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5G LiDAR Drone

Industrial Drones

Industrial BI Drone

Product Overview

The 5G LiDAR Drone (GA-IN-5G3D) from Garuda Aerospace is an aerial mapping platform designed for 3D terrain modelling and large-area geospatial data capture. Equipped with a LiDAR scanning system and 5G-enabled communication. The platform is designed to support mapping of infrastructure corridors, mining sites, and complex terrains, and to reduce the need for personnel in hazardous or difficult-to-access survey areas compared to conventional ground survey methods.

Technical Data

Model Name

GA-IN-5G3D

Rated Payload (kg)

1 kg

Gross Weight (kg)

5 kg

Rated Climb Rate

4 m/s

Rated Speed

10 m/s

Tested Endurance

40 mins

Rated Range

5 km

Operating Altitude

120 m

Dimensions

585*543*310 mm

System Features

Equipped with LiDAR scanning capability intended to support 3D mapping applications

Offers BVLOS mission capability intended for large-area survey operations

Supports autonomous waypoint-based flight mission planning

Supports real-time terrain modelling and mapping functionality

Incorporates 5G-enabled communication designed to facilitate real-time data transmission

Designed to provide stable flight performance for scanning-based applications

Portable form factor designed for field deployment

Configured for industrial-scale mapping operations

Payload and Sensor System

RGB and LiDAR Camera

Provides aerial visual monitoring and situational awareness during flight.

Obstacle Sensors

Incorporates obstacle detection and avoidance to enhance operational safety.

GNSS Navigation System

Equipped with positioning capability for mapping missions.

Applications

Infrastructure and Corridor Mapping

Mining and Quarry Operations

Forestry and Environmental Monitoring

Urban Planning and Large-Area Survey

Garuda's Advantage

Optimised survey timelines with leaner field deployment

Digital terrain modelling to prescribed accuracy specifications

LiDAR-based mapping with high point-density data outputs

BVLOS-enabled UAV operations for extended-range surveys