Sistema integrador de radomo montado en vehículo con un inhibidor de alta potencia de 360° para UAV

This low-profile 1800W vehicle drone jammer features a built-in fiberglass radome housing a 4-sided directional antenna array. It delivers 360° protection across 9 sweeping bands over a 2km radius.

Concealed Integrated Radome Architecture
High-Power 1800W Quad-Sector Output
9-Band Advanced Frequency Sweeping\
Rugged Mobility & Thermal Resilience

Categoría: Serie de inhibidores de drones Etiquetas: Supresor para UAV de 1800 W, 360 Degree Drone Blocker, Integrated Vehicle Jammer, Low-Profile Mobile Countermeasures, Multi-Band Frequency Sweeper, Radome Anti-Drone System

Detalles del producto

Características del producto

This vehicle-mounted drone jamming equipment is capable of repelling and forcing drones to land. Adopting frequency sweeping technology, it transmits diverse jamming signals to effectively interfere with the remote control, video transmission and GPS signals of mainstream drones. This causes drones to lose signal control, triggering automatic return-to-home or forced landing.

Featuring a minimalist appearance and strong environmental adaptability, the device supports both vehicle-mounted and fixed installation. It is widely applicable to security scenarios including anti-terrorism missions, public security patrols, cultural and sports events, as well as border and coastal defense low-altitude protection. (Optional: GPS Spoofing)

This countermeasure device has no external antenna and adopts a built-in integrated fiberglass shell structure.
Equipped with directional high-gain antennas arranged on three or four sides, it achieves 360° full coverage to counteract tracking and attacks from all types of drones.
The vehicle-mounted model is applicable to drone defense scenarios for key sites. The actual defense coverage is determined by local signal strength to ensure low-altitude regional safety.

Especificaciones principales

Canal	Rango de frecuencias	Potencia de salida (±1,5 dBm)
400 MHz	400-450MHz	47dBm(50W)×4
800MHz	750-840MHz	47dBm(50W)×4
900MHz	840-930MHz	47dBm(50W)×4
1,2 G	1160-1280MHz	47dBm(50W)×4
1,5 G	1550-1630MHz	47dBm(50W)×4
2,4 G	2400-2500 MHz	47dBm(50W)×4
5,2 G	5150-5350 MHz	47dBm(50W)×4
5.6G	5600-5750MHz	47dBm(50W)×4
5,8 G	5700-5900 MHz	47dBm(50W)×4
Radio de bloqueo	300m-2km (Based on local area signal strength)
Potencia de salida total	1800W
Consumo de energía	4680W
Tamaño del dispositivo	580 × 580 mm (Power Unit: 450 × 275 × 240 mm)
Ganancia de la antena	Ganancia de 3-8 dBi
Ángulo de trabajo	360°
Peso	65kg
Fuente de alimentación	220 V CA / 24-28 V CC
Sistema de refrigeración	Sistema de refrigeración inteligente y sistemático
Nota	Personalización de la frecuencia del inhibidor: 20 MHz-8000 MHz

Preguntas frecuentes

Q1: What are the engineering benefits of the built-in integrated fiberglass shell design over external antennas?: A1: The integrated fiberglass radome completely encloses the internal antenna arrays, offering an aerodynamic, low-profile appearance that blends seamlessly onto security vehicles without revealing its tactical function. It provides superior environmental protection against wind, rain, and dust, while eliminating the risk of external antenna snapping or alignment shifts during high-speed transit.
Q2: How does the “x4” configuration across the 9 channels impact power distribution and directional effectiveness?: A2: The “x4” notation signifies that each of the 9 frequency bands is equipped with four independent 50W solid-state power amplifier modules, each dedicated to feeding one of the 4 directional panel sectors. This configuration ensures that instead of splitting a single 50W signal across 360 degrees, each directional quadrant receives an uncompromised 50W blast, exponentially increasing the Effective Isotropic Radiated Power (EIRP).
Q3: How does frequency sweeping technology optimize suppression against agile commercial and tactical drones?: A3: Frequency sweeping works by rapidly driving high-intensity electronic countermeasure signals back and forth across targeted frequency windows (e.g., 2400-2500MHz). This continuous, high-speed sweep overrides frequency-hopping protocols used by advanced UAV command links, forcing the drone to break connection with its pilot and trigger an emergency return-to-home or auto-landing sequence.
Q4: Why is there a significant difference between the 1800W output power and the 4680W consumption rate?: A4: The 1800W rating refers purely to the combined radio frequency (RF) power radiated into space from the antenna arrays. The 4680W power consumption reflects the total electrical demand of running 36 separate high-power amplifier modules simultaneously, alongside the internal voltage regulation circuits and the high-airflow systematic smart cooling matrix required to prevent thermal drift.
Q5: Can the system be run indefinitely on standard vehicular power systems while on mobile patrol?: A5: Due to the unit’s high-capacity 4680W power consumption draw, standard factory vehicle alternators will not suffice. For mobile vehicular operations on DC 24-28V, the system requires integration with a heavy-duty auxiliary power system, such as a dedicated vehicle generator or an upgraded high-output dual-alternator configuration paired with a robust battery bank.