The Future of Global Logistics:
Continental Cargo
Delivered by Air

Engineering the Next Generation of Heavy-Lift Aviation with a new motor technology

The Aerotian Heavy-Lift Electric Motor is a breakthrough propulsion technology engineered specifically for ultra-high-torque vertical lift applications. Unlike conventional electric motors, which hit performance and thermal limits under extreme load, our system delivers massive continuous torque, high thrust density, and exceptional efficiency, enabling the vertical lift of a full cargo container with a compact, scalable electric powertrain.

At the core of the design is a proprietary electromagnetic architecture that dramatically increases torque output per kilogram, allowing the motor to operate at high load without the mechanical stress, overheating, or efficiency losses typical in large-format electric propulsion. This gives it a power-to-weight ratio previously unattainable in heavy-lift electrification.

The world’s first heavy-lift eVTOL for full-size containers

Heavy-Lift Architecture

With a reinforced airframe designed for container geometry, the system employs high-thrust electric rotors with multi-axis stabilization to optimize flight stability for asymmetrical loads.

1000 km Electric Range 

Optimized for heavy payloads, the vehicle achieves superior cruise efficiency utilizing a high-density battery system with thermal regulation and an optional hybrid-electric range extender.

Autonomous Operations

Flight operations are managed through AI-driven flight path planning and supported by comprehensive obstacle detection and avoidance, permitting seamless remote oversight with real-time telemetry. At all times a human operator is overseeing the flight parameters.

Safety & Redundancy

The system’s reliability is guaranteed by a quad-redundant powertrain and independent lift modules, all governed by emergency descent protocols and supported by predictive maintenance and continuous system health monitoring.

The Integrated Flight Deck: Real-Time Command for Autonomous Cargo

Autonomous where it matters, human when it counts.

The Aerotian Control Station lets our eVTOLs fly autonomously with human oversight always standing by, ensuring every mission is safe and precise. It empowers a single Aerotian operator to manage multiple aircraft at once, dramatically reducing costs and enabling true large-scale fleet operations. With real-time telemetry, live video, and instant emergency control, Aerotian keeps every flight compliant, secure, and mission-ready, even across long-distance BVLOS routes. It also strengthens cargo security, supports operations in the world’s most remote environments, and integrates seamlessly with customer logistics through Aerotian’s intelligent systems.

The Logistical Bottleneck is over. Built for the Toughest Logistics Challenges.

Support of logistical autonomy, including reliable resupply of crucial materials to forward operating units in contested zones. It enhances force protection by reducing the need for risky manned flights and ground convoys, while enabling high-reliability casualty and medical evacuation and maintaining critical oversight. Ideal for covert, long-duration Intelligence, Surveillance, and and Reconnaissance (ISR) missions. By using AI paths, flights without any detectable signals are enabled.

 

Use of direct cargo lanes that bypass congested or inadequate ground infrastructure. It is ideal for high-value and time-sensitive cargo, such as express e-commerce and manufacturing components, offering unprecedented speed and reliability for Just-In-Time supply chains. By utilizing standardized container geometry and optimizing efficiency for heavy loads, the system lowers operational costs and reduces dependency on traditional road and rail networks.

Delivery of bulk humanitarian aid and critical medical supplies directly to cut-off communities and emergency positions. Enabling rapid, safe navigation for damage assessment and Search and Rescue (SAR) operations over devastated areas where ground infrastructure is destroyed. The system’s high quad-redundant reliability is essential for maintaining sustained access and accelerating infrastructure restoration during all phases of disaster response.

Fast, direct solution for high-volume interhub transfer to move standardized containers between major distribution centers, bypassing road and rail congestion. Reduction of both transit times and the overall cost per ton-mile for express freight and e-commerce logistics. Creating flexible, high-reliability regional air cargo networks, ensuring continuous operation and on-time delivery critical for Just-In-Time manufacturing and supply chains. Managment of multiple transports per operator.

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Transforming heavy cargo logistics with clean, autonomous air delivery anywhere at anytime.

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