Verdant Telemetry & Antenna Systems Pvt, Ltd. Thevara, Ernakulam, Kerala

we are offering v/uhf light weight blade antenna. jd 300 l02 is a part of the new generation lightweight airborne antenna series, designed to be used with multi-function communication systems. this straight blade antenna has a wide base and is designed in a low weight, low profile and low drag configuration. the unique design makes the antenna substantially lighter than other conventional straight blade antennas, and thus ideal for uavs, fixed wing aircrafts and helicopters with payload weight restrictions. the fibre reinforced epoxy antenna shell is designed to meet stringent mil requirements. tests in accordance with mil 810 def.

we are offering uav antenna. jd 401 is a broad band (vuhf) low profile blade antenna to be used with communication systems. these antennas are designed as low profile, low drag blade antennas ideally suited for helicopter, fixed wing aircrafts and uav. the fibre reinforced epoxy antenna shell is designed to meet stringent mil requirements. tests in accordance with mil 810 f.

jh 135 is a low profile, light weight airborne vertical stub antenna designed to operate in the frequency band of 135 mhz to 175 mhz. the antenna is designed to be used on kamov-28 type helicopters of the indian navy. these are low profile, low drag stub antennas with excellent aerodynamic properties. the radiating element is encased in a single piece glass fibre reinforced epoxy shell capable of withstanding extreme environmental conditions. this antenna is qualified and suitable for helicopters and subsonic aircraft. we are offering helicopter antenna. tested as per mil 810 de.

we are offering aircraft antenna. jd 301 is a broad band low profile blade antenna designed to be used with multi function communication systems. these antennas are designed as low profile, low drag blade antennas suited for fixed wing aircrafts, helicopters and uavs. the fibre reinforced epoxy antenna shell is designed to meet the stringent mil requirements. tests in accordance with mil 810 f