Tactical Handheld Multi-Band Drone Jammer Gun

This tactical 200W handheld drone jammer gun provides rapid aerial defense up to 2km. Equipped with a 16x scope, 16dBi directional antennas, and a swappable battery, it offers flexible 5 to 8-band configurations.

High-Output Multi-Band Suppression (Up to 8 Bands)
High-Gain Directional Optics and 16x Targeting
Field-Swappable Battery and Telemetry Interface
Modular Snap-Fit Assembly and Ruggedized Shell

Category: Drone Jammer Series Tags: Drone Jammer Gun, Handheld UAV Blocker, High-Gain Anti-Drone Gun, Multi-Band Drone Deflector, Portable RF Jammer, Tactical Counter-UAS Rifle

Product Details

Product Features

Equipped with a replaceable 8.5–10 Ah battery, offering 40–50 minutes of continuous operation.
High-gain antenna with 16 dBi.
Long jamming range: 1500–2000 meters (subject to local signal strength).
Built-in cooling fan enables continuous device operation.
Antenna and main unit support easy assembly and disassembly.
The antenna housing adopts fireproof and explosion-proof materials.
16× monocular telescope with anti-vibration design for easy drone detection and targeting.
LED screen displays battery level and voltage.

Indicator Parameters

Channel	Working Frequency	Output Power(±1.5dBm)
CH1 433MHz	428-438MHz	40 dBm(10W)
CH2 900MHz	840-960MHz	45 dBm(30W)
CH3 1.2G	1150-1300MHz	40 dBm(10W)
CH4 1.4G	1430-1520MHz	40 dBm(10W)
CH5 1.5G	1560-1620MHz	45 dBm(30W)
CH6 2.4G	2400-2500MHz	46 dBm(40W)
CH7 5.2G	5150-5300MHz	45 dBm(30W)
CH8 5.8G	5700-5900MHz	46 dBm(40W)
Power supply mode	battery: 24V, 10Ah (Replaceable battery design)
Battery working time	40-50 minutes
Working temperature	-20℃ to +70℃
Total output power	200W
Power consumption	400W
Weight	6.2kg
Size	810x310x80mm
Directional Antenna	16dBi Gain
Optional Bands	5 Band: 2.4G, 2.4G, 5.8G, GPSL1, 900MHz 6 Band: 2.4G, 5.2G, 5.8G, GPSL1, GPSL2, 900MHz 8 Band: 433MHz, 900MHz, 1.2G, 1.4G, GPSL1, 2.4G, 5.2G, 5.8G

FAQ

Q1: How do the different frequency band configurations (5, 6, or 8 bands) affect tactical deployment against multi-rotor and FPV drones?: A1: The modular matrix allows customization based on operational theater threats. The 5 and 6-band builds isolate common civil commercial frequencies (GPS, 2.4G, 5.8G) and military/industrial 900MHz channels. The full 8-band upgrade adds 433MHz, 1.2GHz, and 1.4GHz stages, establishing total coverage against customized DIY drones and high-speed analog/digital FPV racing links.
Q2: Why is a 16dBi directional antenna crucial for a handheld platform, and how does it prevent operator exposure?: A2: A 16dBi high-gain antenna tightly constricts the horizontal and vertical beamwidth, focusing the 200W RF power into a highly dense forward-facing cone. This maximizes the effective electronic countermeasure range up to 2000 meters while creating a deep front-to-back isolation ratio, ensuring minimal RF backlobe leakage touches the ground operator.
Q3: Can the system operate continuously in extreme outdoor conditions, and how does the internal cooling perform?: A3: Yes. The chassis is engineered with high-efficiency internal forced-air cooling fans that continuously pull heat away from the solid-state power amplifiers (SSPAs). Combined with a rugged build rated for ambient operating environments spanning -20°C to +70°C, the thermal management system prevents impedance shifting or thermal cutoff during prolonged target engagement.
Q4: What structural benefits do the quick-release modular design and material choices offer field security teams?: A4: The snap-fit assembly allows tactical operators to split the 810mm rifle layout into compact segments for discreet transit or rapid storage. Additionally, the antenna housing is fabricated from specialized fireproof and explosion-proof compounds, protecting the inner RF circuitry against physical impacts and thermal hazards during high-intensity field security missions.
Q5: How does the integrated 16x telescope handle vibration during rapid hand-held tracking maneuvers?: A5: The 16x optical sighting system features integrated mechanical vibration-absorption dampening. This ensures that even when an operator is actively panning or tracking a fast-moving drone at the device’s maximum 2000m range threshold, the visual crosshair reticle remains remarkably steady, preventing targeting drift.