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Paint Spraying Drone

Industrial Drones

Paint Spraying Drone

Product Overview

The Paint Spraying Drone (GA-IN-PS) from Garuda Aerospace is an aerial coating platform designed for painting and surface treatment operations on large industrial structures and difficult-to-access assets. Equipped with a precision paint spraying mechanism, pressure- regulated spray gun, and real-time monitoring camera, the platform is designed to support uniform coating application. The system is designed to reduce reliance on scaffolding and manual labour in hazardous or difficult-to-access environments

Technical Data

Model Name

GA-IN-PS

Rated Payload(kg)

10 kg

Gross Weight (kg)

25 kg

Rated Climb Rate

3 m/s

Rated Speed

5 m/s

Tested Endurance

25 mins

Rated Height

100 m

Spraying Distance

2 m

Dimensions

2032*2032*580 mm

Rated Ceiling

120 m

System Features

Aerial paint spraying system designed for controlled application

Intended to reduce dependence on scaffolding and rope-access methods

Supports uniform coating across large vertical surfaces

Designed to enable coating of large industrial assets

Equipped with pressure-regulated spray gun for managed paint flow

Aims to enhance worker safety in hazardous environments

Includes real-time camera monitoring to assist spraying accuracy

Suitable for deployment in industrial maintenance operations

Payload & Sensor System

Paint spraying mechanism

Paint Spraying Mechanism

Controlled paint distribution system designed for industrial coating applications

RGB camera

RGB Camera

RProvides visual monitoring capability during spraying operations

Spray gun with pressure regulator

Spray Gun with Pressure Regulator

Equipped with pressure regulation to support consistent spray output

Applications

Industrial infrastructure

Industrial Infrastructure

Construction and maintenance

Construction & Maintenance

Energy and utilities

Energy & Utilities

Garuda's Advantage

Reduced turnaround time for large-scale industrial surface coating

Reduced scaffolding dependency across applicable operational scenarios

Uniform coating application across treated surface areas

Decreased personnel exposure to height-related operational hazards