Spinner Federal Systems
Autonomous Interception of Enemy UAVs

A hardware and software system for the automated guidance of fixed-wing and multirotor interceptor drones against reconnaissance and attack UAVs. Operates day and night, in electronic warfare environments and without GPS.

ENLOCK Interceptor — Live Footage

Combat-proven counter-UAS system

OSIRIS UEB-1 — Live Footage

High-speed tactical interceptor
Spinner Federal Systems — Autonomous Interception of Enemy UAVs, page 1 Interception process and system workflow, page 2

Joint Overview

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Two Interceptors. One System.

ENLOCK fixed-wing interceptor UAV

Enlock Interceptor

Key Advantages

  • Stable flight and easy control in strong winds
  • Modular design for rapid field maintenance
  • Low production costs enabled by 3D printing technology
  • Combat-proven effectiveness

Specifications

  • Speed: up to 168 mph
  • Flight time: up to 40 minutes
  • Range: up to 18.6 miles
  • Drone weight: 7.7 lb
  • Warhead weight: 2.05 lb
  • Operating altitude: up to 16,400 ft
OSIRIS UEB-1 multirotor interceptor drone

Osiris UEB-1

Key Advantages

  • Precision terminal guidance against enemy UAVs
  • Stable control at maximum speed
  • AI-powered trajectory prediction and target tracking
  • Combat-proven effectiveness

Specifications

  • Speed: up to 196 mph
  • Flight time: 10+ minutes
  • Range: up to 18.6 miles
  • Drone weight: 8.2 lb
  • Warhead weight: 1.1 lb
  • Operating altitude: up to 17,000 ft

Enlock Unmanned Aircraft System

One system. Two types of interceptors.

Key Advantages

  • Higher probability of successful interception
  • System deployment in under 10 minutes
  • GPS-independent operation and up to 2 hours of autonomy
  • Integration with various types of radars and drones
ENLOCK ground control station — ruggedized twin-case system

Interception Process

01
Threat Detection

The system receives data on the enemy drone from radar, surveillance systems, or an airspace monitoring network.

02
Automatic Calculation

The software analyzes the trajectories of the target and interceptor and calculates the optimal course to the interception point.

03
Interceptor Launch

The operator assesses the situation on the screen and decides whether to launch the interceptor.

04
Automatic Guidance

The drone follows the optimal trajectory to the interception point while the operator monitors the process on the map without manual control.

05
Visual Contact

The system guides the interceptor into a position where the operator establishes visual contact with the target using the onboard camera.

06
Interception

The drone automatically intercepts the target. If necessary, the operator switches to manual control to adjust the final phase.