HF sectionalised manpack steel whip antenna composed of several thin wall stainless steel sections connected with elastic rope. Elastic rope tension enables good electrical contact between sections and quick deployment of the antenna within seconds.

UHF 225 - 512 MHz wideband mobile low-profile antenna. The antenna radiator is composed of the flexible goose neck and the flexible whip above the matching unit in the center. The antenna radiator is attached to the separate magnet base with the integrated coaxial cable length of 4 meters.

Wideband portable/mobile VHF/UHF monopole antenna (30 - 512 MHz). The antenna radiator is composed of two parts: the whip made of special strong and flexible stainless steel whip with spring at the bottom and the matching transformer unit above the N male coaxial connector.

Wideband, monopole, dual band VHF mobile antenna. The antenna radiator is composed of two parts: the whip made of special strong and flexible stainless steel whip spring at the bottom and the matching transformer unit above the N male coaxial connector.

Family of tape whip antennas for VHF manpack radio. The antenna radiator is composed of several multilayered tapes connected together to ensure good conductivity, flexibility and robust construction. Complete radiator is covered with plastic sleeve. The antenna comes with velcro tape for storage when not in use.

Wideband tape whip VHF antennas for manpack radio. Electrically the antenna is optimised for all exploitation conditions (radio on back, at the breast, on the ground, etc.) so it is not necessary for additional tuning. The antenna is composed of radiating part made of special steel multilayer tape material ensuring high flexibility and roughness.

Antenna for manpack radios, 20 - 175 MHz. a wideband low-profile monopole antenna covering frequency range from 20 to 175 MHz. The antenna is composed of two parts: the blade radiator and the matching transformer unit above the N male coaxial connector.

Wideband tape whip antenna for manpack radios, 30 - 512 MHz; Rev. B. The antenna electrical performances are optimised for use on manportable radio units and other RF devices with relatively small ground plane.
The antenna is composed of radiating part made of bendable tape radiator ensuring high flexibility and roughness.

VHF/UHF wideband dipole long manpack/handheld antenna (30 - 512 MHz). Electrically the antenna is optimised for all exploitation conditions (portable radio unit on operator body, hand, ground, etc.) so it is not necessary to additionally tune the antenna. The antenna is composed of six basic elements.

Wideband sectionalised whip VHF antenna for manpack radios. The antenna radiator is composed of 8 sections made of thin wall copper plates stainless steel with tubular joints and elastic rope enabling fast deployment. The antenna has built-in a special passive transformer tuning network enclosed in fiberglass housing above the input coaxial connector.

Wideband sectionalised whip VHF antenna for manpack radios. The antenna radiator is composed of 8 sections made of thin wall copper plates stainless steel with tubular joints and elastic rope enabling fast deployment. The antenna has built-in a special passive transformer tuning network enclosed in fiberglass housing above the input coaxial connector.

Wideband VHF flexible antenna for portable / handheld radios. Electrically the antenna is optimised for all exploitation conditions (radio in hand, at the side, etc.) so it is not necessary for additional tuning. The antenna is composed of radiating part made of special wounded wire or helix and covered with a heatshrinkable tube with silicone undercover ensuring high flexibility and roughness.

Short antenna for handheld and manpack radios, 30 - 512 MHz. Electrically the antenna is optimised for all exploitation conditions (radio in hand, at the side, at the breast etc.) so it is not necessary to tune the antenna with cutting.

Wideband monopole whip Antenna for handheld/manpack radios 138-176 MHz. Electrically the antenna is optimised for all exploatation conditions (radio in hand, at the side, etc.) so it is not necessary to additionaly tune the antenna. The antenna is composed of radiating part made of special wounded wire and covered with a heatshrinkable tube.

Wideband VHF tape antenna for handheld radios. Electrically the antenna is optimised for all exploitation conditions (radio in hand, at the side, at the breast etc.) so it is not necessary for additional tuning. The antenna is composed of radiating part made of special steel multilayer tape material covered with a plastic sleeve ensuring high flexibility and roughness.

Wideband VHF tape antenna for handheld/portable radios (30 - 175 MHz). Electrical performances of the antenna are optimised for handheld radios. The antenna is composed of radiating part made of tape radiator, covered with plastic sleeve and of the antenna matching unit with built-in a special passive transformer tuning network enclosed in plastic housing above the input coaxial connector.

