Cateye Volt 1700 Rc Front Rech 1700 Lm 2018

Cateye Volt 1700 Rc Front Rech. 1700Lm. A high powered and super bright front light that comes with side visibility and up to 1700 lumens of light output to ensure you get the very best level of visibility whether you are in training or simply commuting to and from work every day USB Rechargeable. To save you the hassle of constantly having to replace batteries the Volt 1700 is fully rechargeable. To recharge the light you simply have to plug it in to any standard USB port. These can be found in multiple different locations including computer desktops, on the side of your laptop, or even as part of your smartphone charger. This creates plenty of quick and easy charging possibilities whilst youre on the go Battery Indication. To make sure you know when to charge and so that you never get caught out in a black out situation when youre halfway home the light comes with an easy to use battery light indicator. The indicator works like a traffic light and while in action shows Orange battery life 50 31%, Red battery life 30 16%, and Red Flash 15% or less Light Modes. The light comes with five different light modes which can easily be toggled through with the over large, single side button that has been designed for easy use even when wearing MTB gloves. The modes give you plenty of options to choose between dependent on your battery life or current cycling light environment Mounting. Making things easier than ever the Volt 1700 comes with a Flextight mounting bracket. This allows you to easily install the light onto your handlebars without the use of other tools or parts. The mount provides a secure and robust hold to ensure that the light is stabilised even against all the bumps and potholes of the road Features. USB rechargeableUp to 1700 lumens light outputUses two chip LED lightsLarge mode buttonBattery light indicatorComes with Flextight mounting bracket 22 32mmWeighs 270gBuy Cateye Lights from Chain Reaction Cycles, the Worlds Largest Online Bike Store.

Price: £134.99 from Chain Reaction Cycles