Pistola portátil integrada para deteção de drones e interferência multibanda

This tactical 200W handheld drone gun combines passive RF detection and 8-band directional jamming up to 2km. Features an anti-vibration 16x scope, 16dBi high-gain antennas, and a swappable battery.

Detecção proativa e sinergia de interferência
Motor de supressão multibanda otimizado de 200 W
Ótica direcional de alto ganho com mira de 16x
Arquitetura de campo SWaP-C reforçada

Detalhes do produto

Características do produto

This professional defense system redefines drone countermeasure technology by integrating high-sensitivity signal detection with high-power jamming performance. Engineered for rapid emergency response, it enables security personnel to detect unauthorized incoming UAVs at an early stage before visual identification, while effectively disrupting drone control and transmission signals. This dual-function design delivers superior situational awareness and reliable proactive protection for defense scenarios.

Advanced Detection & Safety Features

Broad Spectrum Detection: Adopts built-in professional detection logic with a full frequency coverage ranging from 700MHz to 5.8G. It can identify UAV targets within a distance of 0.5 km to 2 km, with specific detection range subject to local RF signal environments.
Independent Operation: The detection module is equipped with an independent switch, supporting passive signal monitoring without activating the jamming function, which meets diverse operational requirements.
Fireproof & Explosion-proof Construction: The antenna housing adopts high-performance fireproof and explosion-proof materials, ensuring stable and reliable operation in harsh and extreme tactical environments.
Optimized Thermal Performance: Built-in active cooling fans provide efficient heat dissipation, supporting long-term continuous operation in high-temperature climates with a maximum working temperature of +70°C.
Replaceable Power Module: Configured with a high-capacity 24V 10Ah modular battery, enabling quick and convenient battery replacement for on-site field operations.

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 1,4 G	1430-1520MHz	40 dBm(10W)
CH5 1,5G	1560-1620MHz	45 dBm (30 W)
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)
Frequência de deteção	700MHz – 5.8G
Power supply mode	battery: 24V, 10Ah (Replaceable battery design)
Battery working time	40-50 minutes
Temperatura de funcionamento	-20℃ to +70℃
Potência total de saída	200 W
Consumo de energia	400 W
Peso	6.2kg
Tamanho	810x310x80mm
Directional antenna	16dBi Gain

Perguntas frequentes

Q1: How does the standalone activation button for the detection module optimize field surveillance and operator safety?: A1: The system separates the power control for the receiver matrix and the transmitter stages. Activating only the passive detection module allows security forces to perform continuous silent monitoring across the 700MHz-5.8GHz spectrum without radiating any RF signatures. This protects the operator from electronic direction-finding detection until a target is validated and active countermeasure suppression is required.
Q2: Why does the system maintain a uniform 1500–2000m jamming radius when the output power varies between 10W and 40W across different bands?: A2: This power mapping is scientifically tailored to signal propagation mechanics. Lower frequencies (such as 433MHz and 900MHz) feature lower atmospheric path attenuation, requiring only 10W to 30W to achieve deep penetration. High-frequency microwave links (2.4GHz and 5.8GHz) suffer from severe attenuation over distance, requiring robust 40W stages. Balanced alongside the 16dBi high-gain directional antenna array, this ensures an even, flat defensive perimeter across all targeted channels.
Q3: How does the quick-swappable 24V 10Ah lithium battery handle the high current demands of a 400W maximum power consumption draw?: A3: Sustiaining a continuous 400W consumption rate inside a handheld platform requires premium, low-resistance battery architecture. The modular pack utilizes high-discharge-rate industrial cells configured to provide high current density without rapid voltage sagging. The snap-fit mechanical layout allows field operators to hot-swap depleted modules within seconds, facilitating uninterrupted operational runtime during prolonged security alerts.
Q4: What tactical value does the inclusion of specialized 1.4GHz and 5.2GHz jamming modules bring to perimeter defense?: A4: As standard 2.4GHz and 5.8GHz bands become highly congested, advanced industrial UAV manufacturers and custom military FPV developers have migrated to alternative frequencies. Incorporating dedicated modules for 1.4GHz (increasingly used for long-range digital telemetry uplinks) and 5.2GHz (utilized for high-bandwidth HD video transmission) eliminates potential frequency blind spots, rendering proprietary control architectures useless.
Q5: What structural safeguards protect the integrated electronic assemblies when operating continuously in harsh environments up to +70°C?: A5: Handheld high-power RF systems generate massive localized heat signatures. To maintain stable frequency generation and prevent component drift at extreme ambient thresholds up to +70°C, the internal chassis integrates continuous active cooling fans paired with optimized air channels. Furthermore, the external housing is constructed from advanced fireproof and explosion-proof polymer composites, safeguarding the delicate inner circuitry against physical impacts and thermal stress.