Get ready for the trails ahead with an easily programmable light that will guide your way. Maxx D SYNC with the updated App to allow the light to be, through a smart phone, programmed to tailor the light output or burn time to fit to the needs of the ride ahead, mode changeable via Bluetooth remote. 3 LEDs with spot Lens and 1 with spread combine to shine far down the track and highlight the trail edge at the same time. Backed with 4600 of measured Lumens through REFLEXX++ to automatically provide the right light when required.
In the box: MaXx-D SYNC MK5, SYNC Remote, QR Handlebar Bracket (31.8mm - 35.0mm), Fast Charger, QS Guide.
- 2 - 36 Hours Runtime
- 2900 (Reflex 4600) Lumens Measured Output
- 310g Weight
Reflex+ Technology
Reflex automtically adjusts the light to provide boosted output when riding hard and fast then intuitively dimming for the slower sections such as climbs. This is all to optimise battery capacity, to provide extra light when needed and save it when not required.
Reflex achieves this by using data from 3D digital accelerometers including gyroscope and thermistors. It continually analyses the data to make seamless adjustments to benefit the rider, probably better than the rider can. In reality it is a form of artificial intelligence. The selected run time will be achieved by averaging the output over the period.
Sync
Sync allows you to control the light with a remote switch and to make custom programmes in the Exposure Sync App, additionally both helmet and handlebar lights can be simultaneously controlled with a single remote via Bluetooth connectivity. App is available in both iOS and Android platforms.
OSD
An LED display panel that gives clear information on which mode the light is in, runtime remaining in hours and minutes, percentage charged and feedback information during OMS. Patent Protected.
OMS
Various programmes in the lights can easily be selected to offer a choice of run times and modes so you can find the right one for your ride.
ITM
Patented circuitry within the light will reduce power to the LEDs, if they go beyond the optimum temperature, keeping the light as efficient as possible to maximise output and battery capacity. Once the light has cooled, the power is automatically restored.