I. Independently Developed JRC and JRD Type UAV Remote
Identification Receivers
To address the growing demand for UAVs, we have independently
developed the JRC and JRD type UAV remote identification receivers.
These two devices utilize state-of-the-art low-power technology,
enabling real-time monitoring and location of UAVs over long
distances. The JRC receiver boasts superior signal reception and a
highly efficient image transmission system, allowing for clear UAV
identification at extremely long distances. The JRD receiver
emphasizes multi-functional integration; it not only receives UAV
signals but also monitors the surrounding environment in real time
using built-in sensors, supporting multi-target identification and
tracking, further enhancing the accuracy and security of
monitoring.
Both receivers feature extremely low power consumption, suitable
for extended operation without frequent charging, ensuring 24/7 UAV
monitoring. Whether in urban management, public safety, or military
defense, they provide reliable data support, meeting the UAV
monitoring needs of various industries.
II. Product Parameter Table
| Remote ID Integrated Device Performance Parameters |
|---|
| Device Features | Portable, low power consumption, long operating range |
| Device Functions | Supports multiple communication methods, networkable |
| Antenna Type | Omnidirectional antenna |
| Device Power | 20W |
| Protection Rating | 1P66 |
| Operating Temperature | -35°C~50°C |
| Actual Detection Range | 1-3 km |
| Antenna Gain | 10dBI |
| Remote ID Module Performance Parameters |
|---|
| Detection Sensitivity | Can send 4 drone data messages per second |
| Communication Interface | TTL |
| Operating Mode | Passive detection |
| Operating Frequency Band | 2.4GHz/5.8GHz |
| Detection Range | 1-3 km in urban/suburban environments (depending on environment and
drone model) |
III. Monitoring with Remote Identification Information
Remote drone identification technology is a core component of
modern monitoring systems. Using JRC and JRD receivers, we can
acquire real-time flight data of drones in the surrounding
airspace, including flight altitude, speed, direction, and location
information. This information is transmitted wirelessly to a
central monitoring system, facilitating remote monitoring,
tracking, and management of drones by operators. Furthermore, this
identification information supports not only the monitoring of a
single drone but also the simultaneous monitoring of multiple
flying targets, ensuring accurate identification and tracking of
each aircraft even in complex environments.
IV. Precise Location of Drones and Pilots
The JRC and JRD receivers possess powerful positioning
capabilities, enabling real-time determination of the drone and
pilot's location. Through built-in high-precision GPS and inertial
navigation systems, the receivers efficiently track the drone's
trajectory and provide operators with precise location information.
Simultaneously, these devices can detect the pilot's specific
location, helping safety personnel react promptly and avoid
potential safety risks. This function is particularly suitable for
high-risk areas, such as around important facilities and military
zones, effectively ensuring airspace security.
V. Long-Term Monitoring Without Frequent Charging
The low-power design of the JRC and JRD receivers allows them to
maintain stable operation during extended periods. Thanks to the
use of efficient batteries and energy-saving technology, these
devices can continuously monitor without frequent charging. The JRD
receiver excels in battery life, capable of continuous operation
for 36 hours, making it suitable for all-weather monitoring tasks.
This advantage significantly reduces equipment maintenance costs,
minimizes operational interruptions caused by frequent charging,
and provides more durable and reliable support for drone
monitoring.
