Uav Resistance Guard Guide Module

1. Product Overview

• Weight: 800g

• Anti-guard guide module is widely applicable to the navigation requirements of medium-long range UAVs

• Can be used on high-altitude long-endurance UAVs, low-altitude UAVs, and patrol missiles

• The product relies entirely on its own equipment

• Maintains a navigation accuracy within 100 meters throughout the entire journey

• Does not depend on satellite navigation signals

• Allows UAVs to reach designated targets with confidence

• Engineered for reliability

• Excels in harsh terrains such as deserts and Gobi landscapes

• Delivers stable and accurate navigation

• Compact, lightweight, and quick to deploy with no setup time

• Ready for immediate use—perfect for dynamic battlefield conditions where adaptability is crucial

2. Key Technology Features

• Anti-surveillance guide module benefits from the original algorithm and software

• Integrates satellite navigation receiver, inertial navigation, and selective navigation

• Forms a UAV airborne integrated navigation product

• Provides continuous, stable, and reliable position data in the absence of satellite navigation signals

• Perfectly solves the navigation problems of UAVs without interference

• Unlimited distance and no preparation

• Significantly enhances the market competitiveness of UAVs

3. Flight Capabilities

• Applicable height: Below 3000 meters, flying in the cloud base

• Flight duration: No limit

• Flight range: No limit

• Flight speed: Less than 100m/s

• Navigation accuracy: The overall error is less than 100 meters

4. Physical Characteristics

• Volume: ≤100mm × 80mm × 70mm

• Weight: ≤700g

5. Interface & Protocol

• Data interface: RS-422, RS-232, TTL, Network port (choose from the above options)

• Protocol: Can be customized according to user requirements

• Data frequency: 1–5Hz

6. Working Conditions

• Working band: Infrared 8–14 μm; Laser 1.54 μm

• Power consumption: ≤25W

• Working temperature conditions: -20℃ to +50℃ (can be expanded according to user needs)