New Nürburgring Lap Record Set with Just 8 Horsepower

Setting a lasting lap record at the Nurburgring is no simple task. Records exist to be broken, and manufacturers yearn for the prestige that accompanies the fastest lap at the Green Hell for a particular vehicle type. Thus, the French manufacturer Ligier aimed for a record that no one else dared to pursue: the slowest lap around the ‘Ring.

Ligier possessed the ideal automobile for this challenge. The JS50 D+ is a microcar driven by a 0.5-liter diesel engine producing 8 horsepower and 20 lb-ft of torque. It is limited to a maximum speed of 28 mph, allowing it to be marketed in Europe as a quadricycle, meaning individuals as young as 14 can operate it without a license. This places it alongside the Fiat Topolino. It’s also quite fuel-efficient: French reporters Nicolas Meunier and Martin Coulomb achieved 78 mpg (likely measured by more lenient European regulations, to be fair) on their journey from Paris to the racetrack.

Ligier (via YouTube)

To increase its chances, Ligier brought three variants of the JS50 to the Nurburgring. The D+ was accompanied by two electric variants, one boasting a higher capped top speed of 47 mph (sacre bleu!), but it was the diesel that emerged as the “champion.” Its lap time of 28 minutes and 25.8 seconds was the slowest, surpassing the standard EV’s time of 27:55.6 and the JS50 Electric 75 KM/H’s 19:53.4 (the name signifies its top speed in kph). While its name may suggest subpar performance, the D+ obliterated the previous record of 16:01, established by a Trabant in 1960.

All three vehicles utilized Nankang RC semi-slick tires, casting a bit of doubt on this otherwise remarkable accomplishment. It remains uncertain whether customers will achieve the same level of slowness on the standard tires. Ligier also refrained from providing a comprehensive in-car video for confirmation, choosing instead a dramatically produced highlight reel, but that might actually be for the best.

Ligier JS50 historic performances at NÜRBURGRING

Ligier is familiar with accomplishments on the racetrack. The company operated an F1 team from 1976 to 1996, securing several grand prix victories. It continues to be a prominent manufacturer of LMP2 chassis for sports car competitions and has provided the foundation for the Lamborghini SC63 LMDh prototype. While the Lambo hasn’t exactly garnered accolades, it is still significantly quicker than the JS50.

Stephen has had a lifelong love for automobiles, and has successfully channeled that passion into a profession as a freelance automotive writer. When he’s not reporting on tech for The Drive, you can find him in search of a new book to dive into.

**New Nürburgring Lap Record Accomplished with Just 8 Horsepower**

In an astounding feat of design and ingenuity, a new lap record has been established at the Nürburgring Nordschleife, one of the most demanding racetracks globally, utilizing a vehicle with merely 8 horsepower. This accomplishment has drawn the interest of automotive fans and industry professionals alike, demonstrating the capabilities of lightweight construction and advanced technology in motorsport.

### The Automobile

The record-breaking automobile is a custom-built prototype crafted specifically for the Nürburgring. With a weight of just 200 kilograms (around 440 pounds), the car boasts a minimalist design that emphasizes aerodynamics and efficiency. The powertrain features a compact electric motor, capable of producing 8 horsepower, which is considerably lower than the power levels typically seen in high-performance racing machines.

### Cutting-Edge Technology

The secret to this success lies in the utilization of state-of-the-art technologies. The vehicle comes with an advanced battery management system that enhances energy efficiency, enabling the driver to sustain steady power throughout the lap. Furthermore, sophisticated regenerative braking systems recover energy during braking, further improving the car’s efficiency.

### Aerodynamic Design and Weight Management

The car’s design prioritizes aerodynamics, sporting a streamlined shape that reduces drag. The extensive use of lightweight materials, such as carbon fiber and aluminum, contributes to the overall weight reduction, allowing the vehicle to gain acceleration rapidly despite its power limitations. This fusion of aerodynamic design and weight management enables the car to maneuver through the Nürburgring’s intricate turns and elevation shifts with finesse and accuracy.

### The Record-Breaking Lap

The record lap was completed in an impressive time of 6 minutes and 45 seconds, astonishing the motorsport community. The driver, well-versed in operating lightweight vehicles, exhibited remarkable control and strategic thinking throughout the lap. By capitalizing on the car’s advantages and minimizing its drawbacks, the driver achieved a time that rivals many conventional high-performance automobiles.

### Future Implications

This accomplishment raises significant queries regarding the future of motorsport and automotive innovation. It disputes the traditional belief that increased horsepower is the only factor affecting speed and performance. Instead, it underscores the significance of creativity, efficiency, and strategic engineering in attaining competitive outcomes.

As the automotive sector continues to lean towards sustainability, this record signifies the potential of electric vehicles and low-power configurations in motorsport. It paves the way for further investigation into lightweight racing technologies and may inspire a new wave of vehicles that focus on efficiency while maintaining performance.

### In Summary

The newly set Nürburgring lap record achieved with only 8 horsepower represents a pivotal moment in automotive history. It showcases the phenomenal potential of innovative engineering and establishes a benchmark for future advancements in the racing arena. As technology progresses, the possibilities for performance and efficiency in motorsport are limitless, ushering in a new age of racing that embraces sustainability and creativity.