logistics drones, as delivery drones, are unmanned aerial vehicles (UAVs) designed to transport goods from one location to another. these drones are part of the broader field of unmanned aerial logistics.
logistics drone is perhaps the most visible use case of this trend in the supply chain. drones typically deliver high-value products. progressive technology developments have expanded their potential use in delivery logistics, helping alleviate pressure in the supply chain caused by more e-commerce orders, worsening traffic congestion in cities, and the growing truck driver shortage.
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logistics drones are equipped with the capability to carry payloads, typically packages or goods. The payload capacity can vary depending on the drone's size and design. logistics drones are designed to operate autonomously, navigating to their destination using GPS and other sensors. autonomous operation can increase efficiency and reduce the need for direct human control during the entire delivery process.
one of the primary applications of logistics drones is last-mile delivery, where the drone transports goods from a central distribution point or a warehouse directly to the end customer's location. This is especially useful for reducing delivery times and costs in urban and suburban areas. logistics drones are equipped with advanced navigation systems and obstacle avoidance technology to ensure safe and efficient flight. This is crucial for navigating through various environments and avoiding collisions with obstacles like buildings, trees, or other drones.
many logistics drones use electric propulsion systems, which can be more environmentally friendly compared to traditional delivery methods that rely on fossil fuels. logistics drones is subject to regulations and airspace management rules. many countries have specific regulations in place to govern the operation of commercial drones, including those used for logistics purposes.
as this primary use case progressively develops, other applicable areas along the supply chain have been identified, from security to dimensioning. logistics drone providers are continuously shaping and improving their products and services to meet these needs.
logistics drone has moderately high impact on logistics. As a new transport mode, logistics drones can enable transportation lanes previously deemed too costly. beyond transportation, they can help save time for logistics workers undertaking operational tasks.
wheelbase: | 3m | ||||||||
rotor diameter: | 4.2m | ||||||||
overall machine height: | 1.1m | ||||||||
fuel system: | 3KW open cathode hydrogen fuel cell (8pcs) | ||||||||
hydrogen storage system: | 12L@35MPa lightweight high-pressure hydrogen storage cylinder (6pcs) | ||||||||
payload weight: | 30kg | ||||||||
maximum take-off weight: | 174kg | ||||||||
empty flight time: | 1.4h | ||||||||
full load flight time: | 1h | ||||||||
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