Strizh High-Speed Interceptor Drone Platform

Strizh High-Speed FPV Platform (Intelligent Navigation & Visual Tracking)

Product Overview: This high-performance FPV platform features an aerodynamically optimized streamlined design, built with aviation aluminum and carbon fiber as core materials, delivering an exceptional thrust-to-weight ratio and agile maneuverability. It accelerates from 0 to 100 km/h in less than 1 second, with a top speed of 400 km/h. Equipped with an intelligent flight control system and advanced visual tracking capability, it can perform high-difficulty maneuvers such as spiral rolls, dynamic object following, and rapid ascents/descents, suitable for high-speed inspection, area monitoring, and complex environment operations.

Basic Frame Parameters

• Material: Aviation aluminum, modified nylon, carbon fiber material
• Unfolded Dimensions: 295 × 295 × 301.5mm
• Standard Equipment Capacity: 0.3kg
• Maximum Equipment Capacity: 0.5kg

Flight Performance Parameters

• Maximum Operational Altitude: 2000m
• Maximum No-Load Flight Range: 7km
• No-Load Flight Time: 10 minutes
• Equipment Loaded Flight Time: 3 minutes
• Maximum Flight Speed: 400km/h
• Acceleration Performance: 0-100km/h acceleration time less than 1 second

Vision & Navigation System

• Visual Tracking Range: 300 meters
• Minimum Detectable Object Size: 0.5 meters
• Navigation System: Intelligent AI-Assisted Navigation

Core Product Features

1. Aerodynamic Design: Streamlined airframe with low drag coefficient, engineered for stable high-speed flight in turbulent and complex environments, with strong all-weather operational capability.

2. Modular Structure: The fuselage can be disassembled via bolts. The upper section features a 380cm³ modular equipment compartment adaptable for various sensors, cameras, or specialized mission gear, while the middle and lower sections are equipped with 4 tail fins and inverted racing motors to ensure precise control in demanding environments.

3. Maneuverability: Capable of various high-difficulty aerial maneuvers including spiral rolls, dynamic object following, and rapid ascents/descents, adapting to complex terrain and dynamic operational scenarios.