Gobi Tempest

GOBI TEMPEST is a mid-range, charge-carrying interceptor designed to defeat Group 2–3 aerial threats at distance. From detection to interception, the platform operates with minimal human input, leveraging system autonomy to identify, track, and neutralize hostile drones before they reach critical assets. Built for modern air defense, GOBI TEMPEST extends protection beyond the perimeter, enabling forces to engage threats earlier, faster, and at scale.

Gobi Tempest is an autonomous interceptor designed to rapidly engage Group 2–3 aerial threats. Built to carry a mission-configured payload for extended operational reach, it enables fast and precise threat neutralization in complex and contested environments.

Always-On High-Speed Response

GOBI TEMPEST delivers persistent, autonomous air defense for border protection and critical infrastructure. Integrated with a launchbox, proprietary communications, ground radar, and EO/IR sensing, the system continuously monitors airspace and responds instantly when a threat is confirmed. Once authorized, launch occurs within seconds. Electric propulsion enables rapid acceleration and sustained pursuit, ensuring interception of fast-moving targets before they penetrate defended zones.

Autonomous Navigation

GOBI TEMPEST utilizes proprietary terminal guidance algorithms to enable autonomous tracking and engagement from launch through interception.

Threat Neutralization

GOBI TEMPEST is purpose-built to counter high-volume aerial threats. Each interceptor carries an integrated warhead capable of neutralizing targets within close proximity, enabling effective engagement of maneuvering drones. Its low unit cost and expendable design allow for deployment in large numbers, supporting swarm-on-swarm engagements.

System Integration

GOBI TEMPEST integrates seamlessly into existing C2 architectures and operates with localized autonomy. The system supports coordinated swarm operations, enabling multiple interceptors to engage multiple targets simultaneously with minimal operator burden. This ensures effective defense across complex, high-density threat environments.