Electromagnetic noise and mechanical vibration from the aircraft distort sensitive geophysical sensor readings. Eliminating these disturbances ensures high-fidelity data acquisition during autonomous aerial surveys.

Mechanical vibrations and platform tilting during movement cause data distortion and measurement inaccuracies. Maintaining a stable nadir or specific angular position ensures high-fidelity spatial data acquisition.

Inconsistent or erroneous data capture during aerial surveying leads to unreliable mapping outputs. Reducing these errors ensures high-fidelity geographic information for critical planning applications.

Mechanical failure during high-force transitions between transport and operational states. Mitigating structural stress during launch and recovery prevents equipment loss.