PROJECT TOPICComputer Vision & Embedded AI
Thermal Inspection Quadcopter
An aerial robotics concept exploring dual-sensor vision fusion, GPS-waypoint flight plans, and onboard radiometric analysis to map thermal heat leaks and solar cell hot spots.
Aerial Infrared Inspection & Vision Registration
- ✓Combines radiometric thermal sensors with high-resolution RGB imagery.
- ✓Applies automated waypoint flight routes for repeatable structural audits.
- ✓Detects insulation voids and electrical hotspot signatures from safe aerial distances.
The Engineering Challenge
Problem / Objective
Ground-based thermal inspections of tall buildings or vast solar arrays require expensive scaffolding and fail to view upper surfaces.
Conceptual Signal Flow
System Concept
Dual RGB/Thermal Gimbal → Flight Controller Telemetry → Geotagged Radiometric Log → Thermal Defect Map.
Architecture Modules
1Quadcopter Airframe & Propulsion System
2Dual-Axis Stabilized Gimbal
3Radiometric Thermal Sensor Pod
4Telemetry & Waypoint Autopilot
Hardware Categories
Carbon Fiber FrameBrushless MotorsAutopilot Flight ControllerMicro-Thermal Core
Technologies & Software
Aerial RoboticsThermographySensor RegistrationAutopilot NavigationArduPilot / PX4Radiometric Image Processing Script
Engineering Considerations & Edge Cases
- Propeller downwash causing thermal distortion on lightweight target materials
- Radio telemetry interference around high-voltage assets
Applications
Building insulation auditing
Solar farm aerial diagnostics
Powerline hotspot checking
Engineering Inquiry & Collaboration
Interested in Developing this Architecture?
Connect directly with Tamizh Tech engineers in Coimbatore to discuss mechanical fabrication, sensor selection, firmware implementation, or turnkey system commissioning.