The AQ-Vaahan-M represents AeroQuanta’s commitment to bringing robust, next-generation mobility solutions to industries that need both agility and reliability. Engineered to provide dual-mode functionality, it seamlessly transitions between ground-rover tasks and aerial drone missions. Its compact frame houses a powerful propulsion system and an intelligent flight controller, enabling stable flight over extended periods and versatile movement on uneven or rugged terrain.

Within its operational radius, the AQ-Vaahan-M can autonomously map routes, avoid obstacles, and analyze sensor data in real time, thanks to its high-end onboard computing. This unique blend of portability and performance is ideal for business environments that require both precision and adaptability—whether that’s inspecting solar panels on remote farms or delivering essential medical supplies in urban sprawls. Moreover, an eco-focused design ensures reduced power consumption, aligning with global sustainability initiatives and lowering the total cost of ownership over the product’s lifespan.

Key Specs
Payload Capacity: Accommodates up to 10 kg of cargo, making it suitable for light loads without sacrificing range or mobility.
Operational Duration: Approximately 2 hours, ensuring extended mission times for continuous operations.
Mobility Modes:
Rover Mode: Stable ground traversal, perfect for confined spaces or rugged paths.
Drone Mode: Vertical takeoffs, landings, and aerial maneuvers for comprehensive aerial surveys or deliveries.
Autonomy Levels: Flexible control options—from manual oversight to fully autonomous navigation, including BVLOS compliance where regulations permit.
Key Features & Benefits
Modular Design Compatibility
Easily integrate various sensor packages (thermal cameras, LiDAR, etc.) to adapt AQ-Vaahan-M for specialized missions.
Flight Safety & Redundancy
Built-in redundancies in motors and power systems boost reliability during critical operations.
Seamless Control Interface
Intuitive ground station software simplifies mission planning, monitoring, and analysis, minimizing the learning curve.
Sustainability Emphasis
Designed with lower energy consumption and reduced noise, supporting eco-friendly operations in sensitive environments.
Use Cases
Solar Farm Inspections: Quickly identify faulty panels or wiring, slashing maintenance costs and downtime.
Emergency Services: Rapid deployment to disaster zones for reconnaissance, supply drops, or searching for survivors.
Infrastructure Monitoring: Regularly scheduled sweeps of roadways, pipelines, and rail tracks for signs of structural stress.
Lightweight Delivery Services: Ideal for time-sensitive cargo—medical supplies, lab samples, or critical spare parts.