Honda is exploring new ways to make electric motorcycles feel more engaging for riders. The Japanese manufacturer has filed a patent for a virtual clutch system designed specifically for electric bikes, aiming to recreate some of the riding sensations found in traditional petrol-powered motorcycles.
The patent is based on Honda’s CR Electric Proto motocross motorcycle, which is currently being used as a development platform for future electric performance bikes. Unlike a conventional clutch, this system works electronically and does not use any physical gears or clutch plates. Instead, the clutch lever controls how the electric motor delivers power.
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As we know, partially pulling the clutch lever reduces the motor’s power output, while fully pulling it cuts power completely. Honda has also developed the system to simulate clutch-style launches. Riders can twist the throttle while holding the clutch lever and then release it quickly to get a sudden burst of torque, similar to launching a petrol-powered motorcycle.
Another interesting feature is the use of haptic feedback. Honda plans to place small vibration motors near the handlebars and clutch lever to create sensations similar to engine vibrations and clutch engagement. This is intended to make electric motorcycles feel more familiar to riders who are used to conventional bikes. It is believed that this could also help riders transition more easily from petrol motorcycles to electric ones without losing the riding experience they are familiar with.
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However, Honda is not the only brand that's doing it; brands like Zero Motorcycles and Kymco have also experimented with simulated clutches and gear-shifting systems for electric motorcycles.
At the moment, the technology remains at the patent stage, and there is no confirmation about when it could reach production models. However, Honda’s involvement suggests that major manufacturers are increasingly looking at ways to make electric bikes more emotionally engaging rather than just running behind performance and range anxiety.
