Light Part Bontrager Transmitr Wireless MicroRemote

Bontrager Transmitr Micro Wireless Remote is an exceptionally practical and compact wireless remote control that allows you to take full control of your lights without taking your hands off the handlebar. Compatible with Trek and Bontrager lights featuring ANT+ technology, this micro remote enables you to turn on, turn off, and cycle through the modes of your front light and rear tail light with a simple flick of your thumb. It is the ideal accessory for cyclists who value safety and quick reaction times in dynamic city traffic.

• Safety First: Control your lights while keeping a firm, two-handed grip on your handlebar. Changing modes when entering a tunnel or a dark section of road is now instantaneous and completely safe.
• ANT+ Wireless Technology: The remote communicates via a reliable ANT+ connection, guaranteeing a stable signal and seamless synchronization with all compatible lights from the brand (such as the Ion RT and Flare RT series).
• Multi-functional Control: Can be paired with up to 4 lights simultaneously. With a single press, you can control your front and rear lights either in synchronization or individually.
• Minimalist and Universal Design: Thanks to its ultra-compact size, the remote takes up minimal space on your handlebar. The flexible rubber strap allows for quick and easy, tool-free installation on all types of handlebars.
• Blendr Integration: The remote can be mounted directly into the end of your handlebar in place of a bar-end plug (Bar-end mount) using an additional Blendr adapter for an exceptionally clean, factory look for your cockpit.

Specifications:

• Connectivity: ANT+ wireless protocol
• Pairing Capacity: Controls up to 4 lights simultaneously
• Battery: Replaceable CR1632 coin cell battery (included)
• Mount: Universal flexible handlebar strap; compatible with Blendr bar-end mount
• Button Functions: Single press to turn on / change mode, double press to turn off
• Weather Resistance: Weatherproof body, designed for riding in all meteorological conditions