamma rays, radio waves, and x-rays.
Will Nissan pay for my transmission? ›The Nissan CVT transmission warranty is a warranty extension that applies to certain Nissan models that have known CVT problems. This warranty extension protects drivers by helping them cover the cost of replacing or repairing the CVT of their Nissan if it's affected by a factory defect.
Is there a class action lawsuit against Nissan CVT transmission? ›2022-2023 Nissan CVT Class Action Settlement
Nissan agreed to pay over $277 million as part of the settlement to resolve certain defective transmissions claims. The following Nissan models are included in the 2022 Nissan CVT settlement: 2014 – 2018 Nissan Rogue.
Every 60k-90k miles.
If an engine is equipped with a timing belt, the timing belt must be replaced at the service interval specified by the vehicle manufacturer regardless of whether or not any problem is visible, typically in the range of 60,000 to 90,000 miles.
The Pulsar name became Sentra for 12 years in New Zealand from the mid-'80s to late'90s, before switching back to Pulsar. And there it has stayed. Despite the different badges, the line of descent is clear.
How often should I service my Nissan Pulsar? ›When this car was new it had service intervals of 6 months/10,000km. The books that came with it also showed six-monthly servicing.
What are 3 common signs of transmission trouble? ›- Refusal to Switch Gears. If your vehicle refuses or struggles to change gears, you are more than likely facing a problem with your transmission system. ...
- Burning Smell. ...
- Noises When in Neutral. ...
- Slipping Gears. ...
- Dragging Clutch. ...
- Leaking Fluid. ...
- Check Engine Light. ...
- Grinding or Shaking.
Nissan CVT transmission replacement cost could likely fall somewhere between $3,000 and $8,000. The problems you've described here could be connected to several different vehicle issues, and it's possible the necessary fix might not be as expensive as a CVT transmission replacement.
How do I know if my transmission needs replacing? ›- Gear Slipping. ...
- Sluggish Transmission. ...
- Rough Gear Shifts. ...
- Gear Grinding. ...
- Gearbox Overheating. ...
- Grinding Noise from the Gearbox. ...
- Fluid Leakage from the Gearbox: ...
- Conclusion.
PULSAR - NISSAN - Origin and Meaning
PULSAR is derived from the English word "pulsar", which means like "the star that emits regular pulses of polarized radiation". Copyright © 2020 Origin Island All Rights Reserved.
Which Pulsar is discontinued? ›
The outgoing Pulsar 180 was introduced back in February 2021, soon after the 180cc doppelganger of the Pulsar 220F was taken off the shelves. It boasts a design almost identical to the Pulsar 150 with mild visual changes and different colour options.
Which is the most expensive Pulsar? ›The most expensive and premium Bajaj Pulsar on sale is the Bajaj Pulsar RS200 priced at Rs 1,72,358. There are four naked bikes in the portfolio which includes the Pulsar 125, Pulsar 150 (available in three variants), Pulsar NS 160 and the Pulsar NS 200.
Where is the Nissan Pulsar made? ›N12 | |
---|---|
Assembly | Oppama Plant, Yokosuka, Kanagawa, Japan Australia: Clayton South, Victoria New Zealand: Wiri |
Body and chassis | |
Body style | 2-door coupé (Nissan Pulsar EXA) 3-door hatchback 4-door sedan 5-door hatchback |
Layout | Transverse front-engine, front-wheel drive |
Thanks to its ATTESA AWD and a Miata-like curb weight of roughly 2,400 lbs, the Pulsar had enough grip to snap past 60 mph from a standing start in a very respectable five seconds, which is incredible when compared to the similar figures put down by the Porsche 911 and Chevrolet Corvette of the era.
How fast is a Nissan Pulsar? ›Nissan Pulsar DIG-T 115HP XTRONIC N-TEC Performance | |
---|---|
Top Speed : | 118 Mph / 190 Km/h |
Acceleration 0 to 100 km/h (0 to 62 mph) : | 12.7 s |
The Nissan Pulsar currently offers fuel consumption from 6.7 to 7.8L/100km.
Are Nissan's reliable again? ›Further proof of Nissan's vehicle reliability is the annual average of 0.3 trips to a repair shop and a 13% probability of a severe repair. While some carmakers and brands vary quite drastically up and down the rankings year after year, Nissan consistently obtains high reliability ratings.
What recalls does Nissan have? ›- 2023 Nissan Rogue, Pathfinder, and Infiniti QX60 Recall. ...
- Nissan Recalls 2023 Ariya over Steering Wheel. ...
- Nissan Recalls 2014-2020 Rogue and 2017-2022 Rogue Sport over Ignition Key. ...
- Nissan Driver’s Side Air Bag Recall. ...
- Nissan Recalls 2017 Rogue over Wiring Harness.
The average lifespan of a Nissan is between 15 and 20 years.
If you buy a Nissan today, it could last another 20 years if you take care of it! Key Takeaway Depending on your vehicle's model, age, and maintenance, your Nissan could last as long as 300,000 miles or 20 years—or even longer!
