1. Application & Riding Environments
This custom-engineered COB LED Module (N1130-Y/R/R) is designed specifically as the core light for premium smart bicycle taillights. Engineered for ultimate night-riding safety, this module performs flawlessly in outdoor environments:
(1)Active Urban Commuting:
The large and high-brightness emitting surface ensures maximum visibility in dense city traffic, thus could reducing the risk of rear-end collisions.
(2)Dynamic Lane Changes & Turns:
Providing distinct, eye-catching signaling for safe lane transitions.
(3)All-Weather Road Cycling:
Delivering a highly penetrating safety beacon under low-visibility conditions like heavy rain, fog, or pitch-black suburban roads.
2. Key Specifications & Technical Features
Designed to replace standard, low efficiency SMD indicator arrays, this high-performance COB light engine blends innovative electrical design with a striking aesthetic:
(1)Custom Diamond-Shaped COB:
Shaped with a unique, non-standard diamond PCB (74.2 * 57.9 * 1.0 mm). It perfectly matches unique, aerodynamic taillight housing, giving the taillight an high-end, modern appearance.
(2)Three LED Channels and Independent Control:
Three independent LED channels design with Yellow / Red / Red color. Not only enables independent control of each light section, but also allowing seamless transitions between taillight, brake, and turn-signaling functions.
(3)Different Light Effects:
Fully supports multiple active signaling modes, including dynamic turn signaling, rapidly flashing, flashing mode, and constant-on safety modes to adapt to various riding scenarios.
(4)Double Sided FR4 PCB:
Built on a double-sided glass fiber substrate (FR4). It ensures good mechanical strength and optimal heat dissipation while keeping the module exceptionally lightweight crucial for high performance cycling gear.
(5)High Brightness and Energy Efficient:
Delivers an ultra bright, more even lighting output with low power (1W/1W/1W, 2V, 500mA), ensuring long lasting battery life and extended runtime.
Video for reference: