Fully Automatic All-Weather Multi-Frequency Portable Anti-Drone Spoofing Device – Explosion-Proof Safety Design

1. Product Overview

The LKLQ-PRT2000P is a portable, highly integrated anti-drone spoofing device specifically designed to address security needs such as illegal drone intrusion and positioning deception. It supports simulation of multi-satellite navigation system signals and features both expulsion and defense operational modes, making it suitable for protecting sensitive areas with high demands for positioning accuracy and signal security. Its portable hand‑carried design, wide‑temperature operational capability, and low‑power consumption enable rapid field deployment and Long-term guard missions.

2. Product Features

1. Multi‑Band Navigation Signal Support

o Standard bands: GPS L1, GLONASS G1; optional bands: BDS B1, GALILEO E1, providing flexibility to adapt to different regional navigation systems.

2. Low Power Consumption for Long‑Duration Operation

o Total power consumption ≤30W, supports battery power and rapid battery swap, enabling continuous autonomous operation for 24 hours.

3. Wide‑Temperature Environmental Adaptation

o Operating temperature range: ‑20 ℃ ~ +55 ℃, maintaining stable performance under extreme high‑ or low‑temperature conditions.

4. Rapid Signal Intrusion

o Signal intrusion time ≤10 seconds, allowing quick spoofing and control of target drones.

5. Explosion‑Proof Safety Design

o Explosion‑proof rating: Ex d IIC T6 Gb, suitable for flammable and explosive environments such as petrochemical plants and hazardous material storage areas.

3. Key Selling Points

· Precise Spoofing Control: Supports dual modes—defense and expulsion—enabling flexible switching based on security strategies for targeted guidance or area isolation of drones.

· Lightweight and Easy Deployment: Total weight ≤10 kg, compact dimensions, hand‑carried design for easy single‑operator transport and rapid deployment.

· High Environmental Robustness: Wide‑temperature operation, explosion‑proof protection, adaptable to various complex scenarios including field, industrial, and remote areas.

· Customizable Frequency Bands: In addition to standard bands, supports customization and expansion for navigation systems such as BeiDou and Galileo, meeting regional security requirements.

· Low Detectability: Signal transmission power <10 dB, high concealment, difficult to be detected by counter‑detection equipment.

4. Application Scenarios

· Critical Infrastructure Protection: No‑fly zone control for drones in airports, power plants, oil depots, chemical parks, and similar areas.

· Military and Sensitive‑Site Security: Navigation signal protection and spoofing for military bases, government facilities, border lines, and other sensitive regions.

· Large‑Event Security: Active drone defense during sports events, important conferences, and public celebrations.

· Field Exploration and Emergency Missions: Positioning security for scientific expeditions and rescue teams in environments lacking public navigation signals.

· Industrial Explosion‑Proof Zones: Locations with strict explosion‑proof requirements such as petroleum, natural gas, and chemical plants.

5. Technical Parameters