Cateye Sync Core/Kinrtic Lighting Set LED Battery USB - Bl

Name: Hollandbikeshop.com
Address: Molenweer, Wateringen, Nederland, 2291NR
Telephone: +31 (0)70 - 300 00 44
Price range: $

EAN 4990173033539
Brand: CatEye
Product Model: 608355

In Stock +/- 2 Business Days

Information
Supplier Info

With the Cateye Sync Core Kinetic NW100 LED lighting set you are clearly visible in the dark.
The headlight has a light intensity of 500 lumen and the rear light of 50 lumen.
Both lights have five light modes.
Moreover, you can easily charge the lights via USB and they are easy to mount.
With these lights from Cateye you are clearly visible in the dark and you are safely on the road!

Specifications:
Lighting set consisting of a headlight and rear light
Lumen headlight: 500
Lumen rear light: 50
Both lights have 5 light modes
CatEyeSYNC App: connects your smartphone with the Cateye lights to control the lights and monitor the battery
Can be charged via USB (including Micro USB)
Dimensions headlight: 41.5 x 33.5 x 93.5 mm
Dimensions rear light: 74.5 x 26 x 28 mm
Headlight weight: 94 grams (including battery)
Rear light weight: 43 grams (including battery)
Color: Black

CatEye is the leading manufacturer of cycling computers, bicycle lights, reflectors, bottle cages, rearview mirrors and safety lights for cyclists all over the world.
The company was founded in Osaka, Japan in 1954.

CatEye was the first brand to introduce a flashing light for bicycles in 1964.
This was later followed by the introduction of the very first battery-powered headlight in 1982 and the first white LED headlight in 2001.
CatEye is a true pioneer in lens and reflector technology.
The Opticube™ lense and reflectors allow CatEye to make one of the brightest and most efficient LED headlights in the world.

The first cycling computers were launched by CatEye in 1981.
Today CatEye offers a whole range of cycling computers, catering to all types of cyclists.
Always looking to innovate, CatEye was one of the first brands to integrate an altimeter and heart rate and cadence sensors in its cycling computers.