Knog Plus Twinpack. A twinpack ideal for any commuter which includes a 40 lumens front light and a 20 lumens rear light Rechargeable. Knogs Plus Twinpack is extremely convenient with both lights being USB rechargeable saving you the constant effort of having to find and replace your lights batteries. Instead the lights can quickly and easily be recharged via any standard USB port and both have up to 40 hours of battery life Light Modes. Both lights, included in the twinpack, come with 5 different light modes which can easily be toggled between using the long push button. The light modes included areSteady 2 hoursStrobe 8.5 hoursPulse 4.5 hoursFancy Flash 10 hoursEco Flash 40 hoursMounting. The lights each come with various mounting options including two types of interchangeable straps for bars and seatposts 22 27mm and 28 32mm. Additionally each light comes with a magnetic mount which lets you clip the lights to your clothing, rucksack, panniers, etc Features. 40 lumens maximum front light20 lumens maximum rear light5 different light modesIncludes magnetic mounting systemUSB rechargeableWater resistantWearable designEach weigh 12gDimensions per light 14 x 66 x 18mmBuy Knog Lights from Chain Reaction Cycles, the Worlds Largest Online Bike Store.
Price: £23.99 from Chain Reaction Cycles
. A twinpack of medium sized bike lights that are bright and convenient including a 320 lumen front light and a 170 lumen rear light Light Modes. Both lights come with a range of light modes including flashing and constant which can easily be switched...
Knog Cobber Twinpack Big Set. A light set that includes a 470 lumen front light and 270 lumen rear light that are large, bold and extremely bright Light Modes. Both lights come with a large range of light modes which can easily be switched between by...
Knog Cobber Twinpack Lil Set. A twinpack that includes a compact front and rear light that are perfect for keeping urban commuters seen on the road Light Modes. Both lights come with a range of different light modes including flashing and constant which...