The TS1 PARK Throttle Switch is an innovative control component designed to enhance the safety and functionality of electric vehicles (EVs). By integrating a dedicated parking function, this throttle switch offers users improved control over their vehicles, making it an essential accessory for electric bikes, scooters, and other EVs.

• Integrated Parking Function: The TS1 PARK Throttle Switch incorporates a dedicated parking feature, allowing users to securely immobilize their EVs when stationary. This function enhances safety by preventing unintended vehicle movement during parking or when the vehicle is not in use.

• Wide Voltage Compatibility: Designed to operate seamlessly across various voltage systems, the TS1 PARK Throttle Switch is compatible with 36V to 72V setups, ensuring optimal performance for a diverse range of electric vehicles.

• Durable Construction: Crafted from high-quality materials, this throttle switch is built to withstand regular use and environmental challenges, ensuring longevity and consistent performance.

• Ergonomic Design: Featuring an ergonomic grip, the TS1 PARK Throttle Switch reduces hand fatigue during extended rides, providing a comfortable and controlled riding experience.

• Easy Installation: Equipped with standard connectors and a user-friendly design, this throttle switch allows for straightforward installation on various electric vehicles.

• Voltage Compatibility: 36V to 72V

• Material: High-quality, durable materials

• Grip Design: Ergonomic, anti-slip design

• Connector Type: Standard 3-pin connector

• Dimensions: Standard size compatible with most handlebar grips

• Enhanced Safety: The integrated parking function ensures that the vehicle remains stationary when parked, reducing the risk of accidental movement and potential injuries.

• Versatile Application: Wide voltage compatibility ensures the throttle switch can be used across various electric vehicles, offering flexibility for different setups and upgrades.

• Reliable Performance: The throttle switch's robust construction and precise control mechanisms contribute to a smooth and responsive riding experience, enhancing overall vehicle performance.