UAV-22-MUS · Low-altitude economic detection
Deep combination UAV trajectory measurement system
An advanced measurement system specially designed for UAV flight inspection under various complex working conditions. It has a built-in deep combination algorithm and dual-antenna direction finding, data and status real-time backhaul functions. It is suitable for various types of UAV flight performance evaluation and mission load tactical indicator testing.
coreability
Intelligent algorithm
The built-in deep combination algorithm ensures high reliability and continuity of measurement and is adaptable to various complex flight environments.
Lightweight design
The micro-mount version weighs only 80g, and the post-processing version only weighs 55g, minimizing the impact on the drone's payload.
Dual mode communication
It has two communication modes: radio/4G, which can be flexibly selected according to application scenarios to ensure stable and reliable data transmission.
High-precision positioning
The RTK version has real-time RTK function, and the trajectory measurement accuracy meets centimeter-level requirements.
Cloud submission
In 4G mode, it has real-time monitoring capabilities and cloud reporting capabilities, enabling remote data monitoring and analysis.
Long battery life
The battery life is more than 2 hours, meeting the needs of long-term flight testing.
Product series
The UAV-22-MUS drone trajectory measurement system is available in two models, targeting different application scenarios and drone types to meet various flight detection needs.
UAV-22-MUS (INS) · Deep combination UAV trajectory measurement system
It has a built-in deep combination algorithm to meet high-precision measurement of attitude and acceleration. It also has a dual-antenna direction finding function and supports radio/4G communication modes that can be selected according to the scenario.
- Built-in deep combination algorithm ensures high reliability and continuity of measurements
- Meets high-precision measurement of attitude and acceleration
- It has two communication modes: radio/4G, which can be selected according to the scene.
- Possess real-time monitoring capabilities and cloud reporting capabilities (under 4G mode)
- Dual antenna direction finding function, real-time data and status return function
UAV-22-MUS (RTK) · Micro-mounted UAV trajectory measurement system
Integrated and built-in high-precision dedicated antenna, it is easy to install; it has a battery life of more than 2 hours, supports data storage, has real-time RTK function, and the trajectory measurement accuracy meets centimeter level.
- Battery life reaches more than 2 hours
- Supports data storage, and the trajectory measurement accuracy meets centimeter level
- Integrated, built-in high-precision dedicated antenna, easy to install
- Built-in 4G communication link, with real-time monitoring capabilities and cloud reporting capabilities
- Equipped with real-time RTK function and data return capability
Measurement items
The UAV-22-MUS drone trajectory measurement system can comprehensively evaluate the flight performance of drones and is suitable for inspection and detection under various complex working conditions.
Attitude status monitoring
Real-time monitoring of attitude status, evaluation of speed, height deviation and stability, attitude accuracy and stability.
Acceleration and deceleration maneuverability
Comprehensive evaluation of UAV acceleration and deceleration maneuverability, suitable for inspection and testing under various complex working conditions.
Hover and trajectory control deviations
Quantify hover stability and trajectory control deviation to verify flight control accuracy.
Voyage time measurement
Accurately measure flight duration and range indicators to evaluate endurance performance.
Working radius assessment
Evaluate the effective operating radius of drones and serve mission planning.
Whole machine true value system
Provide a high-precision measurement true value benchmark for the entire machine to support performance calibration and acceptance.
target customers
The UAV-22-MUS UAV trajectory measurement system is widely used in UAV R&D testing, flight performance evaluation, mission load calibration and other fields, serving various aviation-related enterprises and institutions.
Autonomous driving and vehicle-road coordination
client:L4/L5 autonomous driving companies, smart ports.
Scenario:Provide centimeter-level positioning verification and fusion positioning accuracy evaluation for vehicles/AGVs.
Third-party testing/certification agency
client:National/industry drone and automobile inspection center.
Scenario:Issue an "accuracy report" with measurement traceability.
Mobile robot / AGV
client:Manufacturers of warehousing robots, inspection robots, and cleaning robots.
Scenario:Used for SLAM accuracy evaluation, sensor calibration, and equipment positioning.
Unmanned Aerial System Manufacturers
client:Manufacturers of industrial drones, unmanned vehicles, unmanned ships, and underwater vehicles.
Scenario:As a product positioning module and "accuracy benchmark", it is used for calibration and performance acceptance.
Navigation Guidance Control (GNC) Laboratory
client:Navigation, Guidance, and Control (GNC) Laboratory.
Scenario:Scientific research, teaching, and algorithm verification.
Surveying and mapping/remote sensing equipment manufacturers
client:Manufacturers of airborne/vehicle-mounted LiDAR, aerial survey instruments, and mobile survey vehicles.
Scenario:Provides "external element truth" for payloads, replacing expensive POS systems.
technologySpecification
| parameter | UAV-22-MUS (INS) | UAV-22-MUS (RTK) |
|---|---|---|
| size | 97mm × 68mm × 21mm | 47mm (diameter) × 57mm (height) |
| weight | 190g | 80g (post-processed version 55g) |
| working temperature | -20℃ ～ 60℃ | -10℃ ～ 50℃ |
| Protection level | IP67 | IP65 |
| Battery life | — | More than 2h |
| Measurement accuracy | High-precision attitude/acceleration measurement | Centimeter-level trajectory accuracy (RTK) |
| Communication method | Radio/4G optional | Built-in 4G communication link |
| RTK function | — | Real-time RTK functionality |
| Direction finding and antenna | Dual antenna direction finding | Built-in high-precision dedicated antenna |