This thesis documents the event of a inexpensive proximity warning system for lightweight craft that uses the prevailing GPS network to derive precise point data. This approach is inherently a lot of reliable and correct than ancient microwave radar. The system consists of a tool carried aboard the craft that transmits and receives position and rate data from identical systems carried by proximate craft.
The system consists of a tool carried aboard the craft that transmits and receives position and rate data from identical systems carried by proximate craft. victimisation the transmissions from different craft, the system determines that persona non grata craft square measure a threat and alerts the pilot consequently.
Recommended Project: Obstacle Avoiding Robot using Microcontroller
GPS based aircraft collision avoidance may be a low price, light-weight various to the present industrial systems employed in industrial craft, like TCAS. The GPS microwave radar demonstrates the viability of providing a inexpensive collision shunning system for recreational craft and may be a promising platform for future work.
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