Wideband VHF/UHF long tape antenna for handheld and manpack radios, 30 - 512 MHz. Electrically the antenna is optimised for all exploitation conditions (radio in hand, at the side, etc.) so it is not necessary to additionally tune the antenna. The antenna is composed of radiating part made of bi-directionally foldable tape radiator covered with plastic sleeve.

Long antenna for handheld and manpack radios, 30 - 512 MHz. Electrically the antenna is optimised for all exploitation conditions (radio in hand, at the side, etc.) so it is not necessary to additionally tune the antenna.

Short tape antenna for handheld and manpack radios, 30 - 512 MHz. Electrically the antenna is optimised for all exploitation conditions (radio in hand, at the side, etc.) so it is not necessary to additionally tune the antenna.

Wideband antenna for handheld portable radios (225 - 512 MHz). Monopole whip antenna optimised for all exploitation conditions (radio in hand, at the side, at the breast etc.) so it is not necessary to additionally tune the antenna. The antenna is composed of radiating part made of special wounded wire and covered with a heatshrinkable tube.

Antenna for manpack radios (225 - 512 MHz). Wideband center-fed antenna makes the antenna insensitive of the shape and dimensions of the radio unit. The antenna is composed of radiating part made of bi-directional bendable blade radiator and covered with a plastic tube ensuring high flexibility and roughness.

Wideband antenna for handheld or manpack radio (L = 500 mm; 225 - 512 MHz; TNC male) A specially designed UHF monopole whip, The antenna is end-fed halfwave monopole whip with capacitive loading on the radiator and the impedance matching unit above the antenna connector. The antenna is optimised for all exploitation conditions (radio in hand, at the side, at the breast etc.) so it is not necessary to additionally tune the antenna.

Short wideband antenna for handheld portable radios (410 - 510 MHz). The handheld whip antenna AD-44/E-HHS is a wideband monopole whip. Electrically the antenna is optimised for all exploitation conditions (radio in hand, at the side, at the breast etc.) so it is not necessary to additionally tune the antenna.

Light center-fed antenna with TNC connector (225 - 512 MHz) for installation on portable radios or vest kit. A center-fed design makes the antenna insensitive to the shape and dimensions of the radio unit. The antenna is composed of radiating part made of bi-directional bendable blade radiator and covered with a plastic tube ensuring high flexibility and roughness.

VHF/UHF wideband dipole antenna for handheld and manpack radios, 30 - 512 MHz. Electrically the antenna is optimised for all exploitation conditions (portable radio unit on operator body, hand, ground, etc.) so it is not necessary to additionally tune the antenna. The antenna is composed of four basic elements (from the bottom up): Current-choke unit, flexible goose-neck, matching unit and tape radiator..

Lightweight center-fed antenna for handheld/manpack radio (30 - 512 MHz; TNC male). Electrically the antenna is optimised for all exploitation conditions (portable radio unit on operator body, hand, ground, etc.) so it is not necessary to additionally tune the antenna.

Dual-Band UHF Manpack Antenna, 915 & 2450 MHz. Electrically the antenna is optimised for all exploitation conditions (portable radio unit on operator body, hand, ground, etc.) so it is not necessary to additionally tune the antenna. The antenna is composed of three basic elements (from the bottom up): Connector unit, flexible goose-neck and dipole radiator.

Antenna for handheld and manpack radios, 100 - 512 MHz. Electrically the antenna is optimised for all exploitation conditions (radio in hand, at the side, etc.) so it is not necessary to additionally tune the antenna.

Antenna for handheld and manpack radios, 100 - 512 MHz. The antenna is composed of radiator and transformer unit with connector. The new construction of the radiator consist different materials which gives the radiator its flexibility and roughness. In the middle of the radiator is reactive loading enabling flat gain curve in the UHF frequency range.

A flight-qualified , L-band, multi-element patch antenna optimized to operate over frequencies from 820 to 960 MHz. It is ideally suited for a breadth of applications, including signal intelligence (SIGINT), intelligence, surveillance, and reconnaissance (ISR), direction-finding, communications, and electronic warfare.

This hybrid spiral antenna is designed for UFO, MUOS SATCOM band and vehicular use. The antenna has been optimised for the MUOS bands. The unique pattern is designed for cardioid shaped gain overhead to 10 degrees in elevation where SATCOM links are more difficult to close. It can be mounted on a vehicle surface with no degradation to the pattern or VSWR and is ground plane independent.

