| KWT-X6L-15 drone parameters(32-inch paddle) |
| Body material |
Carbon fiber |
| Model |
Six-axis X layout |
| Symmetric motor wheelbase |
1760±10mm |
| Propeller size |
812±1mm |
| Largest wing size |
2572±20mm |
| Center plate diameter |
668±1mm |
| Center plate height |
213±1mm |
| Body height |
560±20mm |
| Arm size |
1170*430*470±10mm |
| Center plate and accessories aluminum box size |
1065*530*360±10mm |
| Empty weight |
10±0.2kg(without battery) |
| Standard take-off weight |
21±0.2kg (Contains 2 units of 12S26000mAh high voltage batteries and
0.5kg load) |
| Maximum take-off weight |
≤36kg±0.2kg |
| Maximum operating load |
15kg |
| Ultimate hovering load |
18Kg |
| Power battery voltage |
42~52.2V(12S high vlotage) |
| Power battery power/unit |
26000mAh 15C /1154.4W h |
| Power battery weight/unit |
5.34kg |
| No-load hover time |
≥90min(Below Elevation 1000m,25ºC) |
| 15kg load flight time |
≥30min(Below Elevation 1000m,25ºC) |
| Maximum flight speed |
15m/s |
| Maximum climb speed |
4m/s |
| Maximum descent speed |
2m/s |
| Relative flight altitude |
3000m(Plain) |
| Maximum working altitude |
5000m |
| Wind resistance |
14m/s(54km/h) |
| Working temperature |
-30ºC~55ºC |
| GPS hover accuracy |
horizontal direction:±2m
Vertical direction:±0.5m |
| Remote control frequency |
2.4GHz~2.483 GHz |
| Remote control distance |
7km(depending on local electromagnetic environment) |
| Digital radio frequency |
902 MHz~928MHz;Center frequency:915MHz |
| Ground station control distance |
10km(depending on local electromagnetic environment) |
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Test before delivery
UAV Aerial Surveying and Mapping Solution
UAV Aerial Surveying and Mapping Advantages
portable convenience, easy operation, fast response and auto flight.
modular design, compatible with multi small remote sensors, easy to expand monitoring functions for fast satisfying various needs.
low cost, low speed, long flight time, super long distance, high stability, clear capture images, large scale, small area and good processing speed.
15 minutes to get ready with fast operation and convenient transportation; the vehicle system is fast accessible to nearby work area, great improvement of work efficiency.
route plane feature on the ground station, data PTZ integrated with GPS for precise location and to automate the flight operation.
1km low altitude work, easy for airspace application, highly integrated rainproof design, good wind tolerance and low climate requirements.
low environment requirements for take-off and landing, easy to move around, flexibly response to complex surveying and mapping environments outdoors to obtain precise images, which is not only suitable for traditional aerial tasks, but also for new fields that can't be covered by traditional methods.
fast finish tasks in a short time with multiple formats data fast obtaining and modeling at the same time by one aerial surveying and mapping, providing users required results timely..
only a small quantity of external industry control points are required, greatly liberating manual work.
UAV Surveying and Mapping Use Case
geological disaster emergency rescue urban planning
major construction project
digital city construction
territorial resources surveys
mineral planning and development
investigation of debris flow, collapse and landslide
engineering design
the island surveying and mapping
route plan
resource development
agriculture and forest monitoring and estimation
surveying and mapping for new rural construction
high-risk area detection
railway and high way construction and surveying
oblique photography
Oblique aerial photography technology is a newly developed high technology based on the remote sensing survey and mapping in recent years. It breaks through the limitation of the traditional aerial survey with single camera which only shoots vertically to get orthogonal image. With multiple sensors in one flight platform taking the real images with space information from vertically and tilt angles, it achieves a fully display of ground object texture, which perfectly restores the real and intuitive world to users. It can realistically reflect the appearance, location and height of the object and property, enhanced high immersive display by a real 3D data. Besides, it brings revolutionary improvement in the field of surveying and mapping by using UAV and automatic modeling system.
With the most advanced design and manufacturing techniques, suitable for most climate and natural environments.
highly modular fuselage component
ABS,(1.8kg)industrial ABS material for fuselage, light and strong, whole vehicle only 1.8kg.
-20-60,suitable for -20-60ºC environment change, heat resistance, waterproof and UV protection
320G. professional German Zeiss len with total pixels up to 100 million pixels and total storage capacity up to 320G.1:500Suitable for within 5 square kilometers small area oblique photographic images with data resolution maximum up to 2 centimeters, fully satisfying the surveying precision demand of 1:500.
GPS location information makes route plan more precise for photography location information.
Intelligent shooting function in case of leak shooting or mistaken shooting during the route photography process.
Low battery alarm function for detection of the low power battery and to make timely charging of the battery.
oblique camera parameters
1.CCD( sensor) number: 5
2. CCD(sensor) size: 13.2*8.8mm
3. pixel physical size : 4.87um
4. minimum exposure interval: 2S
5. focal length: 10.4mm
6. pixels: 20.2 million
7. total storage: 64G×5
8. CCD on/off: 5 CCD 5 CCD on/off at the same time
9. camera charging:unified charging
10. battery work time: 5 lens continuous exposure up to 4 hours
11. oblique camera angle: 45°
12. exposure mode: /by trigger/ by timing
13. work temperature: -10ºC-60ºC
14. work humidity: 95%
15. dimension : 250×250×125mm
16. total weight: 1.8kg
17. protective rank:: IP-45
oblique camera auto-modeling
oblique photographic model amplification
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