Evolution of a Legend: A Complete Guide to Nissan Skyline Generations

History Nissan Skyline is not just a chronology of car production, it is a chronicle of Japanese engineering, which has gone from a simple sedan to an icon of motor sports. When you look at this car, you see the result of decades of improvements to the platform, drivetrain and aerodynamics. Each stage of development of this model reflects changing market requirements and the spirit of the times.

Many car enthusiasts are confused Nissan Skyline with Nissan GT-R, although at certain periods these were completely different cars, united only by their name. Understanding the differences between generations is critical for those considering purchasing a collector's item or simply wanting to understand technological evolution. The last generation, designated R34, was released in 1998, after which the history of the model was divided into two branches: a sedan for Japan and a GT-R supercar.

In this article we will analyze in detail all the key stages in the development of the legendary car. You will learn which engines were installed at different stages, how the suspension was changed and why certain versions became the object of hunting for collectors. A deep dive into the technical details will help you appreciate the true value of each generation.

Birth of a legend: The era of Prince and the first sedans

It all started in 1957, when the company Prince Motor Company released the first Prince Skyline (ALSI-1). This car was built based on the model Prince Skyway, but received a sportier character and improved suspension. It was originally a 4-cylinder sedan that was marketed as a reliable family car, but its potential was clear.

In the 1960s Skyline began to transform into a sports car. A version has appeared Skyline Sport with a coupe body, and then a model Skyline GT, equipped with engine G-1 volume 1.5 liters. It was during this period that the foundations of the car's reputation as a "reasonably priced racer" were laid. Engineers Prince paid special attention to body rigidity and control precision.

• 🚗 The first engine was a 1.5-liter G-1 with a power of only 70 hp.
• 🏁 In 1963 Skyline took part in the race for the first time Touge and took first place.
• 🔧 The double wishbone suspension design became the standard for future generations.

Merger Prince with Nissan in 1966 it turned over a new page. Now the car began to be called Nissan Prince Skyline, and later just Nissan Skyline. The pooling of resources made it possible to introduce more powerful engines and new production technologies. This was a transitional stage when the car began to gain mass and popularity.

⚠️ Attention: When looking for early versions of the Skyline (1960s), pay attention to the VIN code. Models produced before 1966 are prefixed with "PS", and after the merger with Nissan the code changes to "KPGC". This is critical to confirm authenticity and historical value.

The GT era and the emergence of the iconic C10 body

Generation C10 (1968–1972) was a turning point in the history of the model. Right here Nissan Skyline finally cemented its status as a sports sedan. Designers abandoned the simplicity of its predecessors in favor of more aggressive lines and a streamlined body. This generation has received wide recognition due to its reliability and stylish appearance.

Series engines appeared under the hood Lwhich were famous for their durability. Version Skyline 2000GT-R (KPGC10) was equipped with a 2.0-liter inline six-cylinder engine L20 with two carburetors. The power was 160 hp, which was a phenomenal figure for that time. The car dominated Japanese racing, winning 50 races in a row.

• 🚀 Engine S20 in the GT-R version it became the first Japanese engine with a 4-valve cylinder head.
• 🏎️ The C10 body was lighter and stiffer than previous models, which improved dynamics.
• 🛠️ A 4-speed manual transmission with cable shift drive was used.

Despite its success, the GT-R version was discontinued in 1972 due to stricter environmental regulations and falling sales. However, the legacy of this generation remains for centuries. Many design elements of the C10 were copied or adapted for other models Nissan. This generation has become the standard for what a sports sedan should be.

⚠️ Attention: The S20 series engine required very careful maintenance. When using low-quality oil or overheating, the valves often burned out, which led to major repairs. Look for units with a proven service history.

Revival of the GT-R: R32, R33 and R34 Generations

In 1989 the world saw Nissan Skyline R32, which brought the GT-R name back to life. Engineers Nissan decided to create a car capable of dominating Group A racing. A legendary turbo engine appeared under the hood RB26DETT — in-line six with twin turbocharging. This engine became a symbol of the Japanese automobile industry in the 90s.

Technical feature R32 became an all-wheel drive system ATTESA E-TS. It made it possible to redistribute torque between the axles depending on the vehicle and driving style. Combined with the rigid body and powerful engine, this created incredible traction. GT-R The R32 won every race it entered, earning it the nickname "Godzilla".

• ⚙️ Engine RB26DETT was designed with a safety margin, withstanding up to 500 hp. without modifications.
• 🛞 All-wheel drive system ATTESA E-TS could transmit up to 50% of the power to the front axle.
• 🏎️ The R32 body was 20% stiffer than its predecessor R31, thanks to new amplifiers.

Generation R33 (1993–1998) became more comfortable and spacious, but did not lose its sporty character. The wheelbase length has increased, which improves stability at high speeds. A version has appeared GT-R V-Spec with improved aerodynamics and carbon diffuser. The engine remained the same, but was modified to improve reliability.

The final chapter in the history of the classical Skyline became a generation R34 (1998–2002). It was the pinnacle of engineering Nissan. The interior has become more technologically advanced; a multimedia screen has appeared with data on engine operation. The appearance has become more angular and aggressive. GT-R The R34 was the last car to officially bear the name Skyline in a coupe body with an engine RB26.

