Multiband-Störsystem für FPV-Drohnen, für den Einbau in Fahrzeuge und zur stationären Nutzung

This cost-effective 300W multi-band FPV drone jammer provides wide-area protection up to 800m. Equipped with magnetic omni antennas for easy roof mounting, it supports fixed or vehicular deployment across 6 customizable bands.

High-Output 300W Multi-Band Suppression Architecture
Versatile Dual-Use Design with Magnetic Mounts
Advanced Tubular Radiator & Circuit Integration
Independent Module Control & Expandable Backplane

Kategorie: Drohnen-Störsender-Serie Stichworte: 300W UAV Suppressor, FPV-Drohnen-Störsender, Magnethalterungsantenne, Modular Signal Blocker, Multi-Band Countermeasure, Dachstütze für Fahrzeuge

Produktdetails

Produktbeschreibung

This multi-band FPV countermeasure system is a cost-effective solution capable of effectively blocking various FPV and UAV remote control signals as well as video transmission signals with customizable functions. Adopting a multi-band and high-power module design, the system is equipped with omnidirectional antennas to deliver wide-area signal coverage. It supports flexible deployment methods, which can be installed in fixed areas or mounted on vehicles for operational use.

Featuring high integration, built-in noise reduction technology and magnetic antennas, the device is suitable for roof mounting on vehicles.
It delivers an output power of 50W with an interference range of 0.3 km to 0.8 km (subject to local signal strength).
Each module supports independent control for simple and flexible operation.
Equipped with a high-quality tubular radiator to achieve efficient heat dissipation.
The device maintains stable and reliable overall performance during long-term operation.
It causes no signal interference to adjacent frequency bands.
Support customized band configuration, covering 1 to 14 frequency bands to meet diverse application needs.

Can be customized these frequency band

UAV: 315MHz, 433MHz, 700MHz, 868MHz, 915MHz,1.1G, 1.2G, 1.4G, 1.5G,2.4G,5.2G,5.5G, 5.8G,etc.

Indikatorparameter

6 Bands
Kanal	Betriebsfrequenz	Ausgangsleistung (±1,5 dBm)
CH1 433 MHz	420-470MHz	47 dBm (50 W)
CH2 800MHz	850–950 MHz	47 dBm (50 W)
CH3 2400MHz	2400–2500 MHz	47 dBm (50 W)
CH4 5700MHz	5700–5900 MHz	47 dBm (50 W)
CH5 1.1G	1000-1150MHz	47 dBm (50 W)
CH6 1.2G	1150–1300 MHz	47 dBm (50 W)
Stromversorgung	110–240 V Wechselstrom, 24–28 V Gleichstrom
Betriebstemperatur	-20 °C bis +55 °C
Gesamtleistung	300W
Stromverbrauch	600 W
Bruttogewicht	16kg
Größe	385 × 307 × 204 mm
Omni-Antenne	3-5 dBi Gain
Anmerkung	Anpassung der Störfrequenz: 20 MHz – 8000 MHz

Häufig gestellte Fragen

Q1: What makes this system particularly effective against FPV (First-Person View) racing and loitering drones?: A1: Traditional jammers focus primarily on standard commercial GPS and Wi-Fi bands (2.4G/5.8G). FPV platforms frequently operate on customized or analog lower-frequency control and video downlinks. This system incorporates dedicated 50W modules for 433MHz, 800MHz, 1.1GHz, and 1.2GHz, saturating the typical amateur and tactical FPV spectrum to eliminate control uplink and video transmission instantly.
Q2: How do the magnetic-base omnidirectional antennas perform during high-speed mobile vehicular deployment?: A2: The high-grip magnetic bases are structurally engineered to withstand the wind resistance and mechanical vibrations encountered during mobile patrols on uneven terrain. The 3–5dBi omnidirectional elements generate a uniform 360-degree horizontal radiation dome over the vehicle, providing constant perimeter protection while the vehicle is in motion without requiring destructive structural modifications to the chassis roof.
Q3: What are the technical benefits of independent module controls and the tubular radiator configuration?: A3: Independent module controls let operators activate specific RF bands matching localized threat profiles, reducing overall power consumption from the max 600W threshold. This power optimization works in tandem with the heavy-duty tubular radiator, which utilizes a geometry optimized for forced-air heat exchange to rapidly shed thermal energy and keep internal components safely within the -20°C to +55°C operating limits.
Q4: How does the system achieve dual-power flexibility for seamless transition between vehicle and base station operation?: A4: The integrated power regulation board supports wide-range AC inputs (110-240V) for permanent installation using local utility lines or field generators. It simultaneously supports a DC input channel (24-28V), allowing direct integration into a vehicle’s auxiliary electrical bus, ensuring flexible deployment swapping between mobile convoys and static checkpoints.
Q5: To what extent can the frequency bands be customized beyond the default 6-channel setup?: A5: The physical and electronic backplane architecture is engineered for scalability up to 14 distinct channels. Our engineering team can swap or add solid-state power modules to target specific threat profiles anywhere across the 20MHz to 8000MHz spectrum, including specialized tactical bands like 315MHz, 700MHz, 868MHz, 915MHz, or 5.2-5.5GHz.