Initially designed for flush mount on a tubular chassis mounting, the HSA-2438A is a low-profile, compact spiral antenna suitable for vehicular or airborne use. The pattern is designed for uniform gain overhead to 45° in elevation. The hybrid spiral antenna can be flush mounted on a vehicle or airborne surface with little to no degradation to the pattern or VSWR.

Designed for a conformal airborne application operating in extreme environments, vibration, and speed, this low-profile, compact spiral antenna is suitable for vehicular or airborne use. The pattern is designed for uniform gain overhead to 40° in elevation. The antenna can be flush mounted on a vehicle or airborne surface with little to no degradation to the pattern or VSWR.

Initially designed for flush mount on a tubular chassis mounting, this low‐profile, compact spiral antenna is suitable for vehicular or airborne use and low visibility applications. The pattern is designed for uniform gain overhead to 40 degrees in elevation. The hybrid spiral antenna can be flush mounted on a vehicle or airborne surface with little to no degradation to the pattern or VSWR. This rugged spiral has optional side or bottom mounted connectors.

The JEM‐150 low‐profile whip antenna is optimised for vehicular use with a removable whip (included). The whip antenna system can be mounted to tubular chassis quick connect for off-road type applications. The UV‐stabilized fiberglass mast is small in diameter to reduce visibility. The tuning network is designed to be mounted below the ground plane with either a side or bottom connector.

This low profile antenna is designed for .75” cavity depth mounting. It is capable of high input power and efficiency. The Magnetic Flux Channel (MFC) technology included in this antenna is designed using high hesitivity, low‐loss material. The tech provides exceptional UHF UFO/MUOS capabilities in a 3/4” thick low‐profile form‐factor.

This low profile antenna is designed for 1.75” cavity depth, flush mount in non-ferromagnetic material. The Magnetic Flux Channel (MFC) antenna is designed using high hesitivity, low-loss material. This tech is combined with beamforming technology to provide AS-3916 performance in SINCGARS band, exceptional UHF LOS gain, and UHF UFO/MUOS SATCOM capabilities in a 1.5” thick low-profile form-factor.

Initially designed for tubular chassis mounting, the JEM-350 is a bent wire monopole-type antenna that is suitable for low-profile operation. The whip is designed with a quick disconnect to the connector box for additional flexibility.

Compact, low‐profile, single‐port antenna covering two broad bands from 800MHz to 1GHz, and 1.7GHz to 2GHz. Circularly polarized with fixed scan angle of 30°. This antenna has been qualified for airborne ISR applications.

Compact, low-profile, single-port antenna covering two broad bands from 800MHz to 1GHz, and 1.7GHz to 2GHz. This antenna is a single element version of the MBA-0085 multi-band array and has been qualified for airborne ISR applications.

Compact, low-profile, single-port antenna covering multiple bands from 400MHz to 2.2GHz. This antenna has been qualified for airborne ISR applications.

A compact, low-profile, single-port antenna that covers multiple bands. This antenna has been qualified for airborne intelligence, surveillance and reconnaissance (ISR) applications. The MBA-0127 is the right-hand circularly-polarized (RHCP) version of the MBA-0127-1.

Compact, low-profile, single-port antenna covering multiple bands. This antenna has been qualified for airborne ISR applications.

A compact, low-profile, single-port antenna covering multiple bands from 800 MHz to 1000 MHz and 1700 to 2000 MHz.

A transducer for short range reading and writing of RFID tags including GEN2 tags. The transducer is ROHS Compliant. Versatile for various forms of equipment.

Dual-Band UHF Manpack Antenna, 915 & 2450 MHz. Electrically the antenna is optimised for all exploitation conditions (portable radio unit on operator body, hand, ground, etc.) so it is not necessary to additionally tune the antenna. The antenna is composed of three basic elements (from the bottom up): Connector unit, flexible goose-neck and dipole radiator.

Ultra Wideband Manpack Antenna, 225 - 2500 MHz Rev.A. The antenna is sleeve dipole center fed design thus enable to work without the presence of the ground plane. Radiation part of the antenna is fully enclosed in a fiberglass radome. The military antenna is also equipped with the flexible goose neck allowing the antenna to be bent in almost every position.

Ultra Wideband Manpack Antenna - 1000 - 2500 MHz. The antenna is sleeve dipole center fed design thus enable to work without the presence of the ground plane. Radiation part of the antenna is fully enclosed in a fiberglass radome. The military radio antenna is also equipped with the flexible goose neck allowing the antenna to be bent in almost every position.