Parting the ways: Skyline V35 and the arrival of the Infiniti G

In 2001 Nissan introduced the generation V35, which radically changed the concept of the car. The body has become more rounded, and the design has become more modern. But the main change occurred under the hood: instead of the legendary inline-six RB a new engine has appeared VQ35DE - naturally aspirated V6. The all-wheel drive version received the system ATTESA E-TS, but now it worked differently.

This move caused a storm of criticism among fans. Many believed that the abandonment of the inline-six and turbocharging killed the soul of the car. However V35 became a bestseller due to its reliability, efficiency and comfort. It also went on sale in the US under the brand Infiniti as a model G35, which expanded the audience.

• 💨 Engine VQ35DE produced 280 hp. and was distinguished by high smoothness of operation.
• 🌍 For the US market, the car was produced as Infiniti G35 with minor differences in settings.
• 🚗 Version 350Z was built on the same platform, but without all-wheel drive and with a rear engine.

Generation V36 (2006–2013) continued its course towards comfort and luxury. New series engines have appeared VQ37VHR with variable valve timing system VVEL. Power increased to 325 hp. The car has become even more technologically advanced, having received modern security and multimedia systems. This was a generation that catered to a wide audience, not just drift fans.

Why did they abandon the RB26 engine?

The RB26DETT engine was too difficult to manufacture, expensive and did not meet new environmental regulations. The creation of the new V6 has reduced costs and improved emissions, although at the cost of losing some of its charisma.

Engine specifications and comparison

To understand the evolution of performance, it is necessary to compare key indicators of engines of different generations. From straight six RB26 up to V-engines VQ And VR — each stage had its advantages and disadvantages. Below is a table with the main characteristics of the most significant engines.

Generation	Engine	Volume (l)	Power (hp)	Drive
R32 GT-R	RB26DETT	2.6	280	4WD
R34 GT-R	RB26DETT	2.6	280	4WD
V35 (GT-R)	VQ35DE	3.5	280	4WD
V36 (GT-R)	VQ37VHR	3.7	325	4WD
R35 (GT-R)	VR38DETT	3.8	485+	4WD

It is important to note that the actual engine power RB26DETT often exceeded the declared 280 hp. due to a "gentleman's agreement" between the producers. In reality, these engines produced about 320-340 hp. This made them incredibly powerful for their time. Modern engines VR38DETT they no longer have such restrictions and honestly give out all the power.

Choosing between a naturally aspirated V6 and a turbocharged inline-six depends on your goals. If you need reliability and comfort, choose VQ or VR. If you're looking for tuning potential and a classic sound - RB26 out of competition. Each engine has its own unique architecture and tuning features.

⚠️ Attention: VQ series engines require regular oil changes and monitoring of the cooling system. Overheating can lead to deformation of the cylinder head. Unlike the RB26, these motors are less tolerant of extreme loads without modification of the cooling system.

Modern era: Skyline V37 and the future of the model

Last generation Skyline with index V37 (2013–2021) continued the line Infiniti Q50. The design has become even more aggressive, with a distinctive grille and LED headlights. Engines were installed under the hood VR30DDTT — 3.0-liter V6 with two turbines. It was the first mass-produced turbo engine Nissan new generation.

Safety and comfort technologies have reached a new level. The car was equipped with driver assistance systems, adaptive cruise control and autopilot. The interior is more premium, with quality materials and a modern digital instrument panel. This generation was aimed at the business segment and technology lovers.

• 🚀 Engine VR30DDTT develops up to 405 hp in version Red Sport.
• 📱 System Infiniti InTouch allows you to control all functions via touch screens.
• 🛡️ System ProPILOT provides partial automation of movement along the highway.

However, the future Nissan Skyline remains uncertain. With the transition to electric vehicles and hybrid power plants, classic internal combustion engines are becoming a thing of the past. The next generation will likely be all-electric or hybrid. This could be the end of the era of cars with character and sound that we love so much.

What is the difference between Nissan Skyline and Infiniti G?

Essentially, these are the same car, but for different markets. Nissan Skyline sold only in Japan, while Infiniti G — in international markets (USA, Europe). Differences may include suspension settings, available options and environmental requirements. Otherwise these are identical platforms and engines.

Why is the GT-R R34 so expensive?

The price is due to its cult status, limited editions and high demand from collectors. The difficulty of finding preserved copies also affects. Many cars were heavily modified or crashed in racing. A clean factory R34 is becoming increasingly rare.

Is it possible to buy a right-hand drive Skyline legally in Russia?

Yes, it's possible. The import of right-hand drive cars is allowed, but you must pay a recycling fee and go through the customs clearance procedure. It is important to consider the age of the car: for cars older than 3 years, customs duties are higher. You also need to make sure that the car meets environmental standards.

Which engine is more reliable: RB26 or VQ35?

Both engines are considered very reliable when properly maintained. RB26 more durable and can withstand high loads, but more difficult to repair. VQ35 easier to maintain and cheaper, but less resistant to extreme tuning. The choice depends on your plans for using the car.

What is the ATTESA E-TS system?

This is an intelligent all-wheel drive system developed Nissan. It constantly monitors motion parameters and, if necessary, redistributes torque between the axles. This provides excellent cross-country ability and handling both on dry asphalt and on slippery roads.