My Time Trial Results

[Wan]

Competition Series

Renault Kangoo 1.4 (2001) vs Renault Twingo (1993)

Two humble Renaults, two completely different purposes — one built for practicality, the other for city life. On paper, neither promises speed, yet on the Nürburgring Nordschleife they reveal that performance is not always defined by horsepower. Sometimes, momentum, rhythm, and commitment become the deciding factors.

Renault Kangoo 1.4 (2001)

Power: 75 hp (stock)
Weight: 1080 kg (stock)
Tires: Comfort Medium (stock)
Track: Nürburgring Nordschleife
Lap Time: 10:43.121

This car cannot rely on power or straight-line speed — its strength lies in corners. But pure cornering alone won't make it truly fast. The secret is inertia: throwing the car into bends with momentum transforms the experience. A "slow" car doesn't need to be driven slowly; instead, embrace speed and rhythm to unlock its potential.

Renault Twingo (1993)

Power: 55 hp (stock)
Weight: 790 kg (stock)
Tires: Comfort Medium (stock)
Track: Nürburgring Nordschleife
Lap Time: 10:44.155

This is a car that cannot be forced — brute strength only leads to understeer, while holding back makes it sluggish. The key lies in the old formula: inertia and rhythm. Throw it into corners with momentum, then smooth everything out with rhythm. Power and weight offer little help, so maintaining flow is the only way to unlock speed.

Final Thoughts

Despite serving completely different roles, the Kangoo and Twingo finished only 1.034 seconds apart around the Nürburgring Nordschleife. That tiny gap proves a simple but fascinating truth: performance is not determined by purpose alone.

One carries extra weight and practicality, the other relies on lightness and simplicity. Yet both reward the same philosophy — preserving momentum, respecting inertia, and maintaining rhythm. Sometimes the greatest driving lessons come from the slowest cars.

 

[Wan]

Competition Series

Peugeot 2008 Allure (2021) vs Honda CR-V a:HEV EX Black Edition (2021)

Two modern crossovers built for everyday life, yet shaped by completely different engineering philosophies. One emphasizes agility through lightweight design, while the other relies on stability, refinement, and hybrid technology. On the Nürburgring Nordschleife, this comparison proves that performance is not determined by horsepower alone, but by how each chassis manages weight, balance, and momentum.

Peugeot 2008 Allure (2021)

Power: 131 hp (stock)
Weight: 1192 kg (stock)
Tires: Comfort Medium (stock)
Track: Nürburgring Nordschleife
Lap Time: 9:23.700

This car constantly challenges the driver with persistent understeer. It isn't the easiest crossover to drive quickly, but it teaches an important lesson: preserving momentum while carefully managing front-end grip.

Rather than forcing the car through corners, the key is to make full use of its inertia before corner entry. Well-timed weight transfer allows the chassis to rotate more naturally, revealing a level of agility that its specifications alone would never suggest.

Honda CR-V a:HEV EX Black Edition (2021)

Power: 184 hp (stock)
Weight: 1700 kg (stock)
Tires: Comfort Medium (stock)
Track: Nürburgring Nordschleife
Lap Time: 9:26.632

A soft-suspension SUV that immediately surprises with its feedback. Although it initially feels loose and body movement is noticeable, the chassis delivers consistent and predictable responses that quickly build driver confidence.

Understeer remains its greatest limitation, but its true strength lies in stability and composure. Smooth, deliberate inputs allow the CR-V to carry speed with remarkable confidence, proving far more capable on the Nürburgring than its family-oriented character would suggest.

Final Thoughts

Separated by only 2.932 seconds, these two crossovers demonstrate that performance is not simply a matter of horsepower or weight. The Peugeot 2008 achieves its pace through agility, momentum, and precise weight transfer, while the Honda CR-V relies on stability, consistency, and driver confidence.

Different philosophies, different strengths, yet both arrive at remarkably similar results. Sometimes, the Nürburgring reminds us that understanding a car's character is far more important than chasing specifications alone.

 

[Wan]

Single Car Series

Porsche 911 RSR (991) (2017)

One of Porsche's most iconic modern endurance racers, the 911 RSR was engineered with a singular goal: extracting maximum performance through balance, precision, and consistency. Rather than relying solely on raw power, it demonstrates how refined engineering can become its greatest competitive advantage.

Porsche 911 RSR (991) (2017)

Power: 517 hp (stock)
Weight: 1243 kg (stock)
Tires: Racing Hard (stock)
Track: Nürburgring Nordschleife
Lap Time: 6:39.318



This race car immediately inspires confidence through its exceptional balance. Nothing feels exaggerated — every response is progressive, predictable, and remarkably composed.

Although its specifications may not appear dominant on paper, the harmony between chassis, aerodynamics, and power delivery allows it to carry impressive speed through every sector. Rather than overwhelming the driver, the 911 RSR rewards precision, rhythm, and consistency, proving that true performance comes from perfect equilibrium rather than brute force.

Final Thoughts

The Porsche 911 RSR (991) demonstrates that racing performance is not defined by horsepower alone. Its greatest strength lies in the balance of every component working together as one.

It is a machine that encourages precision over aggression, rewarding smooth inputs and disciplined driving. The result is a race car capable of delivering extraordinary pace while remaining approachable enough to let the driver explore its limits with confidence.

 

[Wan]

Single Car Series

Lexus RC F GT3 Prototype (2016)

Developed as the foundation of Lexus' GT3 racing program, the RC F GT3 Prototype combines durability, balance, and predictable handling into a machine built for endurance. Rather than chasing extremes, it focuses on delivering confidence through consistency.

Lexus RC F GT3 Prototype (2016)

Power: 535 hp (stock)
Weight: 1300 kg (stock)
Tires: Racing Hard (stock)
Track: Nürburgring Nordschleife
Lap Time: 6:45.991


The RC F GT3 Prototype feels dense and substantial rather than light and agile. That sense of weight is not a weakness — it forms the foundation of the car's remarkable stability and predictability.

Power delivery is smooth and progressive, encouraging the driver to work with the car instead of forcing it. Rather than demanding aggression, it rewards patience, rhythm, and precise control. Once its character is understood, the RC F GT3 becomes an exceptionally trustworthy machine capable of delivering consistent performance lap after lap.

Final Thoughts

The Lexus RC F GT3 Prototype proves that confidence can be just as valuable as outright speed. Instead of relying on dramatic behavior or overwhelming performance, it builds trust through composure, balance, and consistency.

It is a race car that rewards drivers who understand its rhythm, demonstrating that true endurance performance is achieved not through aggression, but through precision and cooperation between driver and machine.