01
Hardware Testing
Flexible payload mounts and custom telemetry systems to fly experimental sensors.
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Research & R&D
Special Collaboration Cases
We partner with leading academic research facilities, university labs, and aerospace engineering groups to test, calibrate, and flight-demonstrate experimental sensors, quantum magnetometers, and payloads.
Key Benefits
Core Operational Advantages
02
EMI Isolation Calibration
Active motor noise logging to isolate payload sensors from electrical current.
03
Validation Protocols
Coordinating structured test flights to benchmark and gather scientific datasets.
Applications
Primary Sector Use Cases
- Quantum and atomic magnetometer payload flight calibration
- Custom UAV payload bracket and gimbal stress-test flights
- Scientific data collection for permafrost and glacial change research
- Defense industry technology innovation demonstrator sweeps
Case File
Carleton University Quantum Calibration Trials
01 / Challenge
Operating Obstacle
Measuring motor electrical current interference on high-sensitivity atomic magnetometer sensors.
02 / Solution
Deployed Methodology
Built a specialized non-magnetic composite extension boom and conducted active flight grids.
03 / Results & Impact
Verified Deliverables
Calibrated active compensation filters, reducing noise floor below 0.3 nT under full motor load.
Ready to launch your aerial survey operation?
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