Vehicle-Mounted Multi-Band Mobile Drone Jammer System

This 400W vehicle-mounted drone jammer provides reliable electronic countermeasures while moving at high speeds. Featuring 8-12 bands and a 2km radius, it secures vehicular airspace with minimal modifications.

Continuous Multi-Band RF Suppression (400MHz – 5.8GHz)
Optimized High-Speed Moving Air Defense
Focused ECM with Low Inter-Module Coupling
Low-Impact Vehicular Adaptation

Category: Drone Jammer Series Tags: 400W Anti-Drone System, Convoy Air Defense, Mobile UAV Blocker, Multi-Band RF Suppressor, Omni-Directional Vehicle Jammer, Vehicle Mounted Drone Jammer

Product Details

Product Features

This vehicle-mounted drone jammer is an ideal anti-UAV solution. It delivers precise electronic countermeasures to jam drone control, GPS and video links, causing negligible interference to surrounding devices. Fitted with omnidirectional panel antennas, it covers mainstream frequency bands of commercial drones, with a maximum jamming radius of 2 km. Thanks to separate frequency outputs, users can select specific channels to trigger drone return or forced landing. (Optional: GPS Spoofing)

No extra signal leakage, safe and environmentally friendly.
Effective jamming range: 300 m to 2 km.
High integration and low inter-module interference.
Stable performance during high-speed travel.
Universal fit for most vehicles with minimal installation modifications.

Key Specifications

Support 8 bands to 12 Bands
Channel	Frequency Range	Output Power(±1.5dBm)
400MHz	400-500MHz	47dBm(50W)
600MHz	500-600MHz	47dBm(50W)
700MHz	600-700MHz	47dBm(50W)
840MHz	700-840MHz	47dBm(50W)
1.0G	840-1000MHz	47dBm(50W)
1.3G	1000-1300MHz	47dBm(50W)
2.4G	2400-2500MHz	47dBm(50W)
5.8G	5700-5900MHz	47dBm(50W)
Blocking radius	500-2km (Based on local area signal strength)
Total output power	400W
Power consumption	800W
Device size	φ600 × 350mm
Antenna gain	3-8dBi Gain
Working angle	360° vertical; 65° horizontal
Weight	20kg
Power supply	220V AC / 24-28V DC
Cooling system	Systematic smart cooling system
Antenna type	High gain omni-directional antennas
Note	Jammer Frequency customization: 20MHz-8000MHz

FAQ

Q1: How does this jammer achieve high efficiency when the host vehicle is traveling at high speeds?: A1: The system utilizes ruggedized solid-state power amplifiers and robust internal power rails capable of handling sudden voltage fluctuations. Combined with an omnidirectional panel antenna cluster that maintains a steady 360° vertical by 65° horizontal radiation field, it prevents phase shifts or polarization dropouts caused by structural movement or vehicular vibrations.
Q2: What advantages do the high-integration modules offer regarding inter-channel interference?: A2: Traditional multi-channel jammers frequently suffer from internal harmonic coupling and electromagnetic crosstalk, which can drain power and cause frequency blending. This system incorporates localized RF shielding barriers between each 50W block, preserving an independent +1.5dBm tolerance envelope and ensuring flat in-band power delivery.
Q3: Can this system selectively drive drones away versus forcing an immediate emergency descent?: A3: Yes. Because each RF band features distinct modular isolation controls, an operator can choose to jam only the 2.4GHz and 5.8GHz remote control frequencies to trigger the UAV’s pre-programmed “Return-to-Home” state. Activating the 1.0G/1.3G satellite navigation bands simultaneously completely blinds the drone’s position sensors, forcing an emergency landing.
Q4: What structural modifications are required to mount this system onto a standard commercial or tactical vehicle?: A4: The system is specifically optimized for low-impact vehicular adaptation. Weighing only 20kg with a compact footprint of Ø600x350mm, it requires minimal mechanical alterations. The omni panel antennas attach easily to standard roof racks, and the dual-input power framework allows direct tie-ins to the vehicle’s onboard DC 24-28V electrical alternator architecture.
Q5: How does the integrated smart cooling system protect the 400W RF module from thermal runaway in closed vehicular environments?: A5: The systematic smart cooling framework uses integrated thermal sensors embedded directly into the heat sinks of each 50W module. When internal temperatures rise during high-power operation, the system modulates active airflow to maximize heat dissipation, preventing impedance shifts and maintaining a reliable 500m to 2km suppression radius.