Pistola tática portátil multibanda para interferência de drones, com design modular divisível

This tactical 200W handheld drone jammer gun provides rapid aerial defense up to 2km. Featuring a modular split design, 18dBi high-gain directional antennas, an integrated 16x scope, and dual 2.4GHz links.

Dual-Module 2.4GHz Multi-Band Interdiction Engine
Ultra-High Gain 18dBi Directional Arrays & 16x Optics
Innovative Snap-Fit Modular Split Architecture
Continuous Field Power and Active Thermal Control

Detalhes do produto

Características do produto

This high-power portable anti-drone system provides comprehensive airspace protection. Designed to counter mainstream commercial and tactical UAVs, it features a user-friendly modular structure. With 8 frequency bands and a total output power of 200W, it delivers a jamming range of up to 2000 meters.

Core Operational Advantages

High-Efficiency Jamming: Covers 8 core frequency bands (433MHz, 900MHz, 1.2G, 1.5G, dual 2.4G, 5.2G, 5.8G) for full-spectrum UAV signal suppression.
Modular Split Design: The antenna and main unit can be quickly separated, facilitating easy maintenance, customization and convenient transportation.
Replaceable Battery Power: Equipped with a 24V 10Ah swappable battery, supporting 40–50 minutes of continuous operation for extended field deployment.
Precision Optical Targeting: Integrated 16× anti-vibration telescope supports long-distance drone identification and accurate targeting.
Active Heat Dissipation: Dual built-in cooling fans ensure stable continuous operation without overheating performance loss.

Advanced Detection & Safety Features

Broad Spectrum Detection: Supports 700MHz–5.8G full-band detection, identifying UAV targets within 0.5–2 km (subject to local RF environment).
Dual Working Modes: Independent detection switch supports passive monitoring without triggering jamming, adapting to diverse operation scenarios.
Fire & Explosion Resistance: The antenna housing adopts fireproof and explosion-proof materials for reliable performance in harsh environments.
High-Temperature Resistance: Active cooling design enables stable continuous operation at temperatures up to +70°C.
Modular Battery Replacement: 24V 10Ah high-capacity modular battery allows fast on-site replacement for uninterrupted operation.

Parâmetros do indicador

Canal	Frequência de funcionamento	Potência de saída (±1,5 dBm)
CH1 433 MHz	428-438 MHz	40 dBm(10W)
CH2 900 MHz	840-960 MHz	45 dBm (30 W)
CH3 1,2 G	1150-1300 MHz	40 dBm(10W)
CH4 1,5G	1560-1620MHz	45 dBm (30 W)
CH5 2,4 G	2400-2500 MHz	40 dBm(10W)
CH6 2,4 G	2400-2500 MHz	46 dBm(40W)
CH7 5,2 G	5150-5300 MHz	45 dBm (30 W)
CH8 5,8 G	5700-5900 MHz	46 dBm(40W)
Power supply mode	Inside battery: 24V, 10Ah (Replaceable battery design)
Battery working time	40-50 minutes
Temperatura de funcionamento	-20 ℃ a +55 ℃
Potência total de saída	200 W
Consumo de energia	400 W
Peso	7.3kg (Package weight: 22kg)
Tamanho	830 × 370 × 240mm
Directional antenna	18dBi 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: 900MHz, 2.4G, 2.4G, 5.2G, 5.8G, 1.2G, GPSL1, 433MHz

Perguntas frequentes

Q1: Why does this system incorporate a dual-module architecture specifically for the 2.4GHz frequency band?: A1: The 2.4GHz band is the most heavily utilized spectrum for commercial drone control, telemetry, and digital video streaming. By deploying a split dual-amplifier layout consisting of a 10W module and an intensified 40W module operating in parallel, the system delivers massive spectral density and wider block margins. This prevents advanced frequency-hopping drones from finding clear channels within the 2400-2500MHz window.
Q2: What logistical and operational benefits does the rapid-disconnect modular split design offer?: A2: Handheld electronic countermeasure platforms can face transportation and regulatory hurdles due to their integrated appearance. The split design allows operators to separate the 830mm device into distinct sub-components—the main transmitter chassis and the passive antenna shell—within seconds. This simplifies international customs clearance, permits easy frequency block upgrades, and enables quick part replacement without discarding the core rifle unit.
Q3: How does the 18dBi directional antenna array impact transmission range and operator safety?: A3: An 18dBi directional rating indicates an exceptionally focused beamwidth. By constricting the radiation envelope, the system projects the 200W of raw RF energy along a precise path toward the target, extending the defensive line up to 2000 meters. This high forward focus generates an outstanding front-to-back isolation ratio, ensuring that virtually zero backlobe leakage reaches the operator handling the rifle chassis.
Q4: How do the internal active thermal management fans handle continuous transmission under full load?: A4: Drawing 400W of power to generate 200W of raw RF output naturally creates high thermal density within the solid-state power amplifiers (SSPAs). The system relies on heavy-duty internal aluminum heat-sink blocks driven by dual high-RPM active induction fans. This configuration forces continuous airflow across the electronics, maintaining stable signal generation and protecting circuits across environmental variations from -20°C to +55°C.
Q5: What target drone subsystems are neutralized when all 8 frequency channels are engaged simultaneously?: A5: Activating the full 8-band matrix disrupts all critical operational functions of standard consumer, FPV, and commercial UAVs. It severs the pilot’s manual remote control inputs (433MHz/900MHz/2.4GHz), cuts off real-time FPV analog or digital video downlinks (1.2GHz/2.4GHz/5.2GHz/5.8GHz), and denies essential satellite positioning fixes (1.5GHz GPS L1/GLONASS/BeiDou), forcing the target drone into immediate drift, automated landing, or return-to-home protocols.