Pending Taxonomy
AUSA 2018, Washington D.C., USA
Zen Technologies demonstrated key components of US Army’s Synthetic Training Environment (STE) with Point of Need systems bringing training and
High-Speed Kinetic Interception Against Hostile Drones
What This System Is
Hyper-Strike Falcon is a next-generation high-speed interceptor designed for autonomous counter-UAS missions. Developed as the kinetic strike element of an integrated counter-drone ecosystem, it enables rapid engagement of hostile aerial threats.
Onboard artificial intelligence supports autonomous target tracking, classification and terminal engagement.
Designed for rapid-response counter-UAS missions, Hyper-Strike Falcon bridges the gap between threat detection and physical neutralisation.
The interceptor operates as part of an integrated C-UAS architecture, receiving target information from detection and tracking systems and executing high-speed interception with minimal engagement delay.
Hyper-Strike Falcon achieves speeds exceeding 280 km/h, enabling rapid interception of fast-moving aerial threats.
Onboard processing enables intelligent target tracking and engagement, supporting autonomous operation during the interception sequence.
The system is designed to engage aerial threats at distances of up to 5 km, with Return-to-Home capability on mission abort.
Hyper-Strike completes the detect–track–engage cycle by integrating with detection and tracking systems.
The interceptor is designed to operate as the kinetic engagement layer within a broader counter-UAS ecosystem.
Hyper-Strike incorporates significant indigenous technology and manufacturing content, including motors, ESCs, autopilots and propellers manufactured in India.
Hyper-Strike Falcon is designed to integrate with the wider C-UAS architecture, allowing the interceptor to receive threat information from detection and tracking systems before executing the engagement.
Hyper-Strike supports two mission-configurable warhead options, enabling the interceptor to be configured for different engagement requirements.
Rapid Response. Autonomous Guidance. Kinetic Interception.
| Parameter | Specification |
|---|---|
| Maximum Speed | >280 km/h |
| Endurance | 5 minutes |
| Operational Range | Up to 5 km |
| Airframe Weight | 4 kg |
| Payload Capacity | 200 g |
| Guidance | Autonomous AI-enabled |
| Role | Counter-UAS Interceptor |
| Development | Indigenous / IDDM |
Pending Taxonomy
Zen Technologies demonstrated key components of US Army’s Synthetic Training Environment (STE) with Point of Need systems bringing training and
Pending Taxonomy
Autonomous Weapon Platform - Zen Technologies Products
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