Owl Roadster Sets World Acceleration Record for Electric Vehicles

Published on January 06, 2026 | Translated from Spanish
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Prototype of the Owl Roadster on the test track during the acceleration record, showing its aerodynamic design and integrated electric propulsion system

Owl Roadster Sets World Acceleration Record for Electric Vehicles

The automotive industry is witnessing a historic moment with the Japanese manufacturer Owl, whose fully electric Roadster model has broken the world record for 0 to 100 km/h acceleration, surpassing even the most exclusive combustion supercars on the market. This achievement represents a turning point in the development of high-performance sustainable vehicles. 🏎️⚡

Revolutionary Technology Behind the Record

The Roadster's propulsion system incorporates four independent motors that generate all-wheel drive, enabling extremely precise torque vectoring control on each wheel. The high-energy-density lithium-ion battery supplies the necessary power, while the advanced thermal management system maintains optimal conditions throughout the entire acceleration process.

Key Components of the System:
"This achievement demonstrates that zero-emission vehicles can surpass the performance of the most advanced internal combustion engines" - Owl Engineering Team

Impact on the Future of Electric Mobility

This technological milestone not only consolidates Owl's position as an innovative manufacturer but also sets new performance standards for the entire electric automotive industry. The technology developed for the Roadster could eventually be implemented in mass-production models, making these high-performance capabilities accessible to the general public.

Main Implications:

Redefining Priorities in Electric Mobility

While the debate about electric vehicle range continues, Owl proves with facts that pure performance is equally crucial. This historic record is not just about reaching 100 km/h first, but about redefining expectations of what electric vehicles can achieve, marking a clear path toward the future of sustainable motorsport. 🚀