UAV design
Design and development of a surveillance drone
A quadcopter UAV for real-time aerial monitoring, combining GPS waypoint navigation with an FPV camera link, balanced around the centre of gravity.
The requirement
The problem this answered.
Real-time aerial monitoring needs stable flight, dependable positioning and a video link that stays usable at range — three requirements that pull against each other in the mass budget.
Constraints and operating environment: Outdoor flight with live downlink to a ground station.
Vebix scope
What we did.
A quadcopter UAV was designed for real-time aerial monitoring and inspection. The platform combined brushless motors, ESCs, a flight controller, GPS-based position tracking, and waypoint navigation.
An FPV camera system was integrated for live video to the ground station. Battery, camera, and telemetry placement were balanced around the centre of gravity, and testing addressed stability, control response, transmission quality, interference, latency, and vibration.
- Discipline
- UAV design and integration
- Navigation
- GPS position tracking and waypoints
- Payload
- FPV camera with live downlink
Project visuals
From the build.
Related
The services and components behind this work.
More work
Other projects.
This is one of the engineering projects Vebix Automation has delivered. The full portfolio covers robotics, unmanned platforms, cable assemblies, data-acquisition systems and custom mechanical design.
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