Ultra Wideband Manpack Antenna - 500 - 3000 MHz. The antenna is a sleeve dipole center fed design thus enable to work without the presence of the ground plane.
Radiation part of the antenna is fully enclosed in a fiberglass radome. The military software defined radio antenna is also equipped with the flexible goose neck allowing the antenna to be bent in almost every position.

A broadband blade optimised for intelligence, surveillance and reconnaissance (ISR), as well as signal intelligence (SIGINT) applications

A broadband card antenna that is optimised for frequencies between 30 to 800 MHz.

A broadband blade optimised for intelligence, surveillance and reconnaissance (ISR), as well as signal intelligence (SIGINT) applications.

Initially designed for portable, low-profile use, this card style antenna is ideal for monitoring, comms and high power transmission in the cellular 2G/3G/4G, LTE, Wi-Fi, Wi-Max spectrum. This ultra broadband, flat gain antenna is designed for any type of software defined radio with 700 – 3200 MHz capability. A tubular chassis mounting assembly is optional.

A flight-qualified L-band patch antenna optimized for frequencies from 1710 to 1990 MHz. It is ideally suited for a breadth of applications, including signal intelligence (SIGINT), intelligence, surveillance, and reconnaissance (ISR), direction-finding, communications, and electronic warfare (EW).

A medium-power circular spiral antenna optimized for frequencies from 1000 MHz to 6000 MHz. This antenna is optimized for vehicular operations in harsh environments. It provides wide bandwidth, broad beamwidth, and high RF efficiency in a compact and extremely rugged chassis.

A high-power circular spiral antenna optimized for frequencies from 300 MHz to 2300 MHz. This antenna is optimized for vehicular operations in harsh environments. It provides wide bandwidth, broad beamwidth, and high RF efficiency in a compact and extremely rugged chassis.

An ultra-thin, square, spiral antenna. The spiral is less than 9/16” thick with an optional absorber pad for transmission in a single direction (unidirectional operating mode). An 18 GHz extended band version is also available (HSA-1180).

A low‐profile, compact spiral antenna ideally suited for handheld and vehicular applications. This antenna provides wide bandwidth, broad beamwidth, and high RF efficiency. This lightweight antenna is rugged and weather resistant.

The JEM-1560 is a wideband handheld antenna for low-profile use on handheld radios. The high-efficiency, robust antenna design is ideally suited to high power, large bandwidth applications.

Compact, low‐profile, single‐port antenna covering two broad bands from 800MHz to 1GHz, and 1.7GHz to 2GHz. Circularly polarized with fixed scan angle of 30°. This antenna has been qualified for airborne ISR applications.

Compact, low-profile, single-port antenna covering two broad bands from 800MHz to 1GHz, and 1.7GHz to 2GHz. This antenna is a single element version of the MBA-0085 multi-band array and has been qualified for airborne ISR applications.

A compact, low-profile, single-port antenna that covers multiple bands. This antenna has been qualified for airborne intelligence, surveillance and reconnaissance (ISR) applications. The MBA-0127 is the right-hand circularly-polarized (RHCP) version of the MBA-0127-1.

A compact, low-profile, single-port antenna. With an efficiency of over 50% for the aperture across the entire band, The Sentry has unparalleled performance. This antenna can be installed in many locations on any aircraft or on other vehicles and placed both on conductive and non-conductive surfaces. The MBA-0162 is the 30° scan version of the MBA-0162-1.

A low profile, multi-band antenna array with a single (1) output port. This lightweight antenna has excellent low-frequency performance in a 1.75” thick profile. It has been qualified using RTCA DO-160G. The MBA-0187 is the single-port version of the MBA-0183 (not available in the UK).

A low-profile, multi-band antenna array with two output ports. This lightweight antenna has excellent low frequency performance in a 2” thick profile. This antenna has been qualified using RTCA DO-160G. Optional mounting accessories.

A low-profile, multi-band antenna array with three output ports. This lightweight antenna has excellent low frequency performance in a 2” thick profile. This antenna has been qualified using RTCA DO-160G. Three connectors are on the rear of the antenna.

An unmanned aerial vehicle (UAV) and land vehicular-qualified blade antenna designed for ground-to-ground, ground-to-air, and air-to-ground communications systems. This antenna is optimised for S-band up and downlinks for integrated use with radomes and electronic systems.

