In-wheel motors have a long history in the world of electric vehicles, dating back to 1900 when Ferdinand Porsche developed one. These motors were even used in the US Lunar Roving Vehicles in the early ‘70s. Despite their early introduction, in-wheel motors have never truly gone mainstream, except in e-bikes.
One company that aimed to bring in-wheel motors to the forefront was Lordstown Motors with their Endurance truck. Unfortunately, the Endurance met its demise, adding to the growing list of failed EV startups. However, the source of the motors for the Endurance, Elaphe, a Slovenian company, continues to thrive. Elaphe is focused on refining its technology and incorporating it into various projects.
Elaphe promises EVs with enhanced performance, improved control, extended range, and a host of other benefits. After spending a day testing Elaphe’s prototypes, there is a growing belief in the company’s capabilities. Elaphe’s CEO, Gorazd Gotovac, expressed gratitude for the failed Lordstown project, as it laid the groundwork for future products.
One of Elaphe’s projects involved retrofitting a Hyundai Ioniq 5 with four in-wheel motors, each producing 188 hp and 1,254 pound-feet of torque. The result was a nimble and responsive vehicle that offered a smooth and controlled driving experience. Elaphe’s in-wheel motors allowed for instant grip sampling and precise handling adjustments.
Elaphe also showcased a prototype American muscle car with a V8 engine augmented by in-wheel motors. The addition of the in-wheel motors transformed the car’s performance, making it more agile and responsive on the track. Despite the increase in weight due to the additional components, the car exhibited impressive handling characteristics.
Elaphe is working on projects with multiple OEMs, with a focus on performance-oriented vehicles. The company plans to introduce hybrid vehicles powered by their technology in the near future, with larger projects slated for after 2030. While specific details are under wraps due to non-disclosure agreements, the performance and capabilities demonstrated by Elaphe’s technology are promising.
Overall, Elaphe’s in-wheel motors show great potential for revolutionizing the electric vehicle industry. With their ability to enhance performance, control, and efficiency, these motors could play a significant role in the future of electric transportation. Stay tuned for more developments from Elaphe as they continue to push the boundaries of EV technology.