Makerfire UTMSYS XD450-OD Scientific Research Drone – Outdoor Edition

The Makerfire UTMSYS XD450-OD is a high-performance modular UAV platform designed for outdoor scientific research, industrial field operations, autonomous flight algorithm testing, and high-precision data acquisition.

Built around the USX52 Edge Computing Flight Controller with 10 TOPS AI computing power, the XD450-OD provides strong onboard processing capability for AI vision, sensor fusion, autonomous navigation, and real-time decision-making. With integrated RTK positioning, ADS-B airspace awareness, dual-link communication, and modular payload expansion, it is an ideal platform for universities, research institutions, industrial inspection teams, and UAV algorithm developers.

Key Features

10 TOPS Edge Computing Flight Controller

Powered by the USX52 edge computing flight controller, the XD450-OD can process AI vision, multi-sensor data, and autonomous flight algorithms directly onboard. This reduces dependence on external computing devices and helps achieve lower latency for advanced UAV research tasks such as:

Autonomous navigation
AI-based object recognition
Intelligent obstacle avoidance
Sensor fusion
Path planning
Real-time decision-making

Centimeter-Level RTK Positioning

The drone comes standard with the USR20 high-precision RTK positioning module, enabling centimeter-level positioning accuracy and reliable flight path repeatability.

This makes it suitable for demanding applications such as:

High-precision mapping
3D modeling
Fixed-point experiments
Precision inspection
Surveying and field data collection

ADS-B Airspace Awareness

Equipped with the USA10 ADS-B receiver module, the XD450-OD can monitor surrounding airspace activity in real time and help improve situational awareness during outdoor flight missions.

This provides additional safety support for long-distance outdoor operations and research flights.

Stable Outdoor Flight Performance

The XD450-OD uses 2214 brushless motors with 10-inch propellers, delivering reliable thrust and strong flight stability for outdoor environments.

Its modular airframe and power system are designed for stable performance in complex field conditions, making it suitable for research flights, outdoor testing, and industrial applications.

Dual-Link Communication System

The XD450-OD integrates both image/data transmission and 4G communication links:

USL30 Image/Data Transmission Link
Provides stable transmission of HD video and flight control data.

USL40 4G Communication Link
Extends communication range for remote operation, wide-area missions, and complex terrain environments.

Together, these links support stable bidirectional communication between the aircraft and ground control system.

Modular Payload Expansion

The aircraft features reserved expansion positions on the upper and front mounting areas, allowing users to install various research payloads based on project requirements.

Compatible payload types may include:

LiDAR modules
Environmental sensors
Multispectral cameras
AI vision cameras
Custom research modules

The open hardware and software interfaces make the platform suitable for secondary development, custom integration, and advanced UAV research.

3-Axis Stabilized Camera Gimbal

The XD450-OD comes standard with a 3-axis stabilized single-camera gimbal, providing stable image capture during flight.

It helps reduce vibration and improves image quality for:

Visual algorithm training
Field recording
Scene analysis
Inspection data collection
Research documentation

Recommended Applications

University UAV research projects
Autonomous flight algorithm testing
AI vision and edge computing experiments
Outdoor surveying and mapping
3D modeling
Industrial inspection
Field data collection
Multi-sensor payload testing
Path planning and navigation research
Smart drone system development

Specifications