Nissan Pulsar 1999 is one of those cars that still evoke nostalgia among car enthusiasts. This compact hatchback, known in some countries as Nissan Almera or Sunny, has become a legend due to its unpretentiousness, maintainability and balanced technical characteristics. In 1999, the model underwent a restyling, receiving an updated design, improved engines and more modern equipment.
But why exactly 1999 year of manufacture is considered one of the most successful for this model? The fact is that by this moment the engineers Nissan eliminated most of the “childhood diseases” of previous versions, and production facilities in Japan and Europe reached an optimal level of quality. Today Pulsar N15 (as this generation is designated) is valued for its simplicity of design, availability of spare parts and predictable behavior on the road. However, you should study it carefully before purchasing. technical specifications — both maintenance costs and operating comfort depend on them.
Engines and transmission: what options were offered in 1999
In 1999 Nissan Pulsar was equipped with three main types of engines, each of which had its own characteristics. considered basic 1.4-liter petrol unit GA14DE 87 hp, which was ideal for urban use. More dynamic versions were equipped 1.6-liter GA16DE (100–110 hp) or 1.8-liter SR18DE (125 hp) - the latter was often found in sports modifications GTi.
As for the transmission, buyers were offered a choice between 5-speed manual (the most reliable option) and 4-speed automatic. The latter, unfortunately, had a reputation as a “weak link” - especially when paired with 1.6 and 1.8 liter engines. The automatic transmission on the 1999 Pulsar requires an oil change every 60,000 km, otherwise the risk of breakdown increases 3 times.
- 🔧 GA14DE (1.4 l, 87 hp) — economical, but rather weak for the highway. Fuel consumption: 6.5–7.5 l/100 km.
- ⚡ GA16DE (1.6 l, 100–110 hp) - the gold standard for the city. Consumption: 7.0–8.5 l/100 km.
- 🏁 SR18DE (1.8 l, 125 hp) - for lovers of dynamics. Consumption: 8.0–9.5 l/100 km.
It is important to consider that engines GA-series (1.4 and 1.6) had a timing chain drive, which, with proper care, lasted up to 200,000 km, while SR18DE was equipped with a belt - it was recommended to change it every 100,000 km. It is also worth noting that all Pulsar engines of 1999 complied with the Euro-2 environmental standard, which today may create problems with registration in some countries.
- 1.4 l (economical)
- 1.6 l (balanced)
- 1.8 l (powerful)
- I don't know, I need some advice
Suspension and chassis: pros and cons of the design
Chassis Nissan Pulsar N15 built according to the classical scheme: in front - MacPherson struts, behind - semi-independent beam. This design provided good handling on asphalt, but also had weaknesses. For example, rear beam bushings worn out by 80,000–100,000 km, and stabilizer links required replacement every 50,000–60,000 km.
On the other hand, the suspension Pulsar famous for its maintainability: most parts are interchangeable with other models Nissan (For example, Almera N15 or Sunny B14). This greatly simplified the search for spare parts and reduced the cost of ownership. However, owners should pay attention to front wheel bearings - their service life rarely exceeded 120,000 km, and replacement required a special puller.
⚠️ Attention: If you experience a humming sound in the front of the car when driving at speeds of 60–80 km/h, the wheel bearings are most likely worn out. Delaying replacement is dangerous - it can lead to wheel jamming!
- 🔄 MacPherson struts — reliable, but sensitive to the quality of roads. Shock absorber life: 100,000–120,000 km.
- 🛠️ Rear beam — a simple design, but the bushings and silent blocks wear out quickly.
- 🚗 Steering — rack and pinion mechanism with hydraulic booster (optional). Power steering fluid leaks are a common problem.
☑️ What to check when buying a 1999 Pulsar
Dimensions, weight and load capacity: what you need to know
Nissan Pulsar 1999 belongs to the class compact hatchbacks, but at the same time offers quite decent space for passengers and luggage. Body length is 4175 mm, width - 1695 mm, and the height is 1415 mm. The 2535mm wheelbase provided good road holding, although rear passengers could feel a little cramped if you're taller than 180cm.
The curb weight of the vehicle varied from 1020 kg (for version with engine 1.4) up to 1150 kg (for 1.8-liter modification). Load capacity was approx. 400–450 kg, and the trunk volume is 320 liters (up to 1100 liters with rear seats folded). For their class these were quite competitive indicators, especially when compared with Toyota Corolla or Honda Civic of the same generation.
| Parameter | Meaning |
|---|---|
| Length | 4175 mm |
| Width | 1695 mm |
| Height | 1415 mm |
| Wheelbase | 2535 mm |
| Trunk volume | 320–1100 l |
Interesting fact: despite its compact dimensions, Pulsar N15 had fairly high ground clearance - 150 mm. This made it possible to confidently move through city potholes and light off-road conditions without fear of damaging the engine protection. However, when fully loaded, the ground clearance decreased by 20–30 mm, which was worth taking into account when traveling on dirt roads.
Fuel system and consumption: how to save on gasoline
Fuel consumption is one of the key parameters that worries owners Nissan Pulsar. In the city 1.4 liter engine consumed about 8–9 liters per 100 km, whereas 1.6 liter - 9–10 liters. On the highway, these figures dropped to 5.5–6.5 l and 6.0–7.0 l, respectively. However, actual consumption greatly depended on the driving style and technical condition of the car.
As for the fuel system, there are several nuances:
- Injectors required cleaning every 50,000–60,000 km, otherwise there were problems with cold starts.
- Fuel pump (located in the tank) often failed after 150,000 km.
- Mass air flow sensor (MAF) - a weak point, especially in versions with automatic transmission.
⚠️ Attention: If the engine starts to “sputter” at idle or stalls when you suddenly release the gas, first check the mass air flow sensor and injectors. Replacing the sensor is cheaper than repairing the engine due to the wrong fuel mixture!
