Zerov-8 Context

Market context

Autonomous interceptor drone designed to engage long-range strike UAVs, including Shahed-type threats.

Target environment: Field sites, tactical environments, inspection routes and aerial operations where unmanned aircraft can collect data or perform missions.
Workflow context: Aerial reconnaissance, inspection, sensing, payload delivery, tactical operation and remote mission support.
Customer context: Defense users, public-safety teams, inspection providers and operators using drones for mission work.
Deployment model: Commercial or available product positioned for customer use, integration or developer adoption.
Commercial maturity: Publicly presented as commercial or available, with maturity depending on deployment scale and support coverage.
Adoption constraints: Adoption depends on regulation, endurance, payload fit, communications, weather tolerance, training and mission approval.
Market position: Zerov sits in the unmanned-aircraft lane, where mission payload, autonomy and operational workflow define value.
Adjacent products: Skydio X10, PDW C100, XTEND Scorpio, AeroVironment Puma

Defence teams

Aerial reconnaissance, inspection, sensing, payload delivery, tactical operation and remote mission support.

Field sites, tactical environments, inspection routes and aerial operations where unmanned aircraft can collect data or perform missions.

Max Speed: speed range: Maximum speed 326 km/h; interception speed up to 270 km/h
Range: Operating radius up to 20 km; detection range: Up to 1 km in ideal high-contrast conditions and about 300 m in difficult weather
Launch Recovery: Tailsitter design with vertical takeoff and landing
Camera System: Daytime or thermal camera
Autonomy Model: TFL Anti-Shahed detection module autonomously detects and tracks aerial targets using movement, thermal signature, and other parameters
Task Scope: Interception of Shahed-type aerial targets
Architecture: operational role: Autonomous counter-UAS interceptor using AI-assisted detection and tracking