Product Description:
Overview:
HP-2D-RD2000STS security radar is a cost-effective product that
detects and locates targets by emitting 24GHz electromagnetic waves
and detecting echoes with the Doppler effect reflected by objects.
The product is used to detect the moving target in the field of
vision (such as people, vehicles,ships), reporting the distance,
azimuth and speed information of the moving target, supporting
multiple targets to report at the same time. Based on the above
accurate information reported, it can cooperate with the camera and
other photoelectric equipment for tracking and positioning,
identity identification and event recording.
The Anti Drone System is currently in stock and can be easily
installed in any location where drone activity is a concern. The
system operates on a voltage of 24-28V, making it energy efficient
and cost-effective.
Overall, the Anti Drone System is a must-have for any organization
or facility looking to protect their assets and personnel from the
potential dangers of drone misuse. With its advanced drone
detection radar and real-time tracking capabilities, the system
provides a reliable and effective solution for countering unwanted
drones.
Key Benefits
1)Frequency modulated continuous wave (FMCW) phased array radar
system achieves wide range electronic scanning with an azimuth of ±
45 °.
2)Miniaturization, light-weighting, low power consumption, easy
installation, and maintenance free.
3)Support the establishment of defense zones, which can effectively
block false alarms outside the core area.
4)Support multiple radar networking to achieve long-distance and
large-scale detection.
Technical Parameters:
| Radar characteristics | index |
| working frequency | 5.4-5.6 GHz |
| Data update rate | ≤0.5Hz |
| Detection range | ≥2km (personnel), ≥4.5km (vehicle ship) |
| Blind area | ≤150m |
| Horizontal angle range | ±45° |
| Speed range | ±32m/s |
| Accuracy | distance measurement accuracy : ±2.5 m angle measurement accuracy:±1° |
| Electrical characteristics | |
| Radar Power supply | DC12V |
| Radar power consumption | ≤25W |
| mechanical properties | |
| Radar Unit Size | 382×308×167 mm |
| Radar weight | 6.5kg |
| encapsulation | Durable cast aluminum waterproof shell, IP66 rating |
| work environment | |
| temperature range | -40℃～60℃ |
Applications:
HP-2D-RD2000STS security radar can play an active detection role in
a variety of application environment, such as intelligent shipping,
fishery protection, bridge collision prevention, ship flow
monitoring, fisheries management and ship detection in water areas.
It can also be used for security maintenance of infrastructure such
as substations, detention centers, and oil pipelines, as well as
monitoring and controlling traffic facilities such as airport
perimeter security, railway line security, and highway traffic
control.
Company:
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.
FAQ:
Q: What is the brand name of this anti-drone system?
A: The brand name of this anti-drone system is Hope-Wish.
Q: What is the model number of this anti-drone system?
A: The model number of this anti-drone system is HP-.
Q: Where is this anti-drone system manufactured?
A: This anti-drone system is manufactured in China.
Q: What is the range of this anti-drone system?
A: The range of this anti-drone system may vary based on the specific
model, but it typically has a range of several kilometers.
Q: Can this anti-drone system be used to detect and disable drones?
A: Yes, this anti-drone system can be used to detect and disable
drones, depending on the specific model and capabilities.
