The protection of military forces and VIP‘s against RCIED (road side bombs) became a critical task in several regions world wide during the last decade. Secfor offers state-of-the-art solutions for all kind of convoy scenarios and can be installed on any kind of suitable vehicle.
The Convoy Jamming System is a very complete RF-jamming system for vehicular applications with focus on performance:
Ultra high power output: 990W or up to 1290W
Large bandwith: 20 - 6000MHz for typical RCIED scenarios
Public bands: GSM, 850, 900, 1800, 1900, UMTS, CDMA, satellite phones, bluetooth, Wi-fi, Wimax etc.
Digital signal generation (sweep, hopping and spot)
Fully programmable
Graphical user interface
Compact Convoy Jamming System
The protection of military forces and VIP‘s against RCIED (road side bombs) became a critical task in several regions world wide during the last decade.
Secfor offers state-of-the-art solutions for all kind of convoy scenarios and can be installed on any kind of suitable vehicle.
The Compact Convoy Jamming System is a very complete RF-jamming system for vehicular applications with a very good ratio between performance, size and wheigt:
High power output: 450W
Large bandwith: 20 - 3000MHz for typical RCIED scenarios
Digital signal generation (sweep, hopping and spot)
Fully programmable
Graphical user interface
Manpack Jamming System
The Wideband Manpack Jamming System is designed for mobile operations and protection against RCIED for military troops, Special Forces, EOD, law enforcement and intelligence services.
It is a man-packed, lightweight and very powerful jamming system. It jams:
HF, VHF and UHF point-to-point communication
Cellular services
Satellite communication
and several other radio based communication
Core specification:
20 – 500MHz 100W
800 – 2500MHz 100W
Weight: 25kg
The main building blocks of the system are sweep generators with power amplifiers. They cover the required frequency bands. The jamming energy will be radiated with a combination of multiband and single band antennas. The jamming frequency bands are adapted to the transmission characteristics of the antennas.
The system is powered from batteries, or directly from mains power.
Usability:
The system will be operated by a touch screen that is prepared of any kind of mission. The user is able to operate the system by the push of a button.
Additionally the system can be configured, optimized, analyzed and prepared for missions by an engineer via a laptop with easy to use GUI.
It offers a simple status overview of all sub-systems as well as alert functions if a malfunction is detected.
The system components are designed to meet military specifications MIL-STD-810F in respect to shock and vibrations.
