$74.99
Decision guidance
Ideal for cyclists seeking a dependable front and rear lighting solution that offers broad visibility and easy USB rechargeability for urban and road riding.
Choose the CatEye AMPP 400 and ViZ 150 Light Set for its strong illumination, excellent side visibility, and practical mounting systems that fit contemporary bike setups, ensuring you stay visible and safe on the road.
At a glance
The CatEye AMPP 400 and ViZ 150 Light Set ensures maximum visibility with its wide beam and OptiCubeâ„¢ lens technology. The AMPP 400 headlight delivers 400 lumens with excellent side visibility and features a low battery indicator that illuminates red when less than 20% battery remains. The ViZ 150 rear light provides 300-degree visibility and a long rear beam projection to keep you visible from multiple angles.
Both lights are USB rechargeable and come with a Micro-USB cable. They include a mode memory function for ease of use. The AMPP 400 uses a FlexTightâ„¢ bracket for secure mounting, while the ViZ 150 features a Snap Systemâ„¢ and a new seat post bracket designed for easy installation on modern aero seatposts.
| Front Light Brightness | 400 lm AMPP 400 headlight output |
|---|---|
| Rear Light Visibility | 300-degree visibility ViZ 150 rear light coverage |
| Low Battery Indicator | Illuminates red below 20% battery AMPP 400 feature |
| Rechargeable | USB rechargeable (Micro-USB cable included) Both lights |
| Front Mounting | FlexTightâ„¢ bracket Secure mounting for AMPP 400 |
| Rear Mounting | Snap Systemâ„¢ and new seat post bracket Designed for contemporary aero seatposts |
Yes, both the AMPP 400 and ViZ 150 lights are USB rechargeable and include a Micro-USB cable.
Yes, the AMPP 400 headlight has a low battery indicator that illuminates red when less than 20% battery remains.
The AMPP 400 uses a FlexTightâ„¢ bracket for secure mounting, and the ViZ 150 features a Snap Systemâ„¢ with a new seat post bracket for easy installation on aero seatposts.
The ViZ 150 rear light provides 300-degree visibility and a long rear beam projection.
