1、 Industry standards
Testing Site
Terminology Definition
Technical Requirements
Test Methods
2、Type Division
| type | Empty weight | Maximum takeoff weight | Maximum flight altitude | Maximum flight speed | insurance | manual intervention | other |
|---|---|---|---|---|---|---|---|
| Micro | <0.25kg | / | AGL≤50m | ≤40km/h | / | Yes | |
| Light | ≤4kg | ≤7kg | / | ≤100km/h | / | Yes | |
| Small | ≤15kg | ≤25kg | / | / | Yes | Yes | |
| Medium | / | ≤150kg | / | / | Yes | / | |
| Large | / | >150kg | / | / | Yes | / | |
| Agricultural | / | / | AGL≤30m | ≤50km/h | / | Yes | Maximum flight radius not exceeding 2000 meters |
3、GB42590 Test Content
Electronic Fence
Remote Recognition
Emergency Disposal
Structural Strength
Structural Integrity
Drop Test
Perception and Avoidance
Controllability
Error Prevention
Wind Resistance
Data Link Protection
Electromagnetic Compatibility
Noise
Lighting
Identification
Power Energy System
User Manual
4、Multiple Industries Launch Representative Industry Standards
| Industry | Standard | Industry | Standard |
|---|---|---|---|
| Civil Aviation |
MH/T 2008-2017 UAV Fence MH/T 2009-2017 Data Specification for UAV Cloud System Interface MH/T 1069-2018 Technical Specification for Operation Flight of Unmanned Aircraft Systems MH/T 2011-2019 Data Specification for UAV Cloud Systems | Aviation |
HB 8539-2018 Basic Conditions and Evaluation Methods for Civil Unmanned Aircraft Service Evaluation Units HB 8566-2019 Body Identification Requirements for Multirotor UAVs HB 8567-2019 Noise Measurement Specification for Light and Small UAVs |
| Public Security |
GA/T 14111.1-2017 Police Unmanned Aircraft Equipment Part 1: General Requirements GA/T 14111.3-2017 Police Unmanned Aircraft Equipment Part 3: System Requirements GA/T 14111.4-2017 Police Unmanned Aircraft Equipment Part 4: Configuration and Application GA/T 1505-2018 Application Technical Requirements for Police Situation Awareness System Based on Unmanned Aerial Vehicles GA 1732-2020 Safety Management Specification for Unmanned Aircraft Systems | Surveying and Mapping |
CH/Z 3001-2010 Basic Requirements for Safe Operation of UAV Aerial Photography CH/Z 3002-2010 Qualification Requirements for UAV Aerial Photography CH/T 7002-2018 Specification for Aerial Photogrammetry of UAV/Manned Aircraft |
| Electric Power |
DL/T 1482-2015 Technical Guidelines for UAV Inspection Operations on Overhead Transmission Lines DL/T 1578-2016 Technical Specification for UAV Patrol of Transmission Lines | Forestry | LY/T 3028-2018 Technical Guidelines for UAV Prevention and Control of Forest and Grassland |
| Agriculture | NY/T 3213-2018 Technical Specification for Quality Evaluation of Agricultural UAVs | Telecommunications | YD/T 3585-2019 Technical Requirements for Radio Frequency Position Broadcasting of Civil Unmanned Aircraft |
| Oil and Gas | SY/T 7344-2016 Specification for Aerial Photogrammetry of UAV Pipeline Inspection | Meteorology | QX/T 466-2018 Specification for Low-altitude Remote Sensing UAV Meteorological Observation |
5、Radio Management SRRC
Among them, the 1430-1444MHz frequency band is only used for telemetry and information transmission downlink of civil unmanned aerial vehicles; The 1430-1438MHz frequency band is dedicated to police unmanned aerial vehicle communication systems or police helicopters, while the 1438-1444 MHz frequency band is used for other units and individuals' civil unmanned aerial vehicle communication systems.
Civil unmanned aerial vehicle communication system radio stations that achieve remote control, telemetry, and information transmission functions through satellite communication system frequencies shall use relevant satellite fixed service mobile communication systems and satellite mobile service communication systems that are allowed to provide services within the territory of China in accordance with the law. The specific frequency range and equipment RF technical specifications shall be implemented in accordance with relevant wireless power management regulations such as the "Regulations on Establishing Satellite Communication Networks and Setting up Earth Stations for Use", "Management Measures for Geostationary Satellite Mobile Communication Earth Stations", and "Management Measures for Satellite Mobile Communication System Terminal Earth Stations".
6、BeiDou Satellite Navigation System Testing
Civilian Global Signal Dual Frequency Multi System High Precision RF baseband Integrated Chip Product
The dual frequency and multi system high-precision RF baseband integrated chip supports the reception, acquisition, tracking, and resolution of BDS B1I/B1C/B2a, GPS L1/L5, Galileo E1/E5 and other frequency signals, achieving dual frequency and multi-mode high-precision joint positioning with anti multipath and anti-interference functions. It is aimed at high-precision applications in mass consumer industries such as mobile phones and wearable devices.
Civilian global signal multi-mode multi frequency broadband RF chip products
The multi-mode and multi frequency broadband RF chip supports broadband reception of all civilian frequency signals of the four mainstream satellite navigation systems, including the Beidou system. It has at least three parallel, bandwidth and center frequency configurable receiving channels, and integrates functional modules including low-noise amplifiers, frequency synthesizers, mixers, intermediate frequency filters, automatic gain control circuits, analog-to-digital conversion circuits, SPI interfaces, low dropout linear power supplies (LDO), etc., supporting the whole machine to achieve positioning, orientation, high-precision measurement and other applications.
Civil Global Signal Multi-Mode Multi-Frequency Navigation Module Product
The multi-mode and multi frequency navigation module supports civil frequency signals and SBAS signals of four major satellite navigation systems, including the new signal of the Beidou Global System. It can perform high-precision tracking and processing of carrier and pseudo code, and has RTK and PPP high-precision positioning functions. It is aimed at application fields such as vehicle navigation, precision agriculture and machinery control, intelligent transportation, etc. Usually integrated directly into devices such as receivers through surface mount welding, it has higher integration, smaller size, and lower power consumption compared to traditional board cards connected through connectors, which is beneficial for product iteration and updates.
Civil Global Signal Multi-Mode Multi-Frequency High-Accuracy Board Card Product
The multi-mode and multi frequency high-precision board supports carrier and pseudocode high-precision tracking processing of all civil frequency signals and SBAS signals of the four major satellite navigation systems, including the new signal of the Beidou Global System. It has RTK and PPP high-precision positioning functions and is aimed at high-precision application fields such as surveying and mapping, deformation monitoring, precision agriculture and machinery control, intelligent transportation, etc., to achieve high-precision positioning and orientation applications.
