Audited Supplier
KWT-X6L
ISO9001, RoHS, CE
High Altitude
Remote
Small
Special
Unmanned Rotorcraft
Standard Take-off Weightt9.8 Kg
Max Payload Weightt5 Kg
Wind Loading Ratingt14 M/S
Relative Flight Speedt1000 M
Remote Control Distancet7 Km(up to The Environment
Center Frame Packing Case Dimensionst1150 X 440 X
1120 X 540 X 380 mm
ALLTECH
Professional Design Packing
1120*540*380mm
China
Product Description
KWT-X6L Hexacopter
Product Features: KWT-X6L Hexacopter - Carbon fiber integrated molding with high rigidity and light weight; supports more than 65 minutes flight time.
- Innovative upturned arm design for flying stability and strength, ensuring wind tolerance up to 14 m/s.
- Able to fly at elevation of 5000m (16500 ft).
- Full HD 1080i/P real time video transmission.
- Detachable structure, get ready to fly within 5 minutes.
- Highly integrated rainproof gimbal unit with good rain performance.
- Intelligent flying control system, supports manual precision control and autonomous flight.
Technical Parameters Diagonal wheelbase 1600 mm Standard take-off weight 9.8 kg Max take-off weight 14.4 kg Max payload weight ≥5 kg Flight time ≥65 min (@9.8kg) Wind loading rating 14 m/s Max flight speed 15 m/s Relative flight speed 1000 m Max working altitude 5000 m GPS position accuracy vertical: ±1.5 m
horizontal: ±2 mRemote control distance 7 km(up to the environment) GS control distance 10 km Center Frame Packing Case Dimensions 1150 x 440 x 500 mm Frame Arm Packing Case Dimensions 1120 x 540 x 380 mm
Dual Light Camera Payload KWT-SG-30X
Features
- 30x optical zoom;
- 1080P HD output;
- Real-time switching of visible and thermal imaging video;
- Direct control of drone signals, integrated transmitter for compression encoding and real-time HD output;
- Pointing zoom function;
- Temperature measurement and temperature alarm function;
- The control speed is automatically adjusted according to the focal length to ensure the user experience.
| Technical Specifications | ||
| Power supply | Working voltage | DC11V~DC13V |
| Working current | 2.7A@DC12V | |
| Gimbal | Gimbal tilt angle | -90°~+30° |
| Gimbal yaw direction | ±165° | |
| Angle control accuracy | ±0.02° | |
| Maximum angular velocity control speed | Pitch: 12°/s, yaw: 12°/s | |
| Transmitter | Working frequency range | 328~352MHz/560~760MHz (See the body label for details) |
| RF bandwidth | 2/3/4/6/7/8MHz | |
| Output power | 12~30dBm adjustable, step 1dB | |
| Power flatness | Full frequency band ≤ 2dB, ≤ 1dB within 8MHz | |
| C/N | ≥28dB @ 27dBm | |
| SHG | >52dBc | |
| RS232 data interface | Standard RS232 level, support 1200~115200 bps | |
| Encryption | AES128/AES256 | |
| HDMI | Version | HDMI 1.4a |
| Resolution | 1080P30 | |
| Encoding | Audio and video rate | 64,96,112,128,160,192,224,256,320,384Kbps adjustable |
| Audio coding | Mpeg1 Layer 2 | |
| Format | YCbCr4:2:0 | |
| Video coding | H.264 | |
| Video bitrates | 500kbps~16.68Mbps adaptive | |
| Encoding delay (end-to-end) | Minimum 300ms (with low latency receiver) | |
| HD camera | Sensor | 1/2.8 inch, CMOS |
| Total pixel | 2.16 megapixels | |
| Resolution | 1920(H)X 1080(V) | |
| Optical zoom | F:4.7-141mm | |
| Aperture | FNO:1.5-4.0 | |
| Video compression | H.265/H.264/H.264H | |
| HDMI output | Default 1080 P30 | |
| Minimum illumination | Color 0.05Lux/F1.6 | |
| Optical zoom speed | Optical (wide angle - telephoto) 3.0s | |
| Thermal Imaging | Detector type | Amorphous silicon infrared micrometer |
| Pixel spacing | 17μm | |
| Resolution | 640(H)×480(V) | |
| Response band | 8~14μm | |
| Lens focal length | 25mm | |
| Temperature measurement function (optional) | Temperature range -20 ° C ~ 200 ° C; Center point, highest temperature and lowest temperature display; Over temperature alarm. | |
| Environment | Operating temperature | -40°C~60°C |
| Storage temperature | -45°C~65°C | |
| Humidity | Working normally in a hot humid environment of 70% ± 2% @ 40 ° C | |
| Physical size | L*W*H: about 207*154*164mm | |
| Weight | 1.6kg ± 0.05kg | |
Handheld Ground Station K2
K2 is a handheld ground station integrated with industrial three-proof computer and digital radio remote control system. It supports dual-system platform software development with functions of drone and gimbal payload remote control, real-time flight status and remote state feedback, and route planning. Industrial-grade computer and armed force-grade transmission links not only ensure the safety and stability of aircraft control, but also guarantee the easy operation and portable transportation.
