Efficient sensing solution for twowheel electric vehicles. Designed to meet the needs of twowheel EVs and suitable for threewheel motors and other models with wired circuit boards. Key benefits Precise sensing for improved efficiency and stability: phase matching with a hall effect sensor tailored for twowheel electric vehicles reduces motor jitter and enables smooth, reliable operation. Broad compatibility and versatility: tuned for the brushless motor industry with precision; widely used across a variety of motors and models; ideal for power applications with wired control systems. Durable and reliable performance: longlasting construction; our holeinspired sensors boast reliable and stable performance over extended service life. Easy integration with wired systems: designed to work with wired circuit boards found on many twowheel and multimodel setups. Applications and use scenarios Ebike and electric scooter drive systems requiring accurate rotor position sensing for smooth torque and better efficiency. power brushless motors in robotics, automation, or material handling where dependable sensor feedback is critical. Threewheel electric vehicles or other models that use wired circuit boards and require a reliable hall effect sensing solution. Specifications and compatibility highlights Sensor type: hall effect sensor designed for twowheel electric vehicle applications Wiring: compatible with wired circuit boards Performance: phase matching for improved motor efficiency and stability Construction: longlasting, holeinspired design for durable, stable operation over extended service life