Developers & Partners

Autonomous Flight
Edge Computing

USX51
UTMTEK Innovation Technology Co., Ltd.

What We Do

We are a technology-driven company dedicated to advancing low-altitude digital infrastructure. Based in Shenzhen.

We build comprehensive UAV management cloud platforms, urban low-altitude service systems, and AI-driven edge-computing flight controllers—enabling smart, safe, and efficient low-altitude operations for cities and industries.

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UTMTEK Innovation Technology Co., Ltd.

What can the USX51 do?

USX51 is a next-generation heterogeneous flight-control system that combines real-time stability with high-performance AI computing, enabling truly reliable autonomous flight for advanced drone applications.

  • High-performance main control processor
  • Triple-redundant IMUs and dual barometers
  • 100 Mbps Ethernet communication interface
  • Vibration isolation structure and low-noise IMUs
  • PX4 & ArduPilot Dual firmware support
Check Our Wiki
UTMTEK Innovation Technology Co., Ltd.​

USX51 Structure

The USX51 combines Pixhawk 6X with the RDK X5 module, offering 10 TOPS AI power. It runs neural networks for vision, tracking, segmentation, pose estimation, and reinforcement learning, with a CPU of 21.6 DMIPS/MHz supporting VIO/LIO, 2D SLAM, Navigation2, and path planning for diverse applications.
Algorithm Development
UTMTEK Innovation Technology Co., Ltd.

What can the USX51 do?

USX51 is a next-generation heterogeneous flight-control system that combines real-time stability with high-performance AI computing, enabling truly reliable autonomous flight for advanced drone applications.

  • High-performance main control processor
  • Triple-redundant IMUs and dual barometers
  • 100 Mbps Ethernet communication interface
  • Vibration isolation structure and low-noise IMUs
  • PX4 & ArduPilot Dual firmware support
Check Our Wiki

10 TOPS
Onboard AI Computing Power

Enables devices to “Think instantly” without relying on the cloud.
Powered by the D-Robotics X5 AI chip (10 TOPS), it performs real-time onboard detection, tracking, and segmentation with millisecond latency—no cloud or ground station required.
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Multiple Interfaces

Mainstream Sensor Compatibility 32+

DIVIDED TWO CHIPS

Flightcontroller+Al Ubuntu+ROS2 PX4/ArduPilot

SDK

Full-Stack Open Supports Secondary Development

Multirotor

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Application Scenarios

PowerLineInspectionIForestFireMonitoring

Law EnforcementIAgriculturalProtectionHuman&VehicleRecognitionDisaster Relief|Environmental Monitoring

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Wildfire Rescue – Provincial Emergency Department

• Fire & Smoke Detection: Usesimage segmentation algorithms to outline fire boundaries in realtime,calculatesmokediffusionspeed,andgeneratedynamic heatmaps.

• Vessel Detection & Tracking: UsesYOLOv8+DeepSORTtoaccuratelyidentify threevessels approaching the fire zone.Marking Locations and Navigation Tracks.

AI & Edge-Computing Flight Control Systems

What can the USX51 do?

Edge Computing | Flight Control | Autonomous | Open-Source | Smart Drones | Innovation

Precision Agriculture

Driven by USX51

Mine Surveying

Driven by USX51

Photovoltaic Panel Cleaning

Driven by USX51

USX51

The USX51 combines the D-Robotics X5 AI processor with the Pixhawk 6X architecture to deliver an integrated platform for flight control, edge AI computing, and advanced perception. Built for intelligent drones and autonomous systems, it offers reliable performance and fully domestic hardware support.

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