DX-X4 quadcopter
Self-developed folding frame, standard transport box size, 4 kg load capacity, nearly 50 minutes of battery life, and rapid deployment by one person.
- 4 KG · Maximum load
- 50 MIN · Battery life
- 16 AH · Smart battery capacity
Return to industry solutions
Surveying and mapping · Modeling
Aerial photography and mapping plan
RTK-level accuracy, multi-load quick release and long-endurance coverage support full-process operations from centimeter-level GSD to high-density point clouds.
Surveying and mapping-
cm level
GSD accuracy
-
Multiple loads
Quick release integration
-
RTK
Positioning ability
Industry pain points
Large area · High accuracy · Short window period
Surveying and mapping projects often require large-area coverage within limited weather windows while meeting centimeter-level or sub-centimeter-level accuracy requirements.
Traditional manned drones are costly and slow to dispatch; light drones have insufficient load capacity and are difficult to carry high-end LiDAR or multi-sensor combinations.
Solution ideas
Heavy-duty platform + open payload ecology
Based on the measurement area and accuracy indicators, choose between DX-X4 (single-person rapid deployment) and DX-H6HL (extra large LiDAR payload).
The universal quick-release interface supports RGB, multispectral, LiDAR and other payload switching within 45 seconds, and outputs standardized point cloud and orthophoto results after the mission is completed.
Recommended platform
A platform suitable for this scenario
DX-H6 series
It has three power modules: pure electric, hybrid oil and hydrogen, and hydrogen fuel cell, which can be switched within 15 minutes, achieving both long endurance and mission flexibility.
- 8 KG · Maximum load
- 48 MIN · Pure electric battery life
- 3 types · Power form
DX-H6HL super large load platform
With a wingspan of 3.2 meters and 300+ pounds of available thrust, it is designed for extremely large payloads and the most demanding professional equipment.
- 40 KG · Maximum load
- 48 MIN · Battery life
- 3.2 M · span
Typical load
Common integration configurations
Mapping LiDAR
High-density point cloud collection, suitable for modeling terrain, power corridors and complex structures.
multispectral camera
Agricultural and ecological monitoring, synchronized RGB and multi-band images.
High resolution RGB
Orthomosaics and construction progress records, RTK-level georeferencing.
Work process
From planning to delivery
01
task assessment
Clarify the scope of the survey area, accuracy indicators, results format and delivery cycle.
02
Platform selection
Match the load, endurance and deployment conditions to determine the load combination.
03
On-site work
Route planning, RTK website building, autonomous flight and quality inspection.
04
Delivery of results
Point cloud, DOM, 3D model and accuracy report archiving.
Plan your next mapping mission
Tell us the size of the survey area and accuracy requirements, and the engineering team will output platform and load recommendations.