To reduce fuel consumption, owners Pulsar recommend:
- 🔧 Change regularly air filter (every 15,000 km).
- ⛽ Use gasoline with an octane rating of at least 92 (for engines 1.6 and 1.8 - 95).
- 🚗 Maintain tire pressure at level 2.0–2.2 bar.
If your Pulsar begins to "eat" more gasoline, check the spark plugs - their service life rarely exceeds 30,000 km, especially when driving on gas.
Electrical equipment: typical problems and their solutions
Electrics Nissan Pulsar N15 was not particularly reliable, especially in versions with rich equipment (electric accessories, air conditioning, ABS). Most common problems:
- 🔋 Generator - a weak point, especially in cars with air conditioning. Signs of malfunction: dim headlights, low battery.
- 💡 Fuse box — contacts oxidized, which led to spontaneous tripping of fuses.
- 📻 Audio system — often “glitched” due to poor mass on the body.
One of the most unpleasant features was oxidation of contacts in wiring harnesses, especially at the point of passage through the engine shield. This could lead to unstable operation of sensors (for example, speed sensor or coolant temperature). The solution to the problem is to regularly clean the contacts and treat them with a special lubricant (for example, Liqui Moly Electronic-Spray).
How to check the generator without removing it?
Turn on all consumers (headlights, heater, heated windows) and measure the voltage on the battery. If it is below 13.5 V, the generator is faulty.
Another typical problem is cooling fan not working. Most often, this was due to a faulty temperature sensor or relay. A temporary solution is to connect the fan directly to the battery, but in the long term the faulty elements will need to be replaced.
Body and interior: corrosion, materials and practicality
Body Nissan Pulsar N15 had good anti-corrosion protection, but it had vulnerabilities:
- 🚗 Thresholds — began to rust from the inside after 7–10 years of operation.
- 🚪 Bottom edges of doors — Dirt accumulated, which led to corrosion.
- 🔦 trunk lid — Rust often appeared at the place where the windshield wiper was attached.
Inexpensive but practical materials were used in the interior. The fabric-upholstered seats lasted up to 200,000 km, but the plastic of the instrument panel became dull and creaked over time. One of the advantages was height-adjustable steering wheel (optional on top trim levels) and sufficient legroom for the driver.
⚠️ Attention: When buying used Pulsar Be sure to check the condition of the floor under the rugs - water often accumulates there due to clogged drainage holes in the doors!
Interesting detail: some European versions had heated front seats And climate control, which was rare for budget hatchbacks of that time. However, today these options can create problems - for example, a faulty climate control unit often requires a complete replacement, and spare parts for it are difficult to find.
Comparison with competitors: why Pulsar stood out in its class
In 1999 Nissan Pulsar N15 competed with such models as Toyota Corolla E110, Honda Civic EG/EK And Opel Astra F. Compared to them Pulsar had several key advantages:
- 💰 Lower cost of ownership - cheaper spare parts and repairs.
- 🔧 Simpler design - Many of the jobs could be done independently.
- 🚗 Softer suspension - absorbs road unevenness better.
However, there were also disadvantages. For example, Corolla had better corrosion resistance, and Civic - more modern engines with a system VTEC. However, Pulsar remained an attractive choice due to its balanced performance and aftermarket availability.
| Parameter | Nissan Pulsar N15 | Toyota Corolla E110 | Honda Civic EK |
|---|---|---|---|
| Minimum fuel consumption (l/100 km) | 5.5 | 5.8 | 5.2 |
| Engine life (thousand km) | 250–300 | 300–400 | 280–350 |
| Maintenance cost (relatively) | Low | Average | High |
The 1999 Nissan Pulsar is an ideal choice for those who value a balance of price, reliability and maintainability. It is inferior to competitors in some aspects, but wins in terms of price-quality ratio.
FAQ: answers to frequently asked questions about the Nissan Pulsar 1999
Which engine is the most reliable in the 1999 Pulsar?
Considered the most reliable 1.6 liter GA16DE. It has an optimal ratio of power and resource, and is also less susceptible to overheating compared to the 1.8-liter SR18DE. Engine 1.4 l (GA14DE) although economical, it is too weak for comfortable driving on the highway.
How much oil should I pour into the 1.6 engine?
To the engine GA16DE required to fill 3.2 liters of oil (including filter). Recommended viscosity: 5W-30 or 10W-40 (depending on climate). It is important to use approved oil API SG/SH.
Is it possible to install an LPG on a 1999 Pulsar?
Yes, but with reservations. Engines GA-series (1.4 and 1.6) adapt better to gas than SR18DE, which is more sensitive to octane number. When installing HBO, be sure to:
- Decrease ignition timing by 2–3 degrees.
- Use gas injectors with calibration for a specific engine.
- Check often valves - gas accelerates their wear.
Which tires are best for Pulsar?
Factory tire sizes for Nissan Pulsar N15: 175/70 R13 or 185/65 R14. For winter use we recommend:
- Nokian Hakkapeliitta 5 - for snowy regions.
- Michelin X-Ice North 4 - for mild winters.
- Cordiant Snow Cross - budget option.
Can be used in summer Yokohama BlueEarth or Goodyear EfficientGrip to reduce fuel consumption.
What is the service life of an automatic transmission?
The resource of a 4-speed automatic transmission is Pulsar N15 strongly depends on operating conditions. When regular oil changes (every 60,000 km) and with careful driving the box can last 150,000–180,000 km. However, with an aggressive driving style or ignoring maintenance, the resource is reduced to 100,000–120,000 km.
Signs of imminent breakdown:
- Jerks when changing gears.
- Turn-on lag
DriveorReverse. - Extraneous noise (hum or grinding).