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Systems Integration

Integration of payloads, sensors, avionics, communication links, and mission systems.

Systems Integration

Our Systems Integration service ensures that every component of your UAV ecosystem—airframe, avionics, sensors, communication modules, payloads, and Ground Control Station—works together flawlessly. We follow a disciplined integration workflow to combine hardware, software, and mission systems into a unified, reliable platform ready for field deployment.

From wiring and power distribution to telemetry linking and software synchronization, every step of integration is tested, validated, and optimized for real-world performance. This ensures stable communication, predictable flight behaviour, efficient data flow, and smooth operator control—even in challenging environments.

Systems Integration Capabilities

Hardware Integration

  • Motor, ESC, servo, and propulsion system setup

  • Wiring harness design, routing & power distribution

  • Sensor installation (GPS, IMU, cameras, telemetry modules)

  • Payload mounting & isolation for stable operation

Software & Firmware Integration

  • Flight controller configuration and tuning

  • MAVLink / communication protocol mapping

  • Firmware updates & module-level compatibility checks

  • Real-time data link integration between UAV and GCS

A fully connected, mission-ready UAV platform where every component communicates, responds, and performs as a single, unified system.

Communication & Telemetry

  • Radio link setup and encryption support

  • FPV feed integration

  • Signal range validation and interference testing

  • Redundant link testing for mission reliability

GCS Integration

  • Telemetry visualization and mapping sync

  • Control input testing for manual + assisted modes

  • Mission data and video stream pairing

  • Logging, analytics, and operator interface checks

Performance & Validation

  • Ground bench tests for all electrical systems

  • Full airframe system checks before flight

  • Fail-safe configuration (RTL, geofence, low battery actions)

  • Endurance, stability, and responsiveness validation