This UAV and vehicular qualified antenna is designed for ground-to-ground, ground-to-air and air-to-ground communications systems. It is optimized for the L, S, and C-band downlinks with low drag operations. A magnetic mount or tubular chassis mounting assembly is optional.

This UAV and vehicular qualified antenna is designed for ground‐to-ground, ground‐to‐air, and air‐to‐ground communications systems. A versatile antenna, it is optimised for the 20 – 1200 MHz applications with low drag operations.

This UAV and vehicular qualified antenna is designed for ground‐to-ground, ground‐to‐air and air‐to-ground communications systems. It is optimized for the 400 – 6000 MHz applications with low drag operations.

This upgraded blade antenna is capable of 5psi side loading, up 2.5 psi from its predecessor, the UVW-0430A. It is designed for ground‐to-ground, ground‐to‐air and air‐to-ground communications systems and optimised for 400 – 6000 MHz applications with low drag operations.

An unmanned aerial vehicle- (UAV) and land vehicular-qualified blade antenna optimised for L- and S-band downlinks with low drag operations. A magnetic mount or tubular chassis mounting assembly is optional for vehicular use.

Encases (2) genetic antennas in one housing, optimising it for dual-band applications. It operates at frequencies from 50 to 500 MHz as well as 500 to 2000 MHz. The antenna is able to receive vertical, horizontal, RHCP and LHCP polarised signals equally.

A broadband antenna that operates at frequencies from 1.4 GHz to 2.4 GHz. This flight qualified antenna is optimised for signal intelligence (SIGINT) transmit applications up to 25 W. Other applications include multi-band communications.

A broadband antenna that is optimised for frequencies from 1.6 to 6.0 GHz. This flight qualified antenna provides medium gain and sector coverage.

A broadband antenna that is optimised for frequencies from 1.6 to 6.0 GHz. This flight qualified antenna provides medium gain and sector coverage.

A broadband antenna that is optimised for frequencies from 1.6 to 6.0 GHz. This flight qualified antenna provides high gain and sector coverage.

A vertically polarised, ultra-thin, flat panel antenna which provides high‐level performance in a unique design, allowing it to fit where no other antennas are able. Maximises transmission/detection signals. Easy to install and provides exceptional coverage across an ultra‐wide frequency range. The ‐2 version provides a dual output and ‐3 provides a three output system.

A vertically-polarised, flat panel antenna, which provides high-level performance in a unique design that allows it to fit where no other antennas are able. The FPA-218 is the medium (13.8” square) version of the FPA-218-2. The FPA-218‐3 is the large version, with a three-output system.

A vertically-polarised, flat panel antenna, which provides high-level performance in a unique design that allows it to fit where no other antennas are able. The FPA-218 is the medium (13.8” square) version of the FPA-218-2. The FPA-218‐3 is the large version, with a three-output system.

Rugged and weather resistant, this low profile, JEM’s 12″ square spiral antenna is ideally suited for vehicular use. It provides wide bandwidth, broad beam width and high RF efficiency.

A low profile, compact 6" square spiral antenna ideally suited for handheld and vehicular applications. This antenna provides wide bandwidth, broad beamwidth and high RF efficiency. The lightweight antenna is rugged and weather resistant.

A low-profile, compact spiral antenna ideally suited for handheld and vehicular applications. This lightweight antenna is rugged and weather resistant. It provides wide bandwidth, broad beam width, and high RF efficiency. The HSA-056A is the mid-power (25 W) version of the HSA-056 (5 W).

A low-profile, compact spiral antenna ideally suited for handheld and vehicular applications. This lightweight antenna is rugged and weather resistant. It provides wide bandwidth, broad beam width, and high RF efficiency. The HSA-056B is the high-power (50 W) version of the HSA-056 (5 W).

A low profile, compact spiral antenna ideally suited for airborne and vehicular applications. This antenna provides wide bandwidth, broad beamwidth, and high RF efficiency. This lightweight antenna is rugged and weather resistant.

A broadband blade antenna. The antenna is linearly-polarised and provides medium gain, as well as omni coverage. Other applications include multi-band communications.

The LBC-0718 is a vertically polarised broadband antenna that provides medium gain and omni coverage. It operates within frequencies between 0.7 and 18 GHz.

An ultra-wideband omni directional. The antenna has excellent aperture efficiency. It has +1 to +7 dBi over 95% of the band and tuned using state of-the-art pattern modelling for optimal performance.