Brand newAgricultural dronesT60 & T25P Security System 30 equipped with active phased array radar + trinocular vision.
More complete obstacle avoidance directions, more silky automatic obstacle avoidance.
It can also realize large slopes without aerial surveys.
One-key take-off, safe operation.
Plot planning is simpler and land enclosure is more efficient
The job process is easier and there are fewer manual takeovers
The operation is safer, and the overall cost of use is lower
T60 supports 360 degrees of front, rear, left and right horizontally, as well as upward obstacle avoidance, and supports large slopes below without aerial surveying and earth imitation, while there is also a full range of AI recognition and during take-off and landingPedestrian protection function
T60 has a more comprehensive obstacle avoidance direction and more accurate obstacle avoidance ability, which can achieve 138 m/s full speed obstacle avoidance. During the warranty period, after opening the obstacle avoidance or detouring, for static obstacles, if the obstacle avoidance fails, resulting in damage to the aircraft, the responsibility will be determined through log analysis, and the following free warranty policy will be provided:
Free warranty policy.
Agricultural dronesThe T60 and T25P are equipped with powerful horizontal omnidirectional obstacle avoidance, upper obstacle avoidance, and lower altitude flight capabilities. After opening the obstacle avoidance or detour, for static obstacles, obstacle avoidance failure, resulting in damage to the aircraft, through log analysis to determine responsibility, regardless of day, night and night to provide the following free warranty policy:
1.Speed of operation 13Within 8 meters and seconds, except for linear obstacles (such as wires, cable-stayed wires, ** wires, etc.), obstacle avoidance failures, all warranty.
2.The operating speed is 7 meters per second and less, and all obstacles fail to avoid obstacles, and all are guaranteed.
Note: 1. For linear obstacles, T60 and T25P also have strong obstacle avoidance ability: the operating speed is 13Within 8 meters and seconds, the aircraft is vertically facing the wires, which can also effectively avoid obstacles. However, there are great differences in obstacle avoidance ability at different flight angles, so you need to be cautious in the following linear obstacle scenarios:
For scenarios such as cable-stayed wires and diagonal wires, it is recommended to plan them as obstacles, and you can also add transfer points or set different flight altitudes to avoid them. For scenarios such as diagonal dive and diagonal ascent, it is necessary to fly with caution.
2. The perception under the aircraft is used to assist in land-following altitude flight, which does not belong to the warranty scope of the above obstacle avoidance failure.
3. The maximum flight speed of T25P is 10 meters and seconds.
4. During the one-year warranty period, enjoy the above warranty policy.
Based on the safety system 3The upgrade of 0 can pass through the field route, without surveying and mapping, and can also achieve a maximum of 90 degrees of mountain climbing, which can meet the rapid operation of most orchards.
Through the fusion of radar and vision, it has a larger detection range and more accurate detection ability, combined with AI depth and semantic algorithms, a more refined and complete 3D map of obstacles can be obtained, and a more reasonable detour route can be intelligently planned, and the detour action is agile and smoother.
The farmland environment is extremely complex, and radar and vision systems have their own advantages and disadvantages. For weakly reflective targets, the radar has a certain probability of missing detection; The vision system is affected by backlight and dirt, and there is a certain probability of missing detection.
Agricultural UAV T60 &T25P Security System 30 The active phased array radar and trinocular vision are fused to complement each other, and the obstacle detection is more complete and refined. With the newly upgraded avionics system, the computing power is increased by 10 times, combined with the deep learning algorithm of the large model, the mapping range is increased to 60 meters, and it can accurately detect power poles, trees, wires and other obstacles dozens of meters away. Combined with the visual depth map and semantic map, the location, size, and type of obstacles can be accurately identified, and a more detailed environment map can be obtained, and the effect of land imitation and detour can be achieved with higher precision.
Conventional millimeter-wave radar, beam dispersion, wide detection range, but low resolution, suitable for detecting large obstacles or obstacles with strong radar reflection, for small obstacles and other poor obstacle avoidance ability, it is difficult to achieve fine obstacle bypassing, especially in high-speed, low-altitude scenes, it is difficult to achieve fine terrain imitation.
Active phased array radar, beam concentration, high resolution, radar beam pointing can be quickly and dynamically adjusted, focusing and changing the direction, so that the beam can point where to measure, can detect finer obstacles, give more accurate obstacle positions, and depict a finer horizontal contour of obstacles.
Compared with traditional radars, active phased array radars have high accuracyFlexible beam directionStrong anti-interference abilityTherefore, it is widely used in the field of cutting-edge science and technology.
DJI's active phased array radar can complete 5,000 vertical airspace scans of obstacles in 1 second, and with 360-degree rapidly rotating mechanical scanning, it can achieve 3D detailed depiction of all obstacles within a horizontal 360-degree range. It not only has the extremely high detection accuracy of the active phased array radar, but also realizes the 360-degree detection range, and the safety guarantee is more comprehensive.
The trinocular fisheye vision system integrates the fisheye lens of three cameras, and is equipped with a low-light full-color FPV, with a 75-watt illumination to see obstacles such as telephone poles and wires in low-light scenes, with a maximum viewing distance of up to 25 meters, illuminating your night flight defense.
The trinocular fisheye vision system uses a fisheye camera to allow the nose of the aircraft to have a detection angle of up to 180 degrees, so that the aircraft can see obstacles in a wider range, perceive terrain changes in real time, and climb fully automatically even if it encounters a 90-degree hillside.
Local mapsBy collecting the parallax of obstacles, the trinocular fisheye vision system can generate an environment map with depth information, and identify the location and contour information of obstacles, such as how far away the obstacle is, where it is, and how big it is;
Visual Depth MapAt the same time, the trinocular fisheye vision system can also identify accurate obstacle types, give accurate AI semantic information, assist aircraft to make more intelligent decisions, plan better detour routes for different types of obstacles, and improve the success rate of obstacle avoidance. At the same time, it can also identify the sky and water surface, etc., and reduce the false obstacle avoidance.
The trinocular vision system comes standard with oneLow-light full colorfpvCamera, the camera has stronger low-light performance, and when the sky is dark in the evening, you can see more clearly without turning on the lights; When the lights are turned on after dark, the color picture is clearer than the previous model.
At the same time, a camera above the trinocular fisheye vision system also provides:Night vision modeThrough the black and white screen, the obstacle display at night will be clearer, and the night operation will be easier.
With the virtual gimbal technology, the FPV image is still adjustable and the adjustment speed is faster. No mechanical gimbal, the structure is simpler and more reliable, and avoids damage.