Payload Hook
Secure attachment point for cargo and equipment during aerial lifting and lowering operations.
Winch Mechanism Drone
Defense Drones
Product Overview
The GA-IN-WM Winch Mechanism Drone from Garuda Aerospace is a specialized aerial logistics platform designed for safe lifting, lowering, and delivery of materials in challenging or inaccessible environments. Equipped with a high-strength winch mechanism and real-time monitoring camera, the drone enables controlled payload deployment without landing. It is ideal for industrial operations, emergency response, and defence missions, reducing operational risk while improving efficiency in remote locations.
Technical Data
Model Name
GA-IN-WM
Rated Payload (kg)
10 kg
Gross Weight (kg)
29 kg
Rated Speed
5 m/s
Tested Endurance
25 mins
Rated Range
2 km
Design Altitude
6000 m
Dimensions
2032 x 2032 x 580 mm
Rated Climb Rate
2 m/s
Ceiling Height
2000 m
System Features
Integrated winch mechanism for controlled payload lifting and lowering.
Designed to support aerial delivery without landing.
Equipped with camera feed to assist placement accuracy.
Suitable for deployment in industrial and emergency applications.
Intended to support logistics in difficult or hazardous locations.
Aims to reduce manpower requirements and risk in material transport.
Designed for industrial and defence logistics operations.
Offers stable flight control for material deployment.
Payload & Sensor System
Payload Hook
RGB Camera
Real-time visual monitoring supports precise payload placement and safer remote operations.
Winch Mechanism
Controlled lifting and lowering system for payload deployment in difficult or inaccessible environments.
Heavy-Lift Frame Structure
Reinforced airframe designed for stable and safe load lifting during logistics missions.
Applications
Industrial Operations
Emergency & Disaster Response
Defence & Tactical Operations
Garuda's Advantage
Expedited UAV deployment for emergency response situations.
Targeted aerial payload delivery without UAV landing requirement.
Reduced dependency on cranes or manual climbing operations.
Decreased operational risk exposure and on-ground manpower requirements