Yamaha MT-09 Hybrid Prototype Unveiled
Yamaha debuts MT-09 Hybrid prototype with SPHEV tech, blending electric torque and ICE power for high-performance, eco-friendly riding.
Date: April 25, 2025
Shizuoka, Japan- Yamaha Motor Co Ltd., has introduced the prototype of its latest innovation the MT-09 Hybrid, showcasing the brand’s entry into hybrid motorcycle technology. This new model features Yamaha’s SPHEV (Series-Parallel Hybrid Electric Vehicle) system, designed to offer the visceral performance of an internal combustion engine (ICE) while embracing the environmental benefits of electric mobility.
While hybrid systems have long been used in cars, their complexity and size have made motorcycle applications difficult until now. Yamaha first showcased the SPHEV system in a scooter prototype earlier this year, and with its integration into the MT-09 Hybrid, the company is highlighting how hybrid power can benefit performance motorcycles as well.
The MT-09 Hybrid’s setup includes an electric motor mounted above the engine and tucked behind the chassis. At low speeds, the motorcycle operates in pure electric mode, delivering a silent, torque-rich ride. As the rider gains speed, the ICE engine seamlessly kicks in, working alongside the electric motor to offer a punchy, high-speed performance. The transition between EV and hybrid modes happens automatically, blending the instant acceleration of electric power with the raw feel of traditional combustion engines.
Visually, the MT-09 Hybrid retains the aggressive stance of its ICE sibling but sports a more futuristic aesthetic. Key differences include a sharper, more radical front fascia, a large heat sink atop the fuel tank, and an extra LCD display next to the main TFT dash. The bike also features sizable intake-style panels below the tank, adding to its bold design.
While Yamaha hasn’t announced a launch timeline for the MT-09 Hybrid, the prototype appears production-ready. With teaser videos already released showing the bike in action, more updates are expected in the near future.