Drone Licensing & Training
İHA-0–2 pilot training.
Technical service
Drone maintenance and technical service
We diagnose, maintain, and repair supported UAV systems, covering electronic, mechanical, and software faults. Component replacement and calibration are included when required.
Who is this for?
Support ranges from one-time fault diagnosis to scheduled maintenance for compatible platforms.
Professional drone operators
Agricultural UAV users
Fleet operators
Institutions
What we service
We work on UAV hardware, flight electronics, agricultural drone systems, and related subsystems. Service coverage depends on the platform and the fault identified.
Airframe and mechanics
Airframe, mechanical structure, and moving parts
Electronics and wiring
Flight electronics and connection systems
Control and sensors
Flight control and sensor systems
Agricultural systems
Agricultural UAV and spraying-system components (on supported platforms)
Power, propulsion, and software
Power, propulsion, and software-related subsystems
Service areas
The work required depends on the platform and the type of fault.
01
Fault diagnosis and repair
We trace hardware, electronic, mechanical, and software faults to their source, then recommend repair or component replacement.
02
Periodic maintenance
We check for wear, loose connections, and damaged parts. The maintenance scope is based on the platform and its operating conditions.
03
Flight electronics and calibration
Where required, flight-controller settings, sensors, and related onboard electronics are checked and calibrated.
04
Motor, ESC, and power-system checks
Motors, ESCs, and power-system components are checked for relevant faults. Scope depends on the platform and the issue identified.
05
Software and system checks
Firmware, configuration, and software issues are included in diagnostics for compatible platforms. Coverage varies by platform and software version.
06
Out-of-warranty maintenance and repair
Supported platforms can be maintained and repaired after their warranty expires. Other makes and models are assessed individually.
How the service process works
The exact work varies, but most service requests follow these steps.
1
Service intake
The aircraft and reported problem are recorded and initially assessed.
2
Fault diagnosis
Relevant mechanical, electronic, and software systems are checked to identify the source of the problem.
3
Customer update
We explain the fault and the recommended work. Repairs begin after customer approval.
4
Maintenance or repair
Approved maintenance, repair, or part replacement is carried out.
5
Post-service checks
Relevant systems are checked after service. Where appropriate, calibration or functional checks may be performed.
6
Return
The UAV is prepared for return, with a summary of the work completed.
Why regular maintenance matters
Professional UAVs face heavy use, vibration, and demanding field conditions. Regular maintenance helps catch small issues before they lead to larger faults.
Mechanical stress
- Moving parts wear over time
- Vibration can affect components and connections
Power and propulsion
- Connectors and wiring can loosen or degrade
- Motors and propulsion components run under high current and load
Sensors and environment
- Sensor accuracy should be checked periodically
- Agricultural environments expose systems to dust, moisture, and chemicals
Early intervention can reduce the risk of unexpected failures
Engage
Submit a technical service request
Tell us the drone model and briefly describe the problem. You do not need to provide a serial number or technical log files for the initial assessment.
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