Taktisches Pelicase-Trolley-Drohnenstörsystem mit hoher Leistung und Mehrbandunterstützung

This heavy-duty 350W tactical pelicase drone jammer offers rapid mobile defense up to 2km. Featuring a reinforced 100W 2.4GHz module, a 40Ah battery, and an expandable 6-14 band modular chassis with rugged wheels.

Concentrated 350W Output with 100W 2.4GHz Reinforcement
Ultra-Rugged Genuine Pelican Trolley Deployment
High-Capacity 40Ah Battery & 14-Band Scalability
Isolated Modular Redundancy & Independent Switching

Kategorie: Drohnen-Störsender-Serie Stichworte: 100W 2.4G Drone Blocker, 350-W-Hochleistungs-Störsender, Konvoi-Luftabwehr, Modular Multi-Band Suppressor, Pelicase Drone Jammer, Trolley Case UAV Blocker

Produktdetails

Produktbeschreibung

What distinguishes this product from portable manpacks is its outstanding power output per band. Specifically, the 2.4GHz control and video channel is fitted with a powerful 100W module — double the industry standard. This ensures complete disruption of even the most sophisticated drone control links, including long-range tactical protocols.

Rugged Protective Enclosure:The entire hardware set is integrated into a shockproof, drop-resistant and fully weather-sealed case, fitted with built-in wheels and a telescopic handle for excellent field mobility.
Modular 6–14 Band Configuration:The standard version covers 6 key frequency bands, and the system architecture supports expansion up to 14 bands to achieve full spectral coverage.
High-Capacity Battery:It comes with a large built-in 24V 40Ah battery, delivering long runtime for standalone field operations.
Independent Channel Control:Each of the 6 high-power modules can be switched on and off separately, enabling operators to adjust interference modes flexibly according to actual threat conditions.

Indikatorparameter

Support 6 Bands to 14 Bands
Kanal	Betriebsfrequenz	Output power(±1.5dBm)
CH1 433 MHz	428–438 MHz	47 dBm (50 W)
CH2 900 MHz	840–960 MHz	47 dBm (50 W)
CH4 1.2G	1150–1300 MHz	47 dBm (50 W)
CH3 1.5G	1570–1620 MHz	47 dBm (50 W)
CH5 2,4 GHz	2400–2500 MHz	50 dBm(100W)
CH6 5.8G	5700–5900 MHz	47 dBm (50 W)
Funktionsweise des Akkus	24V, 40Ah
Stromversorgung	AC220V
Betriebstemperatur	-20 °C bis +65 °C
Gesamtleistung	350W
Stromverbrauch	700 W
Bruttogewicht	32kg
Größe	560 × 320 × 640mm
Omni Directional antenna	6-8 dBi Gain
Anmerkung	Anpassung der Störfrequenz: 20 MHz – 8000 MHz

Häufig gestellte Fragen

Q1: What is the tactical engineering justification for allocating a massive 100W module specifically to the 2.4GHz band?: A1: The 2.4GHz spectrum is heavily saturated by commercial drone telemetry, industrial remote control protocols, and custom high-power video streams. Standard 50W modules can occasionally experience signal degradation when attempting to breach long-range digital command links or operating near urban RF noise. Providing a dedicated 100W (50dBm) solid-state power amplifier (SSPA) doubles the spectral density, forcing instant connection termination even against military-grade diversity protocols.
Q2: How does the system’s modular redundancy framework guarantee continuous perimeter protection if an internal module fails?: A2: Unlike centralized RF systems where an amplifier fault can disable the entire device, this system treats each frequency channel as an completely independent ecosystem with its own separate bias control, power regulator, and RF shielding block. If an extreme field anomaly damages one channel, the internal isolated power distribution network isolates that module, allowing the remaining five bands to maintain their full rated power outputs without interruption.
Q3: How is the thermal load of a 350W output managed when operating inside a heavy-duty closed Pelican case?: A3: Dissipating the immense thermal energy generated by high-power amplifiers inside a heavy-duty polymer enclosure requires precise airflow mapping. The system features a forced active air cooling matrix utilizing high-RPM industrial intake and exhaust fans. These fans drive cool air through custom-milled internal aluminum heat-sink corridors and pull hot air out through weatherproof, baffle-protected ventilation grids that block moisture ingress while maintaining thermal stability up to +65°C.