The Multi-Band Tactical Frequency Jammer by NIRIKHON delivers full-spectrum RF coverage across cellular, Wi-Fi, GPS, and RC bands, with a 100m+ counter-RCIED and anti-drone neutralization radius. Weighing ≤15kg, it's built for single-operator backpack carry, with a 50m remote control interface for standoff deployment. Rugged IP65 construction ensures field reliability. Backed by a 12-month warranty.
The chassis houses and protects all internal RF, power, and control components within a rugged aluminum alloy structure. This shielded enclosure forms the system's structural foundation, safeguarding sensitive electronics during transport and active field deployment.
This unit coordinates activation across all frequency bands — VHF/UHF, Cellular 2G/3G/4G/5G, Wi-Fi, GPS, and RC — managing which bands are engaged based on operator input. This control core is the operational brain that translates operator commands into coordinated multi-band RF output.
These amplification modules generate the broadband RF output across VHF/UHF, Cellular, Wi-Fi, GPS, and RC frequencies that establishes the system's 100m+ neutralization radius. This is the core transmission engine responsible for the system's full-spectrum jamming capability.
The aluminum alloy radiator draws heat away from the RF amplification modules during sustained multi-band transmission. This passive thermal component is essential to maintaining consistent output power during extended operational sessions.
Working alongside the radiator, the cooling fan assembly actively circulates air to accelerate heat dissipation from internal components. This active cooling system supports continuous, reliable operation during prolonged high-output deployment.
The antenna system radiates the system's broadband RF output across all active frequency bands, projecting the jamming signal to establish the 100m+ neutralization radius. This antenna architecture is the final link between the internal RF modules and the operational field environment.
The system's broadband RF output is engineered to disrupt both remote-controlled improvised explosive device (RCIED) trigger signals and unmanned aerial system (UAS/drone) control links. This dual-threat mitigation capability provides layered electronic protection within a single deployable system.
This panel gives operators direct control to switch individual frequency bands on or off independently, tailoring RF output to the specific threat profile of a given deployment. This selective control minimizes unnecessary spectrum denial while maintaining focused protection where needed.
The local control panel provides direct on-unit access to system operation and status monitoring, allowing operators to manage the system without relying solely on remote control. This interface supports full operational control at the point of deployment.
The RCU extends system control to a 50-meter standoff distance, allowing operators to activate and manage the jammer without maintaining direct physical proximity. This remote interface supports safer operational positioning during active threat response.
The internal rechargeable battery supplements the system's external power inputs, supporting sustained operation during extended tactical missions where fixed power sources are unavailable. This battery reserve ensures continuity of protection throughout mission duration.
This system manages power delivery from AC mains, DC, or vehicle-based sources, giving operators flexible power sourcing whether deployed at a fixed post, aboard a convoy vehicle, or in a field command position. Flexible power input ensures the system remains operational across varied deployment scenarios.
The VSWR isolation system monitors signal reflection within the RF transmission path, protecting internal amplification modules from damage caused by antenna mismatch or output irregularities during operation.
Built-in over-current and over-temperature protection continuously monitors internal system conditions, automatically safeguarding components from damage during sustained high-output operation.
The system's IP65-rated sealing protects internal components from dust and water ingress, ensuring reliable operation across outdoor field conditions ranging from -10°C to +55°C.
The backpack harness enables single-operator carry of the complete ≤15kg system, distributing weight for extended mobility during field deployment by EOD and tactical response teams.
The system's build is engineered to withstand shock and vibration stress encountered during transport and active field movement, maintaining structural and operational integrity across rugged terrain.
The system meets EMC/RF safety compliance standards, ensuring safe co-operation alongside other institutional communication and electronic equipment during deployment.
The system's rugged, shock-resistant construction and backpack architecture support secure transport between deployment sites, maintaining protection for internal components throughout mobilization.
Yes. The system provides broadband coverage across Cellular 2G/3G/4G/5G and GPS L1/L2/L5 bands as part of its full-spectrum jamming architecture, with an operational neutralization radius exceeding 100 meters. Independent per-band switching allows operators to activate multiple bands concurrently, including 5G and GPS together, without one band's output compromising another's effective range.
The system integrates a high-efficiency aluminum alloy radiator paired with an active cooling fan assembly to manage heat generated during sustained transmission. This combined passive-and-active thermal management is designed to support continuous operational reliability during extended full-load deployment periods.
The system incorporates VSWR isolation protection, which monitors signal reflection within the RF transmission path and safeguards internal amplification modules from damage caused by antenna mismatch, damage, or disconnection. This protects the system's core electronics from failure even under compromised antenna conditions.
The Remote Control Unit (RCU) allows operators to activate and manage all system functions from up to 50 meters away, without requiring direct physical proximity to the unit. This standoff capability supports safer operational positioning for EOD and tactical response teams during active deployment.
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