Zerov-8

Zerov-8 is an AI-powered aerial interception platform developed for counter-UAV operations, specifically targeting fast-moving threats such as loitering munitions. Built as a tailsitter VTOL system, it combines missile-like speed with drone-level maneuverability, enabling rapid deployment and agile engagement.

The system emphasizes early detection as the key advantage in interception. Its onboard AI processes motion patterns, thermal signatures, and environmental data to identify targets significantly earlier than traditional systems, extending the engagement window and increasing interception success rates.

Core Capabilities

• Autonomous aerial target detection at 2–3× greater distances than comparable systems
• High-speed interception of targets moving up to 270 km/h
• AI-based tracking with continuous target lock support
• Vertical takeoff with rapid climb (≈30 seconds to engagement profile)
• Thermal and daylight targeting options
• Parallel detection and tracking without interfering with flight control
• Fail-safe operation under electronic warfare conditions
• Future integration with external radar and targeting systems

Detection & Targeting System

Zerov-8 integrates the TFL Anti-Shahed detection module, which enables autonomous identification and tracking of aerial threats. The system highlights targets in real time and maintains stable tracking while allowing the pilot to control interception strategy.

Detection performance:

• Up to 1 km in optimal conditions
• Up to 300 m in low-visibility or complex environments

This early detection advantage provides additional time and distance for maneuvering, which is critical for successful interception.

Mission Applications

• Countering loitering munitions (e.g., Shahed-type UAVs)
• Air defense against ISR and strike drones
• Protection of infrastructure and critical assets
• Operations in EW-contested and low-visibility environments

Design & Architecture

Zerov-8 uses a tailsitter VTOL configuration, allowing vertical launch and efficient transition into high-speed forward flight. This design supports rapid deployment without the need for runways while maintaining aerodynamic efficiency during interception.

The platform integrates onboard AI modules, thermal or optical sensors, and communication systems into a compact, mission-ready interceptor optimized for real-world combat conditions.