Zen Technologies, India’s leading anti-drone technology and defence training solutions provider, in collaboration with its subsidiary AI Turing Technologies based in Pune, launched four new products today.These IP-owned innovations – Hawkeye, Barbarik-URCWS (Ultralight Remote Control WeaponStation), Prahasta, and Sthir Stab 640 – cater to a wide range of defence requirements, empowering forces with unmatched tactical superiority and enhanced operational efficiency.
1. Hawkeye (zen.in/hawkeye) epitomizes a state-of-the-art anti-drone system camera, featuringmultiple sensor detection modules for all-weather drone tracking up to 15 km. It ensurescontinuous threat detection and enhanced security.
2. Barbarik – URCWS (zen.in/urcws) is the world's lightest remote-controlled weapon station,offering precise targeting capabilities (5.56mm to 7.62mm calibers) for ground vehicles and naval vessels, maximizing battlefield effectiveness while minimizing personnel risk. The URCWS has undergone recent firing trials at Infantry School Mhow and Armoured School Ahmednagar and performed well.
3. Prahasta (zen.in/prahasta) is a revolutionary automated quadruped that uses LIDAR and reinforcement learning to understand and create real-time 3D terrain mapping for unparalleled mission planning, navigation, and threat assessment. The quadruped can be armed with various caliber weapons such as 9mm, 5.56mm, and 7.62mm. The quadruped can be used as the first line of defence for commandos during CI operations like 26/11, thereby saving lives.
4. Sthir Stab 640 (zen.in/sthirstab640) is a rugged stabilized sight designed mainly for armouredvehicles, ICVs, and boats. The sight encompasses an intelligent fiber optic gyro-stabilized systemand delivers exceptional situational awareness with automatic search and tracking capabilities.The sight can be used in different weapon mounts such as 7.62mm, 12.7mm, 20mm, and 30mm.
1. Hawkeye (zen.in/hawkeye) epitomizes a state-of-the-art anti-drone system camera, featuringmultiple sensor detection modules for all-weather drone tracking up to 15 km. It ensurescontinuous threat detection and enhanced security.
2. Barbarik – URCWS (zen.in/urcws) is the world's lightest remote-controlled weapon station,offering precise targeting capabilities (5.56mm to 7.62mm calibers) for ground vehicles and naval vessels, maximizing battlefield effectiveness while minimizing personnel risk. The URCWS has undergone recent firing trials at Infantry School Mhow and Armoured School Ahmednagar and performed well.
3. Prahasta (zen.in/prahasta) is a revolutionary automated quadruped that uses LIDAR and reinforcement learning to understand and create real-time 3D terrain mapping for unparalleled mission planning, navigation, and threat assessment. The quadruped can be armed with various caliber weapons such as 9mm, 5.56mm, and 7.62mm. The quadruped can be used as the first line of defence for commandos during CI operations like 26/11, thereby saving lives.
4. Sthir Stab 640 (zen.in/sthirstab640) is a rugged stabilized sight designed mainly for armouredvehicles, ICVs, and boats. The sight encompasses an intelligent fiber optic gyro-stabilized systemand delivers exceptional situational awareness with automatic search and tracking capabilities.The sight can be used in different weapon mounts such as 7.62mm, 12.7mm, 20mm, and 30mm.
Rubin Design Bureau, the lead designer of Submarines and Underwater Marine Solutions of Russia, has confirmed that there are discussions with India to collaborate on dev of Autonomous Underwater Vehicles (AUVs), for both civilian and military purposes.
Apparently, NAL has found an industrial partner for manufacturing their 30hp Wankel engine:
There are other IC engines at various stages of development for use on UAVs.
The 30hp Wankel engine is going to be used on NAL's upcoming loitering munition:
Domestic alternative to the IAI Harop & Harpy.
There are other IC engines at various stages of development for use on UAVs.
The 30hp Wankel engine is going to be used on NAL's upcoming loitering munition:
Domestic alternative to the IAI Harop & Harpy.
Why they can not use a miniaturised LCA airframe as base for a new design instead of having that airframe ? how much different would it be compared to Geran class uav ?
Uav/large loitering ammo airframes got good scope of carbon fibre use to make the body , would it be costly ?
Uav/large loitering ammo airframes got good scope of carbon fibre use to make the body , would it be costly ?
Navy's anti-ship swarm drones being developed under the iDEX program:
