Sistema fixo de interferência para drones UAV, omnidirecional a 360°, multibanda

This stationary 570W outdoor anti-drone jammer delivers 360° omni protection over a 1–3km radius. Featuring 9 independent RF units and IP65 waterproofing, it provides continuous coverage across major UAV bands.

360-Degree Omni-Directional Dome Defense
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Categoria: Série de bloqueadores de drones Etiquetas: Sistema de Defesa Aérea 360, GPS Spoofing Jammer, Supressor de RF multibanda, Omni-Directional UAV Blocker, Outdoor Anti-Drone Equipment, Jammer fixo para drones

Detalhes do produto

Características do produto

This stationary UAV jammer adopts high-gain omnidirectional antennas and features 8 built-in independent RF modules. It supports switchable GPS jamming to repel drones or force landing. Providing 360° all-round signal jamming with an effective coverage of 1–3 km, it stably and continuously blocks UAV signals across 433 MHz, 700 MHz, 900 MHz, 1.2 GHz, 1.5 GHz, WiFi 2.4 GHz, 5.2 GHz and 5.8 GHz. (Optional: GPS Spoofing)

12 dBi high-gain antenna
Effective jamming range: 500 m to 3 km
Equipped with cooling fan, supports long-duration continuous work
IP65 dustproof and waterproof
Built-in lightning protection
360° omnidirectional air defense

Compatible with 400–600 MHz frequency band

Especificações principais

Support 4-10 Bands (400-6000MHz)
Parâmetro	Canal	Gama de frequências	Potência de saída (±1,5 dBm)
Frequencies	433MHz	420-440MHz	47 dBm (50W)
	700 MHz	700-840 MHz	47 dBm (50W)
	900MHz	840-960 MHz	50 dBm (100W)
	1.2GHz	1150-1300 MHz	47 dBm (50W)
	1.4GHz	1420-1530MHz	47 dBm (50W)
	1.5GHz	1560-1610 MHz	47 dBm (50W)
	2.4GHz	2400-2500 MHz	51 dBm (120W)
	5.2GHz	5150-5300 MHz	47 dBm (50W)
	5.8GHz	5700-5900 MHz	47 dBm (50W)
Raio de bloqueio	1000-3000m (Based on local area signal strength)
Potência total de saída	570W
Consumo de energia	1300W
Number of bands	9 (Suporta frequência personalizada)
Número de antenas	9
Dimensões do dispositivo	510 × 462 × 233mm
Tamanho da antena	830 × φ32mm
Antenna support band	433MHz, 700MHz, 900MHz, 1.2GHz, 1.4GHz, 1.5GHz, 2.4GHz, 5.2GHz, 5.8GHz
Ganho da antena	10-12dBi Gain
Ângulo de trabalho	360°
Packing size	800 × 600 × 450mm
Peso	45kg
Fonte de alimentação	AC 110-240V / DC 24-28V
Installation	Outdoor
Nota	Personalização da frequência do bloqueador: 20 MHz-8 000 MHz

Perguntas frequentes

Q1: How do the independent RF working units improve operational flexibility compared to all-in-one jammers?: A1: By utilizing 8 to 9 independently operated RF modules, operators can toggle specific frequencies on or off. For example, disabling the GPS/GNSS suppression while active cellular or WiFi jamming continues can force a drone to automatically execute a return-to-home flight track, enabling tactical tracking of the pilot’s base location.
Q2: What is the functional difference between forcing a drone to land versus driving it away?: A2: Driving a drone away typically requires disrupting its primary control and video links (such as 2.4GHz or 5.8GHz), prompting it to return to its launch point. Forcing a drone to land requires simultaneously flooding its global positioning bands (1.2G/1.5G GPS), striping its navigational stability, and forcing an immediate vertical descent.
Q3: How does the 10-12dBi omni-directional antenna array maintain signal propagation efficiency across 9 discrete bands?: A3: The system relies on custom-engineered, ultra-high-gain colinear omni-directional antennas matched to specific frequency bands. Standing at 830mm, these elements project a dense horizontal radiation envelope across 360 degrees, ensuring no entry vectors or blind spots are left exposed in the protected airspace.
Q4: What structural protections are built into the hardware for continuous outdoor deployment in harsh weather?: A4: The system is housed inside an IP65-rated heavy-duty weatherproof enclosure that entirely shields sensitive RF modules from moisture, dust, and corrosive environments. It also incorporates native lightning protection components and an automated active cooling fan network to sustain perpetual 24/7 operations in extreme seasonal changes.
Q5: How can this jammer counteract advanced drones that rely on autonomous waypoints rather than RF remote control?: A5: Drones executing pre-programmed autonomous waypoints do not rely on standard 2.4GHz/5.8GHz control signals, rendering basic control jammers ineffective. However, by deploying the 1.2GHz/1.5GHz navigation disruption loops or integrating the optional GPS Spoofing module, this system misleads or completely cuts off the drone’s satellite telemetry, effectively neutralizing autonomous sorting paths.