| Customization: | Available |
|---|---|
| Technology: | Pan / Tilt / Zoom |
| Style: | Box Camera |
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Overview:
HP-3D-RD6000KU The type radar adopts an advanced one-dimensional simultaneous multi-beam system based on DBF, and has the ability to detect a variety of aircraft such as multi-rotator UAVs, fixed-wing UAVs, cruisers, swarms, hot air balloons, airships, power parachutes, bionic birds, etc., and obtain the position of the target (distance, orientation, pitch, longitude, latitude, height) in real time. Etc.), motion posture (speed), echo intensity, RCS, target type and other multi-dimensional information, In addition, this product reserves an input interface protocol to facilitate remote control
| Model | HP-3D-RD6000KU |
| Working frequency band | Ku |
Beam scanning method |
Pitch multiple beams at the same time Azith mechanical scanning |
| Detection distance | ≥ 6km (RCS=0.01m2) |
| Blind zone distance | ≤ 150m |
| Coverage | 360° |
| Pitch coverage | ≥60° |
| Speed measurement range (radial) | 1m/s ~ 150m/s |
| Distance measurement accuracy | ≤ 7.5m |
| Ambital measurement accuracy | ≤ 0.3° |
| Accuracy of pitch measurement | ≤ 0.3° |
| Data rate | 2s |
| The number of targets detected at the same time | ≥ 500 batches |
| Weight | ≤ 50kg |
| Storage temperature range | -45ºC ~ 65ºC |
| Working temperature range | -40ºC ~ 65ºC |
| Maximum working humidity | 95%@40ºC |
| Waterproof and moisture-proof level | IP66 |
| Communication transmission protocol | UDP |
| Model | HP-3D-RD6000KU |
| Working frequency band | Ku |
Beam scanning method |
Pitch multiple beams at the same time Azith mechanical scanning |
| Detection distance | ≥ 6km (RCS=0.01m2) |
Hope Wish Photoelectronics Technology Co., Ltd. was established in Jinan high tech Zone and has a core R&D team for laser imaging, infrared thermal imaging detection and tracking technology research and product. Hope-Wish focuses on the research and development of night vision and multispectral imaging technology, by using a variety of image analysis and processing technology based on artificial intelligence to provide users with comprehensive optoelectronic system solutions in long-distance, high-definition, intelligent, multi-purpose, all-weather and complex environments.
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