·Introduction:
The drone adopts self-developed composite materials, which makes it light and strong. It also obtains excellent performance of impact and fatigue resistance. The drone is safe and reliable, easy to operate and carry, with features of low-carbon and environmentally-friendly. It can take off without sites limitation. In addition, its high intelligence, low noise and good concealed features enable it adapts for a various range of environment. As a new stable vertical take-off and landing drone, it is specially applicable to aeroplane mapping and route cruising, etc.
· Features:
· Reliability-- the drone adopts self-developed composite materials, which makes it light and strong. It obtains excellent performance of impact and fatigue resistance, great aerodynamic design. energy system with high quality and power system with high efficiency.
· High safety--GPS lock protection, automatically returning system if it is in an out of reach range and area,or with abnormal speed. Automatic landing with low power. With safety setting function when it's in emergency situation. With high-frequency testing over one and half a year. Insurance is covered.
· Convenient/accurate--the drone body can be disassemble in a very quick time. High precision and dynamic redundant algorithm. Advanced calculate system of total energy. With self-check system, it can achieve planned navigation and routes, and is capable of finishing tasks automatically.
·Parameter:
| Material |
advanced ultralight carbon fiber
|
| Wingspan |
3.5m |
| Standard takeoff weight |
14kg |
| Maximum takeoff weight |
16kg |
| Power |
15KG payload oil power vertical take-off and cruise power |
| speed |
75km/h |
| Maximum endurance |
8 hours. (economical cruising time: 6hours) |
| Wind-resistant |
It can resist strong breeze(6th level) |
| Service ceiling |
6500m |
| Maximum distance |
≥450km |
| Take off |
vertical take off automatically |
| Landing |
vertical landing automatically |
| Operating temperature |
-25~60ºC |
Spherical photoelectric pod
It adopts three-axis stabilized platform, which can achieve 360° rotating. With 30x HD visible light camera, long-wave IR imaging modules without cooling system and laser rangefinder, it is used on ground detection, identification, tracking and positioning for aircraft. It can also realize function of aerial mapping, monitoring, and investigation. Features are as shown as follows:
| Visible light pixels |
1920×1080;With 30x optical zooming |
| long-wave IR imaging without cooling system, pixels of detector |
640×512 |
| Laser ranging: Accuracy |
±1m;distance:1000~3000m |
| angular accuracy |
≤100μrad(2°/1Hz,1°/2Hz ) |
| Dimension |
≤Φ125mm×185mm |
| Weight |
≤1100g |
| operating temperature |
-20ºC~60ºC |
Ground station system
It can plan routes, set aircraft coordinates and modify coordinates through ground station system in time during flying process. It is able to record and download data and show working status of subsystem on ground station system in real time. The data includes flight status, preset air line, flying altitude, speed of going up and down and flying path, etc. It can display complete flying data, which including altitude, azimuth, longitude and latitude, power consumption, flying path, flying speed and flying position(pitching, rolling, direction) and GPS data.GPS signal.
Parameter
| 1 |
Dimension |
Airborne:86x58x19mm
Ground:85x53x21mm |
| 2 |
Weight |
Airborne:136.4g,Ground:125.2g |
| 3 |
Operating temperature |
-20~65ºC |
| 4 |
Storage temperature |
-40~85ºC |
| 5 |
Working voltage |
24V |
| 6 |
Radio-frequency power |
1-2W |
| 7 |
Working current |
Airborne:<1A,Ground:<0.6A |
| 8 |
Interface for general |
J30J rectangular connector |
| 9 |
Interface for
radio-frequency |
SMA |
| 10 |
Shell |
Aluminium alloy |
Audited Supplier 
Audited Supplier 
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