Multi-Payload Drone for Advanced Aerial Operations
A modular hexacopter platform designed for autonomy, perception, and payload experimentation in real-world environments.
Outdoor Autonomous Drone
The Multi-Payload Drone is a research-grade aerial system built for demanding environments and advanced autonomy workflows. Its modular architecture enables rapid development, testing, and deployment of perception and control systems.
Built with a stable airframe and open flight controller, it supports everything from basic flight logic to advanced AI-driven autonomy.
Key Features
Precision Lift & Control
High-performance propulsion system ensures smooth maneuverability and consistent lift, even when carrying varied payloads.
Real-Time Aerial Insights
Integrated vision system delivers live video and data capture, enabling monitoring, analysis, and AI-driven perception.
Autonomous Mission Capability
Execute complex missions with waypoint navigation.
Intelligent Flight System
Integrated vision system delivers live video and data capture, enabling monitoring, analysis, and AI-driven perception.
Extended Communication Range
Reliable long-distance control system designed for uninterrupted connectivity across wide operational areas.
Integrated Aerial Vision
Built-in 1080p CMOS camera enables real-time aerial monitoring, data capture, and perception-based applications.
Tech Specs
Motors
NVIDIA Jetson Orin Nano
Payload Support
Multiple payload configurations supported
Navigation
Autonomous waypoint navigation + geo-fencing
Thrust-to-Weight Ratio
Optimized for stable lift under heavy payloads
Control Range
Up to 7 km (10-channel system)
Airframe Type
Carbon fiber hexacopter frame with vibration-dampening structure
Camera
1080p CMOS aerial vision system
Propellers
10–13 inch carbon/nylon composite props
Accessories
LiDAR Sensor Module
Real-time point cloud generation
Dual Camera Module
Real-time video streaming
GPS & RTK Module
Stable signal in complex environments
Telemetry & Communication Kit
Long-range connectivity
Use Cases
Aerial Vision & Perception model Testing
Payload Experimentation & Sensor Ingreation
Research in aerial autonomy & Control Systems
Autonomous Waypoint navigation & Planning
Gallery
