JC7-1575
GPS Band Jammer Omni Antenna
| Model | Product Description | Frequency | Gain | Download | Enquiry | |
|---|---|---|---|---|---|---|
| JC7-1575 | GPS Band Jammer Omni Antenna | 1550 -1590MHz | 7 dBi. |
The JC7-1575 is a professional-grade, Omni-Directional High Gain Jammer Collinear Antenna specifically engineered for the 1550–1590 MHz frequency range. Delivering a consistent 7 dBi gain, this tactical aperture is optimized for neutralizing GPS L1 signals and disrupting high-speed data links within the upper L-band. Featuring a ruggedized ABS radome and versatile mounting configurations, the JC7-1575 provides persistent electronic protection for military vehicles, man-packs, and fixed-site installations.
Design: Precision GPS L1 Band Dominance
The JC7-1575 is optimized for mission-critical Electronic Warfare (EW) hubs requiring a potent "Denial Zone" against satellite-based navigation and timing.
- High-Efficiency Collinear Build: By utilizing vertically stacked, high-quality radiating elements, the antenna achieves a narrow 36-degree vertical beamwidth. This concentrates RF energy toward the horizon, maximizing the effective jamming radius against ground-based receivers and low-altitude aerial assets.
- Superior Impedance Matching: Engineered to maintain an exceptional VSWR of better than 1.5:1 across the entire bandwidth, ensuring maximum power transfer and protecting sensitive transmitter hardware from reflected power.
- Aero-Dynamic Profile: The cylindrical enclosure is designed for low wind loading (200 Km/Hr rating) and minimal ice formation, ensuring stable performance in extreme climates.
Construction: Tactical Versatility & Hardening
Built for 24/7 survivability in frontline combat environments, the JC7-1575 offers the most flexible mounting suite in its class.
- Ruggedized ABS Radome: The radiating core is fully enclosed in a high-strength 45 mm diameter ABS radome. This material provides excellent RF transparency and superior mechanical robustness to withstand physical impact and UV degradation.
- Corrosion-Resistant Materials: Constructed from 6063T6 ultra-corrosion resistant aluminum alloy, the radiators and support pipes are finished in Military Olive Green for a low visual signature.
- Five Tactical Mounting Options:
- Standard NATO 4-Hole: For armored vehicle integration.
- Roof-Top Hole (16mm): For discreet vehicular installation with N-Female termination.
- Direct Man-Pack: Optimized for dismounted equipment with M-Male termination.
- Pole Mount: Suitable for fixed-site pipes between 32–51mm.
- Shock-Absorbing NATO Mount: Equipped with a bi-conical spring to absorb high-intensity vibrations during off-road maneuvers.
EW, SIGINT & Monitoring Compatibility
- Electronic Warfare (EW): Primary tool for GPS L1 navigation denial and signal spoofing.
- Counter-UAS (C-UAS): Specifically designed to disrupt the GNSS/GPS navigation systems of tactical drones.
- Signals Intelligence (SIGINT): The clean noise floor and stable gain allow for high-fidelity intercept of L-band satellite telemetry and data links.
- Theater Awareness: The 360-degree horizontal coverage ensures total situational dominance for early warning systems.
Key Advantages
- 7 dBi High Gain: Provides an extended protective "bubble" compared to standard low-gain whips.
- 150W Power Capacity: Handles high-intensity, continuous-duty RF transmission for sustained jamming.
- Multi-Platform Agility: Can be transitioned from a vehicle to a man-pack or base station in minutes.
- Zero Field Tuning: Fully factory-tuned for immediate "plug-and-play" deployment.
- Compact SWaP Profile: 500 mm length and 1 Kg weight make it ideal for weight-sensitive tactical platforms.
Design Features : The JC7-1575 Jammer collinear antenna is rugged all weather model, enclosed in a ABS radome, uses all ultra corrosion resistant aluminum alloy and does not require any field tuning or adjustments. The compact size of omni-directional antenna allows easy handling, shipping and highly suitable for transmitting, receiving including GPS L1 band without having the requirement of multiple antennas. Cylindrical enclosure is used for low wind loading and for minimal effect of ice formation on the antenna operation as well as providing an aesthetically pleasing appearance.
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