If you're buying a used Nissan Pulsar, you'll be reassured to know you're buying a safe car that was awarded a five star Euro NCAP crash-test score in 2014. The organisation awarded it 84% for adult occupant protection, 81% for child occupant protection, 75% for pedestrian safety and 68% for safety assist features.
What is it like to drive a Nissan Pulsar? ›
It's very quiet, comfortable and refined. The handling is perfect with it's light steering and excellent steering lock. The interior may be a little plain but it is quite pleasant. Some say the Pulsar is a dull car to drive.
What oil is best for a Nissan Pulsar? ›- Engine Oil MANNOL ContiClassic 10W-40, 5l, Part Synthetic Oil.
- Engine Oil MANNOL O.E.M., 7707 5W-30, 5l, Synthetic Oil.
- Engine Oil Dr! ve+ SL/CF 10W-40, 5l.
- Engine Oil Dr! ve+ FS 5W-40, 5l.
- Engine Oil Dr! ve+ FS 5W-30, 5l.
1.5L dCi 6MT (110 HP)
How big is the Nissan Pulsar? ›Because of its exterior size and length of 4385 mm, we classify the Nissan Pulsar in the category of compact cars.
Is Nissan Pulsar a small car? ›NISSAN brought back the Pulsar nameplate for its new small car after disappointing sales of the unloved Tiida, starting with the four-door sedan. A historically significant $19,990 starting price combined...
Why did Nissan stop making the Pulsar? ›Nissan will end production of the Pulsar family hatchback this summer, barely three years after its introduction, due to sales failing to meet estimates. It is understood Nissan targeted annual production of 80,000 Pulsar a year, but even in its first full year, it struggled to less than 35,000 cars.
How much mileage does a Pulsar get? ›The mileage of Bajaj Pulsar 125 is 57 kmpl. This is the claimed ARAI mileage for all the variants of Pulsar 125. The claimed ARAI mileage of Pulsar 125 Petrol Manual is 57 kmpl.
Are Nissans generally reliable? ›Nissan Reliability by Model & Year
Reliability is an essential factor when purchasing because an unreliable car will drive your cost ownership all the way up. In general, Nissans are known for being very reliable cars that are easy and inexpensive to fix.
The Pulsar returns an official fuel economy rating of 6.7L/100km in CVT form, while manuals sip 7.2L/100km. I got great fuel economy in a mixture of stop-start city driving and long stretches of highway, travelling over 300km on half a tank before the orange fuel light came on.
What causes Pulsar glitches? ›There are two physical mechanisms thought to be responsible for the glitch of a pulsar – either they are caused by starquakes, in which case the neutron star's crust cracks, and there is a fundamental reorganisation of the matter within the star, or they are due to a catastrophic unpinning of vortices in the neutron ...
Is pulsar low maintenance? ›
Helpful Reviews of Pulsar N160 Maintenance
This bike is not heavy on your pocket, Its servicing and maintenance are also very affordable.
As reported by Bajaj Pulsar 150 [2001-2011] owners, the real mileage of Pulsar 150 [2001-2011] is 48 kmpl. It delivers better mileage that 38% of bikes.
What is the cost of a pulsar? ›Bajaj Pulsar Bike Model | Ex-showroom price |
---|---|
Bajaj Pulsar 125 | ₹ 82,712 |
Bajaj Pulsar 150 | ₹ 1,05,884 |
Bajaj Pulsar N160 | ₹ 1,22,974 |
Bajaj Pulsar RS 200 | ₹ 1,71,778 |
Nissans are usually very reliable, lasting up to 300,000 miles and 20 years with excellent maintenance. The Nissan Maxima may be the most reliable model of all.
Are Nissans expensive to fix? ›Nissan maintenance costs are much more affordable than the industry average. Drivers pay an average of $500 per year for scheduled maintenance and unscheduled repairs. Having an extended car warranty may reduce overall ownership costs by paying for repairs after the Nissan factory warranty expires.
Do Nissans last as long as Toyotas? ›When comparing Nissan vs Toyota's reliability, Toyota was ranked by Consumer Reports as the second most reliable out of all car brands for 2021. Nissan ranked a lot lower in sixteenth place. Toyota's are known to be very reliable, lasting their owners decades with few significant problems.
When was the last Nissan Pulsar made? ›The Nissan Pulsar (Japanese: 日産・パルサー, Hepburn: Nissan Parusā) is a line of automobiles produced by the Japanese automaker Nissan from 1978 until 2000, when it was replaced by the Nissan Bluebird Sylphy in the Japanese market.
Does a 2013 Nissan Pulsar have a timing belt or chain? ›Your engine, like many other Nissan models, runs a timing chain and there are no recommended replacement intervals.
Is Pulsar fuel efficient? ›What's the mileage given by a Pulsar 200NS? If you are able to control the urge to rotate the throttle and maintain the speed below 100kmph, you can get milleage of 35-40kmpl. In city you'll get around 30–35kmpl. If you ride at the full throttle for most of time , you'll get around 20–25kmpl.