This thesis deals with developing and programming an embedded system
for measuring motorcycle telemetry. The system measures acceleration, an-
gle change, temperature, and engine revolutions per minute. This data is
recorded on a MicroSD memory card and displayed on a screen. The system
is required to process and display the data in real-time. In the introduc-
tion, we present the problem of measuring telemetry on motorcycles. We
discuss the design of a sensor for measuring the engine revolutions and de-
scribe the electrical connection of the sensors to the development board.
We briefly present the development environment for displaying the data on
display and the development environment that allows programming of the
system functions. We explain the configuration of the development board’s
inputs, outputs, and functionalities. We then describe the tasks for captur-
ing and storing data from the sensors on a MicroSD card. We present the
functions for displaying the data on the screen. In the final part of the thesis,
we present the testing of the system and analyse the results. We compare our
solution to existing approaches and suggest possible system improvements.
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