RGB Camera
Equipped with an RGB camera capable of capturing aerial imagery for orthomosaic mapping applications.
2D Mapping Drone
Industrial Drones
Product Overview
The 2D Mapping Drone (GA-IN-2D) from Garuda Aerospace is a precision aerial mapping platform designed to support industrial and enterprise survey applications. Integrated with RTK/PPK positioning, high-resolution sensors, and autonomous mission planning, the platform is designed to generate orthomosaic maps and terrain models. The system is designed to support reduction in survey timelines compared to conventional ground survey methods, reduce the need for personnel in hazardous survey areas, and enable efficient coverage for construction, mining, smart city, and infrastructure inspection projects.
Technical Data
Model Name
GA-IN-2D
Rated Payload (g)
200 grms
Gross Weight (kg)
4 kg
Rated Climb Rate
2 m/s
Rated Speed
10 m/s
Tested Endurance
40 mins
Rated Range
5 km
Design Altitude
4000 m
Dimensions
510 x 490 x 210 mm
Rated Ceiling
120 m
System Features
Supports autonomous flight mission planning capabilities.
Equipped with aerial image capture at high resolution.
Designed to enable large-area mapping within a single mission cycle.
Incorporates obstacle sensing technology intended to enhance operational safety.
Offers flight control with waypoint-based navigation functionality.
Facilitates data acquisition for orthomosaic generation.
Supports survey-grade mapping accuracy utilising RTK / PPK technology.
Portable form factor designed for field deployment
Payload & Sensor System
RGB Camera
PPK Navigation System
Integrated with a PPK navigation system intended to achieve centimetrelevel geospatial accuracy.
Obstacle Sensors
Incorporates obstacle detection and avoidance sensors designed to support flight safety during operations.
Applications
Infrastructure and Construction
Mining and Quarry
Agriculture & Land Management
Urban Planning & Utilities
Garuda's Advantage
Accelerated geospatial data collection over conventional methods.
Accuracy compliant with prescribed survey standards.
UAV-based data acquisition across project scales.
Optimised field deployment with lower personnel risk.