The project being presented is an automatic brake and turn signal indicator for a bike. The brake lights flash and increase in brightness as the user comes closer to a complete stop. The turn signals automatically turn off within 15 ft of completing a turn. This device is intended to be used on a bicycle whilst on the road with motor vehicles. It should be noted that the lights used for indication and braking are visible up to 40ft with an output of at least 800 lumens. We implemented three 18650 batteries in series for a 12V rechargeable system. The system can be charged using both wall power and solar pannels. I will note that the solar panels must be disconnected in order to use the device properly and is merely a means to charge the batteries when the system is not in use. We insured the safety and reliability of the 18650 batteries by incorporating a battery management system (BMS). All logic was handled with the Arduino Nano. Our most notable accomplishment was incorporating LED's specified for automotive use by controlling mosfets with the arduino nano and incorporating an accelerometer to determine when it was appropriate to automatically turn off the turn signals. Our main challenge was incorporating the accelerometer to automatically turn off the turn signals. We agreed that an improvement that can be made for the future can be implementing the solar pannels more seamlessly as the user must disconnect it to use the device.