Abstract: A bicycle brake light system with a graduated light display that is activated as a direct result of and in correlation with the degree of bicycle deceleration. The brake lamp lights are illuminated in a graduated sequence resulting from a predetermined range from slight deceleration to hard breaking that is conveyed visually through the number and color of illuminated lamps. The brake lamp assemblage interface calculates deceleration algorithmically through a magnet and sensor receptor and receiving programmable logic controller that receives, computes, and conveys a bicycle wheel's decreasing revolutions per unit of time optically through illuminating lights to fellow vehicle operators and pedestrians.

Abstract: A bicycle brake light system with a graduated light display that is activated as a direct result of and in correlation with the degree of bicycle deceleration. The brake lamp lights are illuminated in a graduated sequence resulting from a predetermined range from slight deceleration to hard breaking that is conveyed visually through the number and color of illuminated lamps. The brake lamp assemblage interface calculates deceleration algorithmically through a magnet and sensor receptor and receiving programmable logic controller that receives, computes, and conveys a bicycle wheel's decreasing revolutions per unit of time optically through illuminating lights to fellow vehicle operators and pedestrians.