.: Specs

:LED output 1100lm.

Such light weight & high output is only achievable with the latest in Cree LED technology. We use the Cree XPG led, with over 132lm per watt. Brighter than all other LEDs made to date. Released in Australia on the 8/10/09, every other LED is now obsolete.

:Fully user programmable.

Using a fully user programmable microcontroller interface, these LED lights can be re-programmed on the fly, without the need for a computer or laptop. Often race conditions dictate how your light should be setup, its these conditions that can change minute by minute, in a 24hr race anything can happen. User interface program guide

:Full battery & thermal protection.

3 user configurable voltage trip points to set independent Medium, Low warning levels and Cutoff. User configurable thermal protection with automatic power reduction control.

:Super Race lite.

A striped down racing light for weight weenies & racers. Super lite, super bright, Lm per gram, the lightest on earth, total weight for Race light & Race battery kit 186g!

:Fully waterproof & dunkproof.

Sealed by design, screw fit not glue fit. Unlike some CNC lights, no glue is used to seal the unit. We use o-rings & screw caps, not silicone glue, so it can be fully re-build & upgraded at anytime. It can work under water & as a min standard, is dunkproof to 1M for 30mins

:Full remote control & programming.

On bar remote control with LED STAT indicator, no need to take your hands of the bar to change brightness levels. A must for a fatigued rider on a bumpy & rutted track.

:Battery types.

Klite racing uses lipo batterys for thier quick charging & super lite weight. for the Hbar we use 1600mAh & the helmet 1200mAh. All batterys come with 1 year defect warranty.

.: Data

:Thermal data

MCPCB temp

Full 1000ma to LED, up hill all the way. This is the total torture test, as you can see its get no where close to tripping the thermal protection circuit. Under normal use it run cooler again. LED temp is very important as the hotter the LED gets the more light is lost as heat, giving you a reduced lumen output. Some lights run up to 80deg C, looking at the lumen loss graph, you can see you can easily loose a few 100lm.

:K-light dynamo systems.

Both K-lights can be driven from dynamo as well. My custom dynamo circuit produces up to 993lm, (100uf mode) making it the brightest dynamo driven light in the world.

So, you can have up to 993lm depending on the power curve you use for the dynamo circuit (external to hub, no mod to hub needed). Have a look @ the above graph, you can see for 200uf, we have a of Max 773lm, @ 8km/hr you have 244lm, 577lm @ 15km/hr... and so on...over 15km/hr you have 577 -773lm... more than enough for what ever you are doing...200uf mode is the best overall curve to go for, for most cycling apps...