Logistics Transport and Heavy Lift Drone (50kg)

The Lannkin Drone de Transport Logistique et Levage Lourd (50kg) is an industrial-grade heavy-lift transport drone, designed to revolutionize logistics on construction sites, mining operations, remote energy installations, and any environment where conventional material transport is difficult, costly, or dangerous. With a 50-kilogram payload capacity, it opens new possibilities for autonomous aerial transport of materials, tools, spare parts, and supplies over distances up to 5 kilometers.

The Drone de Transport Logistique et Levage Lourd (50kg)'s design is built on a twelve-motor architecture (coaxial hexarotor configuration) powered by a high-energy hybrid lithium-polymer battery system. The high-strength titanium alloy and carbon fiber airframe has been engineered to withstand the mechanical stresses of heavy transport while minimizing empty weight. The reinforced landing gear system with integrated hydraulic dampers absorbs landing impacts even on uneven terrain, ensuring protection of both the cargo and the drone's structure.

The Drone de Transport Logistique et Levage Lourd (50kg)'s cargo compartment has been specifically designed to accommodate a wide variety of loads: standardized 600x400 mm containers, lightweight pallets, bags of construction materials (cement, sand, aggregates), cable reels, spare parts for industrial equipment, and emergency medical supplies. The four-point attachment system with electromagnetic locking ensures cargo stability in flight, including during sudden maneuvers or in turbulent conditions. An integrated weight sensor automatically verifies cargo mass before takeoff and adjusts flight parameters accordingly.

The Drone de Transport Logistique et Levage Lourd (50kg)'s endurance is 60 minutes unloaded, enabling long-distance positioning and return flights, and 15 minutes at maximum 50 kg payload, sufficient for deliveries within a 2.5-kilometer round-trip radius. For intermediate loads (20-30 kg), loaded endurance reaches 25 to 30 minutes, providing extended range for most common logistics scenarios. The LannPower energy management system optimizes consumption in real time and transmits precise remaining endurance estimates to the control station.

The Drone de Transport Logistique et Levage Lourd (50kg)'s maximum speed is 15 m/s (54 km/h) in transport configuration, ensuring rapid deliveries between loading and unloading points. The maximum operational altitude of 4,000 meters above sea level enables operations in high-altitude environments such as mountain mining sites, high-altitude hydroelectric projects, and telecommunications installations in mountainous areas. This altitude capability is made possible by high-performance propellers optimized for thin air and a motor supercharging system for high-altitude operations.

The 5-kilometer operational range is covered by a robust dual-link communication system with AES-256 encryption and automatic return-to-home (RTH) protocol in case of signal loss. The navigation system uses a multi-constellation GNSS receiver with decimeter accuracy, supplemented by an inertial navigation system (INS) for environments with degraded GNSS signal. The 360-degree obstacle detection and avoidance system uses a combination of LiDAR sensors, stereoscopic cameras, and millimeter-wave radar to ensure safe flights in cluttered environments.

The Lannkin CargoOps software, included with the Drone de Transport Logistique et Levage Lourd (50kg), enables planning and execution of automated transport missions. Operators define loading and unloading points, optimized flight trajectories, and multi-point delivery sequences. The system supports continuous loop missions: the drone performs rotations between a loading point and one or more delivery points, with automatic recharging pauses at dedicated charging stations. This autonomous loop logistics capability is particularly valuable for continuous supply of construction materials to job sites.

Drone de Transport Logistique et Levage Lourd (50kg) maintenance is governed by a rigorous program adapted to the demands of heavy transport. The LannCare diagnostic system continuously monitors the structural condition of the airframe, motor and bearing wear, battery health, and propulsion system performance. Maintenance intervals are 80 flight hours or 3 months for critical components, and 200 hours or 12 months for structural components.