Dimensions & Weight
The embeded vibration motors will be actuated depending on the commands the microcontroler receives from the mobile device, informing the rider of an upcoming turn at a customizable distance away of the route's diversion.
The rider is provided with the ability to cancel any upcoming manoeuvre by a simple wave of their hand. The gesture is picked up by the microcontroller's accelerometer and the motors and LED cease to operate.
A waterproof, shockproof system of alerting the upcoming traffic for the rider's navigational intends. Using Adafruit NeoPixel RGB LED Strip.
Alerting traffic of braking using the embedded accelerometer.
Just riding? Be noticeable with front and rear lights.
Few bits of data containing information about the next manoeuvre of the rider are sent from the mobile device to the bluetooth equipped micro-controller embedded on the Smart Helmet.
The "brain" of the helmet is an 8bit AVR microcontroller, responsible for coordinating the various operations, capable of sending/receiving signals wirelessly and eliminating time delays
Up to 44 hours of battery life. Thanks to the BLE protocol in use and the low power microcontroller.
Power efficient operating mode of Lights on Eco mode. Configurable throught the mobile App
Ready for use after only 3 hours of recharging
The total cost of the device will amount to £55.