Next-Gen Mobile Defense: On-Vehicle Drone Detector & Jammer for Modern Security Challenges

In an era where unauthorized drones threaten critical infrastructure, VIP protection, and military operations, the On-Vehicle Drone Detector & Jammer emerges as a game-changing solution. This integrated radio frequency (RF) countermeasure system combines advanced detection, precision jamming, and mobile deployment capabilities to neutralize UAV threats in real time—even in high-speed urban environments. Designed for military convoys, government agencies, and private security teams, this system redefines mobile anti-drone defense with its hybrid passive/active architecture and multi-frequency targeting.

Core Technology: How It Works

1. Dual-Mode Threat Identification
   The On-Vehicle Drone Detector leverages passive RF sensing (100MHz–6GHz spectrum scanning) to identify UAV signatures without emitting detectable signals. This stealthy approach detects commercial drones (DJI, Autel, Parrot), FPV racing models, and custom-built UAVs at ranges up to 5 km in urban settings. Simultaneously, the Mobile UAV Detector classifies threats by analyzing transmission patterns, enabling instant differentiation between hobbyist drones and hostile units.

2. Adaptive RF Anti-Drone Jamming
   Upon threat confirmation, the On-Vehicle Drone Jammer activates directional or omnidirectional RF interference across 900MHz, 1.5GHz, 2.4GHz, and 5.8GHz bands—disrupting both control links and GNSS signals (GPS/GLONASS/BeiDou). The GNSS Signal Jamming Device module specifically targets navigation systems, forcing drones into hover mode or triggering automated return-to-home protocols. With a 1–3 km jamming radius (environment-dependent), it neutralizes swarms of 20+ UAVs within <4 seconds, far outpacing laser-based alternatives.

3. Mobile Deployment Architecture
   Engineered for dynamic operations, this RF Anti-Drone Jammer operates flawlessly on vehicles moving at highway speeds. Its compact, vehicle-mounted design (Φ600mm×H425mm, 25kg) requires minimal modifications to host platforms, making it compatible with armored cars, patrol trucks, and marine vessels. The system’s passive cooling and shock-resistant construction ensure 24/7 readiness in temperatures from -40°C to +50°C.

Key Advantages Over Fixed Systems

• No Infrastructure Dependency
  Unlike fixed anti-drone devices, this mobile solution provides 360° protection for convoys, border patrols, and event security teams. Its on-vehicle detector-jammer synergy eliminates blind spots caused by terrain or urban structures.

• Precision Over Power
  The system uses smart power allocation, focusing jamming energy only on confirmed threats. This minimizes collateral impact on legitimate communications (e.g., Wi-Fi, Bluetooth) while maximizing countermeasure efficiency.

• Multi-Threat Neutralization
  Capable of simultaneously tracking and jamming 20+ drones, it counters swarm attacks—a growing tactic in asymmetric warfare. The GNSS Signal Jamming Device module can selectively disable GPS spoofing drones without affecting nearby civilian navigation.

• Rapid Response
  From detection to neutralization, the automated workflow achieves <4s reaction time—critical against fast-moving FPV drones used for reconnaissance or payload drops.

Applications: Where It Excels

1. High-Value Convoy Protection
   Deploy the On-Vehicle Drone Jammer to safeguard diplomatic motorcades or cash-in-transit vehicles. Its mobility ensures continuous protection even when routes change unexpectedly.

2. Critical Infrastructure Defense
   Patrol power plants, airports, or data centers with the Mobile UAV Detector, which identifies loitering drones mapping security gaps. The RF Anti-Drone Jammer then blocks data transmission to prevent intelligence leaks.

3. Battlefield Counter-Surveillance
   Military units use the system to disrupt enemy UAVs conducting artillery spotting or troop tracking. The GNSS Signal Jamming Device confuses guided munitions reliant on satellite navigation.

4. Public Event Security
   Neutralize rogue drones targeting stadiums or political rallies without resorting to kinetic takedowns (e.g., nets, lasers) that risk collateral damage.

Technical Specifications

• Detection Range: 1.5–5 km (urban) / 8–10 km (open terrain)

• Jamming Range: 1–3 km (control links) / 500m–2 km (GNSS)

• Frequency Coverage:

  • Detection: 100MHz–6GHz (passive)

  • Jamming: 900MHz, 1.5GHz, 2.4GHz, 5.8GHz (programmable combos)

• Response Time: <4s from detection to countermeasure

• Power Consumption: 40W (typical) / 120W (peak)

• Compliance: MIL-STD-810G vibration/shock resistance, IP66 waterproofing

Why Choose This System?

1. Stealthy Operations
   The passive On-Vehicle Drone Detector avoids alerting adversaries with RF emissions—crucial for covert missions.

2. Scalable Integration
   Pair multiple units to create a mobile anti-drone network, or link with command centers via encrypted LTE/5G for centralized threat management.

3. Future-Proof Design
   Software-updatable jamming protocols adapt to new drone models, including AI-powered autonomous UAVs.

4. Cost Efficiency
   At $38,888 (pre-tax), the system offers 60% lower lifecycle costs than laser countermeasures, with no consumables or frequent recalibration needed.

Conclusion: Redefining Mobile Airspace Security

The On-Vehicle Drone Detector & Jammer isn’t just hardware—it’s a force multiplier for modern security teams. By merging RF anti-drone jamming, GNSS disruption, and vehicle-mounted mobility, it delivers a proactive shield against evolving UAV threats. Whether defending a moving convoy or securing static assets, this system ensures hostile drones meet an invisible wall of RF countermeasures, protecting lives and infrastructure without a single shot fired.