Taktischer Multiband-Drohnenstörsender im Rucksackformat mit unabhängiger Modulsteuerung

This portable suitcase-style drone detector provides rapid-deployment (≤90s) airspace security, featuring 10km passive RF sensing, 5km precise telemetry tracking, and an integrated 10.1″ touchscreen.

Full-Spectrum Protocol Data Mining
High-Precision Trajectory & Pilot Mapping
Rapid-Deployment Suitcase Form Factor
All-Weather Dual Battery Power Architecture

Kategorien: Drohnen-Detektor-Serie, Drohnen-Störsender-Serie Stichworte: 300W Tactical Jammer, Backpack Signal Blocker, Unabhängiger Kanalstörer, Tragbarer Drohnenstörsender, Multiband-Gegenmaßnahmen gegen UAS, Portable UAV Interceptor

Produktdetails

Produktbeschreibung

High integration, stable performance and built-in noise reduction technology.
High output power with jamming distance ranging from 800 to 2000 meters (subject to local signal strength).
Independent control for each module for easy operation.
High-performance tubular radiator delivers excellent heat dissipation.
Adopts imported components, with VSWR protection and overheat protection.
Causes no interference to adjacent frequency bands.
Features protection against VSWR disconnection and antenna short circuit.

Indikatorparameter

Support 4 Bands to 12 Bands
Kanal	Betriebsfrequenz	Output Power(±1.5 dBm)
CH1 900MHz	840–960 MHz	47 dBm (50 W)
CH2 1.2G	1150–1300 MHz	47 dBm (50 W)
CH3 1.5G	1570–1620 MHz	47 dBm (50 W)
CH4 2.4G	2400–2500 MHz	47 dBm (50 W)
CH5 5.2G	5150–5300 MHz	47 dBm (50 W)
CH6 5.8G	5700–5900 MHz	47 dBm (50 W)
Funktionsweise des Akkus	1.5h: 24V, 25Ah
Betriebstemperatur	-20 °C bis +60 °C
Gesamtleistung	300W
Stromverbrauch	600 W
Gewicht	Manpack 15kg, antenna 1.5kg, Control Box 0.3kg
Größe	520 × 400 × 230mm
Omni-/Rundstrahlantenne	6–12 dBi Verstärkung
Anmerkung	Anpassung der Störfrequenz: 20 MHz – 8000 MHz

Häufig gestellte Fragen

Q1: What are the main tactical benefits of having completely independent modular switches on a manpack jammer?: A1: Independent module control allows operators to choose specific countermeasure profiles based on the incoming threat. For example, an operator can choose to cut only the drone’s real-time video downlink (1.2G/5.2G/5.8G) while leaving GPS active to track its path, or sever control links entirely to force an immediate automated landing, while simultaneously conserving battery power.
Q2: How does the tubular radiator design improve upon standard flat block heat sinks for backpack operations?: A2: Enclosed backpack environments severely restrict passive airflow. The specialized high-quality tubular radiator maximizes the effective cooling surface area relative to its weight and creates integrated directional airflow chimneys. This rapidly expels core heat away from the 50W solid-state power amplifiers, keeping internal modules completely stable across ambient temperatures ranging from -20°C to +60°C.
Q3: Can the default 6-band configuration be expanded or reprogrammed to deal with specialized field threats?: A3: Yes. The underlying architecture is designed to scale dynamically, supporting anywhere from 4 to 12 distinct modular channels. The RF motherboards can be fully customized and calibrated to target specialized or non-standard frequencies across a massive 20MHz to 8000MHz spectrum, providing complete adaptability against military FPV or proprietary communication links.
Q4: How does the separate external control box improve operational safety and utility for the user?: A4: The ultra-lightweight 0.3kg external control box allows the ground operator to seamlessly switch individual frequency channels on or off and monitor system status directly from their tactical vest. This eliminates the need to remove the main 15kg manpack chassis during active tracking maneuvers, ensuring full situational awareness and immediate reaction capabilities.