Features:
- Google Earth full-screen display, precise setting of waypoint tasks and support for real-time modification of waypoints, flight path/critical event SD card storage and information playback;
- Support one-button take-off, one-button cruise, one-button return, one-button landing, emergency landing and other shortcut keys, friendly operation interface, full voice alarm prompt, support automatic route planning, tilt photography parameter setting, remote flight control;
- The ground station system adopts embedded processor with powerful performance, smooth operation, low power consumption design and long working time;
- Support H.264/H.265 HD real-time decoding and multiple code stream transmission protocols;
- The device adopts 8-inch screen with 1280*720 resolution, high-sensitivity capacitive touch screen; support glove touch & waterproof touch, and is easy to operate;
- Internal integrated with data transmission link; low power consumption, intelligent frequency hopping and strong anti-interference; the effective control distance 5km;
- It has a communication expansion interface, which can be connected to the individual combat system through the interface to realize ultra-long-distance image transmission, data transmission and flight control;
- The handheld remote control is light in weight, small in size, and easy to carry.
| Technical Specifications | |
| Channel | 19-ch |
| Operating system | Win10 |
| Communication frequency | 800MHZ/1.4GHz/2.4GHz |
| Touch pen | Active capacitive touch pen (optional) |
| Display | 7inch IPS 800CCD |
| Remote control distance | 5-10km (subject to the environment |
| Resolution | 1280× 800 |
| RF power | 250mW (adjustable) |
| Processor | Intel Celeron N3160 |
| Remote control delay | 10ms |
| RAM | 2GB/4GB DDR3 |
| Battery capacity | 7.4V/4000mah |
| Storage | 128GB |
| Battery working time | Work at full load for 1 hour |
| Weight | About 1000g |
| Dimension | 259mm*157mm*87mm |
Real-time Display
Video interface real-time decoding and display of aerial image during flight; provides remote HD live images to users and helps the pilot understand the actual situation.
Functions:
1. Map display
2. Dynamic display posture of drone
3. Video recording and video capturing
4. OSD displays speed of drone, altitude, flight time, etc
5. The flight task suspension, real-time task modification
1. Real-time video display; can reference Google earth Map and locate the drone's position simultaneously.
2. Google earth full screen displays accurate waypoint task settings and real-time waypoint modifications.
3. User friendly operating interface; one key take-off/ return home, one key landing / emergency landing.
4. Flight path / SD card recording and playback for flight courses.
5. Parameter configuration including voice alarm, video file path setting, etc.
6. H.264/H.265 HD live decoding; support multiple bitrates transmission protocols.
Real use:
Flood emergency rescue and relief exercise in Beijing OLY Water Park on July 4th,2017. Uav creative special use for throw life buoy has been reported by China news.
UAV Emergency Rescue Solution
Natural disaster, accident disaster and social security incidents in many countries around the world will not only cause many casualty, but also lead to huge economy losses. The main features of sudden events are abruptness and unpredictability, destructive effect and urgency. The sudden events, usually abnormal and destructive, are easy to cause public panic, which requires a urgent treatment with them. Therefore, the demands for sudden events managements are as follows: fast ascertain the situation and check out the reason; fast response and arrive at the scene at the first time; adopt decisive measures and make correct commanding; execute emergency rescue and prevent things getting worse; appropriate management and try to reduce loss. The drone plays an important role among all above process. To be specifically, the main advantages of drone for sudden events treatments are as follows:
Disaster investigation: in face of disaster, use the drone for disaster investigation remains following advantages: firstly, regardless of the terrain and environment for a fast and flexible investigation, especially in some daunting disaster scene where it is hard for the investigation team to carry out the investigation. Secondly, improve investigation efficiency greatly by checking out the accident key factors in the first time, so that for the commander's correct decision making. Thirdly, avoid casualty by not only preventing people stepping into the toxic, flammable and explosive environment, but also making a comprehensive and detailed master of the accident scene. Last but not least, offer integrated detection module for testing. For example, integrated combustible gas detector and toxic gas detector could make remote detection on the relevant gas concentration of flammable and combustible gas in chemical accident disaster scene, so that for a key information of the dangerous part.
Monitoring and tracking: Fire department has to face all kinds of disaster scenes that will always change all the time. During the disaster accident treatment process, using the drone for real time monitoring and tracking will offer precise disaster changes for all levels of commanders to learn about the dynamic situation, so that to make fast and accurate decision and to minimize the loss.
Rescue assistance: using integrated drone or flexible devices enables a various rescue assistance. Firstly, integrated voice and amplification module for instruction delivery. The drone mounted with voice amplification module to make effective instruction from the air to the ground is especially suitable for high altitude and high-rise rescue and so on. Secondly: open a new rescue path. The drone can release rescue rope or respirator during water or mountain rescue, creating a new rescue path and life channel correctly, greatly improving rescue efficiency. Thirdly, the drone serving as a communication repeater with integrated communication device. When the communication link is blocked by the mountain or damaged by the earthquake, the drone with integrated transfer module serves as a temporary transfer desk by establishing wireless communication link in the extreme environment. Last but not least, for emergent surveying and mapping. The drone with aerial surveying and mapping module makes a record of the accident situation and transmits to the command center, offering a forceful support for the rescue work by making an emergent surveying and mapping on the disaster terrain.
Auxiliary supervision: using the drone for a comprehensive and real time monitoring on the high-rise building is useful for fire danger detection, real-time fire control, building fire safety inspection with live scene fire image storage. What is more, the air monitoring video can be connected to other security fire prevention control system, supporting high capacity long time image storage and retrieve with intelligent remote checking and control function.
