The Aspark Owl SP600, a production-intent prototype from the Japanese automaker Aspark, has redefined the pinnacle of electric hypercar performance. The journey to this marvel began over a decade ago when Aspark set out to create the world's fastest electric vehicle. Under the visionary leadership of CEO Masanori Yoshida, the team introduced the original Aspark Owl concept in 2017 at the Frankfurt Motor Show. It wasn't long before the vehicle's prototype exhibited extraordinary capabilities, such as accelerating from 0 to 100 km/h in a mere 1.89 seconds. Partnering with the renowned Italian boutique manufacturer Manifattura Automobili Torino (MAT), Aspark aimed to push the limits even further.
Fast forward to June 2024, the Owl SP600 has shattered the previous records, achieving an astounding top speed of 438.7 km/h (272.595 mph), eclipsing the Rimac Nevera's former record by 26.7 km/h. This feat was accomplished at the Automotive Testing Papenburg in Germany, with Nürburgring 24h winner Marc Basseng at the helm. The Owl SP600 is described as an "evolution of the original Aspark Owl, developed specifically for top speed," indicating meticulous advancements in its design and engineering. The vehicle features a host of impressive specs, including a colossal output of 1,456 kW (1,953 hp) from its four powerful motors and a torque distribution system delivering 4,600 Nm (3,392.785 lb.ft) to the rear wheels and 2,120 Nm (1,563.6 lb.ft) to the front.
In addition to its high-speed capabilities, the Owl SP600 boasts a range of sophisticated features. The low rider stands at just 910 mm tall and is equipped with Michelin tires (265/35 ZR20 at the front and 325/30 ZR21 at the rear) tailored for high performance. It supports fast charging with a 69 kWh Li-ion battery pack, offering a per-charge range of approximately 400 km (248.5 miles). The car's double wishbone suspension with active ride height control, along with Sicom disc brakes, embodies a blend of power and precision. Aspark's collaboration with Bridgestone and MAT has culminated in a vehicle that is not just about breaking speed records but also signifies a leap in electric hypercar engineering, promising an exciting future in automotive technology.
📷: ASPARK/MAT
