The first generation of the crossover, known in Russia as Nissan Terrano 1, is a most interesting case in the history of the automotive industry of the 1990s. This car was not just a copy of some other SUV, but was the result of a deep engineering adaptation of the platform Hardbody (PICKUP) for family use. That's why its design combines the features of a passenger car and a true body-on-frame SUV, making it unique on the aftermarket today.
Many owners and buyers often confuse this car with models Pathfinder or Pathfinder R50, since they share a common platform and many nodes. However, the body Nissan Terrano 1 has its own specific differences, which relate to both geometry and quality of materials. Understanding these nuances is critically important when searching for a piece that will last a long time without major investments in repairing supporting structures.
History of creation and unique platform
Development of the model began in the late 1980s, when the company Nissan sought to occupy the niche of compact SUVs with high comfort. Engineers took the time-tested frame from a pickup truck as a basis. Nissan Hardbody, which made it possible to immediately obtain high strength and load capacity. However, the upper body was redesigned from the ground up to provide a spacious interior and improved aerodynamics compared to pickup trucks of the time.
The main feature of the design was the combination of load-bearing elements. The frame is made of high-strength steel, and the body is attached to it through special cushions, which reduces vibrations inside the cabin. This approach made it possible to create a car that behaves almost like a passenger car on asphalt, and is not inferior to classic frame SUVs off-road. It is important to note that depending on the market, the model could be called Terrano II in Europe or Rogue in some Asian countries, but technically they are the same car.
Production of the first generation continued until 2006, which indicates the demand for this platform. Over the years, many variants have been released, including three-door and five-door versions, as well as all-wheel drive and front-wheel drive variants. Each of these modifications had its own characteristics in the body design, which must be taken into account during inspection.
- 🛠️ The frame is made of closed-section steel profile with reinforced cross members.
- 🚗 The body is attached to the frame at 12 main points using rubber-metal supports.
- 🌍 Different suspension and ground clearance options were offered for different markets.
Body types and main modifications
In line Nissan Terrano 1 There are two main body types: three-door (short) and five-door (long). Short version, denoted as WD21 (for 3-door) or RD21 (for a 5-door in some catalogs), was aimed at lovers of outdoor activities and fishing. It has excellent geometric cross-country ability due to its short wheelbase, but suffers from cramped conditions in the back row and trunk.
The five-door version has become more popular for family use. The increased wheelbase made it possible to accommodate a full third row of seats or significantly expand the space for luggage. Structurally, these cars are identical, but the long version has its own nuances with torsional rigidity of the body, which can manifest itself in creaks and play during active driving over rough terrain.
It is also worth noting the availability of versions with increased ground clearance and reinforced suspension, which were often supplied for markets with poor roads. In such modifications, the body has additional sill reinforcements and mud flaps that protect the paintwork from gravel and dirt. When buying a used car, it is important to check these particular elements, as they are often subject to corrosion due to the accumulation of dirt and reagents.
- 🚙 The three-door version has a length of about 4200 mm and a base of 2420 mm.
- 🚐 The five-door version reaches 4600 mm in length with a base of 2700 mm.
- ⚙️ All versions are equipped with an all-wheel drive system with downshift.
⚠️ Attention: When inspecting the long version, pay special attention to the condition of the rear door hinges. Due to the increased weight of the door, they are often deformed, which leads to misalignment and difficulty closing.
Weak points and body corrosion
Unfortunately, like many Japanese cars from the 90s, Nissan Terrano 1 has its own vulnerabilities in terms of anti-corrosion protection. The paintwork on some batches was quite thin, which, combined with the use of low-quality metal in some components, led to the appearance of rust after only 5-7 years of operation. The most susceptible to corrosion are the sills, wheel arches and underbody.
Particular attention should be paid to the internal cavities of the frame and body. Moisture entering through drainage holes often stagnates inside, causing hidden corrosion. This can lead to serious structural rigidity and safety problems. Regularly checking the condition of the underbody and treating it with anti-gravel materials can significantly extend the life of the car.
The doors and hood also require careful inspection. Moisture often accumulates in the places where hinges and locks are attached, which leads to metal rupture. In addition, it is worth checking the condition of the seals, as their degradation can lead to water entering the interior and further corrosion of the floor. On the roof, the mounting points of the roof rails often rust if they were not installed carefully.
- 🔍 Inspect the thresholds for swelling of the paint and softness of the metal when pressed.
- 💧 Check the drainage holes in the doors and on the bottom for blockages.
- 🛡️ Pay attention to the condition of the anti-gravel stickers on the front fenders.
- Three-door (compact)
- Five-door (family)
- Doesn't matter
- Not decided yet
Features of repair and restoration
Body repair Nissan Terrano 1 requires specific knowledge and tools, since the design of the frame and body has its own characteristics. When replacing damaged elements, it is important to use original spare parts or high-quality analogues, since the geometry of the body affects the operation of the suspension and steering. Improper repairs can cause the vehicle to pull to one side and accelerate tire wear.
Restoring a frame often requires the use of a special stand for editing geometry. Simply replacing the side members without restoring their relative position can make the car unsafe. In addition, when welding, it is necessary to observe the temperature regime so as not to overheat the metal and weaken its structure.
It should also be taken into account that many body parts for this car are no longer produced, and they have to be found at disassembly sites or made to order. This can significantly increase the cost of repairs and recovery time. In some cases, it is easier to find a donor to replace entire components than to try to restore a damaged body.
☑️ Preparation for body repair
Comparison with competitors of the time
In my class Nissan Terrano 1 competed with cars such as Toyota RAV4, Mitsubishi Pajero Junior and Suzuki Vitara. Unlike its competitors, who often used a monocoque body, Nissan retained the frame structure, which gave it an advantage in strength and ability to overcome serious obstacles. However, this also made the car heavier and less comfortable on the asphalt.
Compared to Toyota 4Runner or Isuzu Trooper, That Nissan Terrano won in price and availability of spare parts. The design of the suspension was simpler and more reliable, which made independent repairs easier. At the same time, the quality of assembly and interior materials was comparable to its competitors, although it was inferior to its European counterparts in terms of noise insulation.
It's important to note that Nissan offered a wider selection of engines and transmissions, which made it possible to choose a car to suit any needs. The presence of turbocharged diesel versions made the car economical and high-torque, which was appreciated in countries with bad roads. This combination of characteristics ensured the model's long life and popularity.
| Characteristics | Nissan Terrano 1 | Toyota RAV4 (1 gen) | Mitsubishi Pajero Junior |
|---|---|---|---|
| Body type | Frame | carrier | carrier |
| Drive | Full (with lowering) | Front/Full | Full |
| Clearance | 210 mm | 180 mm | 200 mm |
| Engine (gasoline) | 2.4 l / 160 hp | 2.0 l / 130 hp | 1.6 l / 110 hp |