Knog Cobber Rear Bike Light
Regular price£62.99
/
- Low stock - 2 items left
- Backordered, shipping soon
Free UK shipping available on all apparel and components
The Mid Cobber Rear Bike Lights produces an incredible 330° of light, so you’ll be clearly seen from behind as well as from both sides. It’s brilliantly effective at attracting attention day and night, making it one of the safest you could choose
18 factories told us Cobber would be impossible. We were happy to prove them wrong
Features:
Powerfully bright 170 lumens
Simple Button - Mid Cobber Rear is simple to operate. A long press of the single button will turn the light on and off, and a short press will cycle through the modes. Cobber has a run time of up 100 hours.
Packed With Innovation - Efficient Chip on Board (COB) LEDs provide maximum brightness level for up to 90% of the battery burn time. As well as 8 pre-programmed modes, it’s also compatible with Knog's ModeMaker app so you can customize your light modes.
Mount With Ease - Cobber comes with tool-less removable silicone straps for bars and seat posts 22 – 32mm+ diameter and a magnetic mount. Cobber comes with a standard and Aero mount.
Integrated USB Connector - You can plug Mid Cobber directly into USB-A ports, meaning no cables. Ever. When your Cobber is running low on battery, a red ring will light up around the button. This ring will turn green and then turn off once the Cobber is fully charged
Specification:
Bulb Type - Chip On Board (COB) LEDs
Battery - 3.7V 800 mAh
Light Output Range - Max: 170, Eco-Flash: 15
Light Modes - 8
Programmable with ModeMaker - Yes
Aero Seat Post Compatible - Yes
Low Battery Indicator - Yes
Fits Seat Posts - 22 – 32mm+ diameter
Run Time - High: 100 hours, Low: 2hours
Charge Time - 4 hours
Rechargable - Yes (integrated USB-A connector)
Weight - 39 grams
H: 28mm x W: 43mm x L:62mm
Waterproof - Yes, IP67 rating
Operating Temperature - -20 to 50 °C / -4 to 122 °F
Strap Material - Medical Grade Silicone
Optimum Charging Temperaure - 20 to 22 °C / 68 to 72 °F (Room Temperature)