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- Self-Developed Drone
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- PJK Brand Monitoring System
- Optical Survey Instruments
- RTK GNSS Systems
- Pipeline Detector/ Locator & GPR
- Unmanned Aerial Vehicle Payload
- Thermal Camera
- 3D Laser Scanner
- Wet Blast Machine
- Measuring instrument Plainmeter
- Weather Station Series
- SDI Soil Tester
- Supercomputing
- USV
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- Viscometer
- Electric Hygro-thermograph
- Echo Sounder
- Processing Software
- Keson Measuring Tools
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Low-cost surveying machine CHC I90 PROGNSS GPS RTK
The i90 Pro GNSS receiver combines the latest CHCNAV IMU-RTK technology with compatibility with L-band correction services to extend RTK positioning anywhere. It integrates cutting-edge GNSS RTK engine with calibration capabilities. Free high-end IMU sensors and
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Advanced GNSS tracking features greatly increase the availability and reliability of the RTK.
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DJI P1
Zenmuse P1
A New Benchmark for Full-Frame Aerial Surveying.
The DJI P1 integrates a full-frame image sensor with a 3-axis gimbal and supports multiple prime lenses, creating a high-performance, versatile aerial surveying payload. When paired with the Matrice 300 RTK and DJI Terra software, it delivers a high-precision, high-efficiency, and integrated aerial surveying solution, setting a new benchmark in the field.
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DJI Dock 3
All-weather capability is a major highlight of the DJI Dock 3. The Dock 3 boasts an IP56 protection rating, while both the Matrice 4D and Matrice 4TD drones achieve an IP55 rating. Even in temperatures reaching as high as 50°C, the system operates and charges smoothly, ensuring efficient, continuous operations. The Dock 3 performs equally well in low-temperature environments; it functions normally in harsh conditions down to -30°C and features a drone pre-heating function, enabling the aircraft to operate effectively even at -30°C. Furthermore, the DJI Matrice 4D/4TD drones come standard with low-noise, anti-icing propellers, ensuring stable flight even during freezing rain and preventing power saturation caused by ice accumulation. With robust flight performance and significantly extended endurance, the Matrice 4D/4TD can take off, land, and hover stably in strong winds of up to 12 m/s for up to 32 minutes; when fully charged, it can fly for 47 minutes at a speed of 15 m/s, representing a 37% increase in effective operational time compared to the DJI Dock 2.
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DJI Matrice 4
DJI has officially unveiled the all-new Matrice 4 Series—a compact, intelligent, multi-payload flagship platform. Comprising two models, the Matrice 4T and Matrice 4E, the series features built-in AI detection models for people, vehicles, and vessels, while also opening up the aircraft's AI computing power for developers. With comprehensive hardware and software upgrades—spanning cameras, image transmission systems, and environmental sensing capabilities—the series supports a host of intelligent functions, including smart detection and laser-assisted measurement. The Matrice 4T is designed to cover a wide range of application scenarios, such as power line inspection, emergency response, public safety, and water conservancy and forestry monitoring; the Matrice 4E, conversely, targets scenarios requiring high-precision professional surveying and detailed surface inspection. The launch of the Matrice 4 Series marks the official dawn of the AI-driven era for industrial drones.
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DJI Matrice 400
DJI has officially unveiled its flagship industrial flight platform, the DJI Matrice 400. As the pinnacle achievement of five years of flagship industrial platform development, the Matrice 400 boasts robust capabilities—ranging from flight endurance, obstacle avoidance, and payload capacity to intelligent operations—and represents DJI's latest breakthrough in flagship industrial flight platform technology. Furthermore, through its powerful platform capabilities, it ushers in a new era of collaborative, win-win ecosystems. With this launch, both the technological advancement of drones and the collaborative growth of the industry ecosystem have reached a pivotal turning point.
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Cleaning Drone
Rinsing Water Pressure: 12–15 MPa
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Cleaning Flow Rate: 8–10 L/min
Cleaning Flight Speed: 0.1–0.3 m/s (Vertical Flight)
Cleaning Flight Duration: 5–7 min (Onboard Water Supply); 9–12 min (Ground Water Supply)
Cleaning Efficiency: 9–27 m²/min
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Drone Airport
Dimensions: 1.3m × 1.1m × 1.2m (Closed); 2.8m × 1.1m × 1.2m (Expanded)
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Weight: V4.0 Charging Version approx. 220 kg; Battery-Swapping Version approx. 260 kg.
Maximum Inspection Range: NCC/FCC: 15 km; CE/MIC: 8 km; SRRC: 8 km
Operating Ambient Temperature: -20°C to 50°C
Temperature Control Method: Industrial Air Conditioning
Maximum Storage Capacity: 8 batteries (Battery Swapping Version)
Emergency Operation Time: 300 minutes
Video Transmission Latency: 0.3 seconds
Service Ceiling: 4,000 m
Standby Power: 100W
Maximum Power: 2100W
Protection Rating: IP55 (Customizable)
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Surveying Drone
Wheelbase: 990 mm
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Empty Weight: 11 kg
Max Takeoff Weight: 17 kg
Max Payload: 6 kg
Battery: 11,000 mAh 12S × 2
IP Rating: IP55
Wind Resistance: Level 6
Operating Temperature: -20°C to 50°C
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Plant Protection Drone
Overall Weight: 44 kg
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Tank Capacity: 40L
Body Dimensions: 2840 × 2680 × 890 mm
Folded Dimensions: 1290 × 760 × 890 mm
Nozzle Quantity: 6 (Self-pressurizing)
Operational Flight Speed: 1–10 m/s (Adjustable)
Spray Width: 9 m
Spray Flow Rate: 1–8 L/min
Droplet Diameter: 120–200 μm
Tank Capacity: 50 L
Number of Discharge Ports: 5
Broadcast Particle Diameter: 0.1–10 mm
Material Monitoring Method: Load Cell
Broadcast Material Types: Powders, Granules, Bran-like Substances
(Customizable)
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Performance Drone
Dimensions: 318 × 350 × 136 mm
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Diagonal Wheelbase: 232mm
Weight: 530g
Flight Time: 31–35 min
Minimum Flight Spacing: 1.5 m
Suggested Performance Duration: 10–25 minutes
Operating Temperature: -10°C to 50°C
Wind Resistance Rating: ≤ Level 5
Lighting Power: 0–20 W
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Hydrographic and Bathymetric Surveys USV CHCNAV APACHE 4
The APACHE 4 is a multi-platform unmanned surface vessel (USV) designed to support the CHCNAV HQ-400 multibeam echo sounder (MBES) and various acoustic doppler current profilers (ADCPs). It provides a fully autonomous hydrographic survey solution featuring shallow draft, high navigational accuracy, and stable hovering for measuring water flow velocity and discharge.More