70 MHz ~ 8 GHz Alle frequentiebereik (met spectrumanalysefunctie)
Detectiebereik:
De horizontale detectiehoek kan oplopen tot 360°
Positie Afstand:
DID:3-10 km, RID ≥ 2 km (zichtlijnomstandigheden, elektromagnetisch omgevingsgeluid: -90~-95dB)
Analyseer het UAV-type:
Modellen die het DID-protocol ondersteunen (O2, O3, O3+, O4, O4+-protocollen) en modellen die het RI
Detectie van FPV-videotransmissie:
≥ 1,5 km (Ondersteunt real-time videoweergave, zichtlijnomstandigheden, analoog videotransmissieverm
Analoge video-overdracht vastleggen:
Ondersteunt het bekijken van analoge video
Stroomverbruik:
≤100 W
Bedrijfstemperatuur:
(-40℃~+60℃)±2℃
Gewicht:
≤17 kg
Maat:
400mm*531mm
AI-aangedreven zelflerend systeem voor het bijwerken van de UAV-modeldatabase:
Optioneel
IP-classificatie:
IP66
Levering vermogen:
1000 eenheden per maand
Productomschrijving
Fixed KZ-02 Drone Detection System
Advanced fixed-site UAV detection device with full-band RF scanning, 360° monitoring capability, and integrated GIS cloud platform for comprehensive airspace security.
Product Overview
With the rapid development of unmanned aerial vehicle (UAV) technology, applications in aerial photography, agriculture, rescue operations, and security have become increasingly prevalent. However, unauthorized activities including illegal intrusion, malicious surveillance, and privacy violations pose serious threats to national security, public safety, and personal privacy.
The fixed-site KZ-02 UAV Detection Device is specifically engineered for precise drone detection and positioning. Through full-band scanning, multi-dimensional information analysis, and real-time alerting, it provides frontline situational awareness for airspace security, meeting detection needs for routine patrols and critical infrastructure protection.
Technical Specifications & Terminology
Product: Fixed-site KZ-02 UAV Detection Device
DID (Drone ID): UAV Identification Protocol for transmitting and identifying drone identity information
RID (Remote ID): UAV Remote Identification Protocol for remotely acquiring drone position, identity, and other information
FPV (First-Person View): First-person view providing real-time perspective of drone's flight through video transmission equipment
GIS (Geographic Information System): Geographic Information System used to present geospatial data and environmental information
Certifications & Qualifications
Company Profile
Affiliated with the Institute of Internet of Things (IoT) under the Chinese Academy of Sciences, we specialize in low-altitude security research with strong technological expertise. Our group company features an R&D team of over 100 members and more than 120 test engineers, including 1 academician of the Chinese Academy of Sciences, 17 Ph.D. holders, and 48 master's degree holders.
We are industry leaders in low-altitude radar, spectrum-based radio detection equipment, photoelectric camera tracking devices, and integrated defense systems. Our radar technology focuses on advanced clutter algorithms for signal processing to filter out weather, birds, and low-altitude clutter impacts.
We possess innovative low-altitude detection and identification technology for drones using MIMO microstrip antenna arrays, along with traditional waveguide slot antenna technology with DBF recognition. In spectrum signal transmission, we've independently developed ultra-wideband signal sources and power amplifiers with leading SDR broadband technology covering 70MHz to 8000MHz.
Packaging & Shipping Specifications
Manufacturing Facilities
Laser Anti-Drone Technology
Customer Service & Support
24-hour after-sales service support
Online technical support for usage or quality issues with comprehensive problem diagnosis
3-month return policy from dispatch date for undamaged products with full refund or product modification options