I. Lightweight Main Unit Designed for Wearable Use
This wearable drone detection device is designed with ergonomics as
its core principle. The main unit is made of high-strength,
lightweight composite materials, making it light and compact,
suitable for long-term wear. The device can be secured in various
ways, such as shoulder strap, waist belt, or tactical vest,
ensuring freedom of movement during patrols, duties, or emergency
missions. The overall structure is compact and robust, with
excellent dustproof, waterproof, and shockproof performance,
enabling stable operation in complex environments and achieving
true "portable" drone detection.
II. Product Parameter Overview
| Parameter Item | Technical Specifications |
|---|
| Detection Method | Radio Frequency Spectrum Detection |
| Coverage | 360° Omnidirectional |
| Detection Range | ≥1–3 kilometers |
| Operating Frequency Band | 300MHz–6GHz |
| Response Time | <1 second |
| Display Method | Screen/Audible and Visual Alerts |
| Battery Life | ≥8 hours |
| Battery Type | Replaceable Lithium Battery |
| Operating Temperature | -20℃～+55℃ |
| Weight | ≤1kg |
III. Modular Upgrade Support for Future Expansion
The device adopts a modular architecture design, with the core main
unit and functional modules being independent of each other. Users
can flexibly replace or upgrade the detection module, communication
module, and display module according to actual needs. This design
not only extends the product's lifespan but also reserves
sufficient space for the integration of new drone protocols,
frequency bands, or algorithms in the future, ensuring that the
system always maintains technological advancement.
IV. Multi-Sensor Parallel Processing Enhances Detection Accuracy
The system integrates RF sensors, signal analysis units, and
intelligent algorithm modules. Multiple sensors work in parallel to
perform cross-comparison and analysis of the drone control link and
video transmission link, effectively reducing false alarm rates.
Through data fusion and intelligent discrimination, it can
accurately identify the type and activity status of target drones
in complex electromagnetic environments.
V. Real-time Drone Signal Scanning and Identification
The device can continuously scan the surrounding airspace in real
time, quickly capturing and identifying drone signals. Once a
target is detected, it immediately triggers an alarm and displays
key information. Combined with its 360° omnidirectional coverage
capability, it can detect potential threats at the first
opportunity, providing reliable and timely air security protection
for on-site personnel.
