10km Flight Distance Plant Protection and Transportation Drones with 91.9kg Maximum Task Load

Product Description

Product Background

Power System Innovation
The dual-battery design adopts a dual-battery redundant architecture. For instance, DJI's FC100 achieves "air refueling" through thermal replacement technology, with a payload of 65kg and a flight range of 12 kilometers in dual-battery mode. This design breaks through the energy limitations of traditional single-battery systems and, through the coordinated control of dual motors (such as the RT100's four-axis eight-blade composite carbon fiber structure), increases the single-axis pulling force to 82kg, ensuring power redundancy and stability in complex environments.
Material Science Progress
The fuselage generally adopts a carbon fiber-aluminum alloy composite frame (such as the 62-inch carbon fiber propeller blades of FC100), maintaining structural strength while reducing the self-weight to below 50kg, resulting in an effective load ratio exceeding 60%. This material innovation directly facilitated the engineering realization of 90kg-class drones, such as the hydrogen fuel cell drone of Jimei Power, with a takeoff weight of 90kg and an effective load of 30kg. Its modular design supports rapid replacement of hydrogen bottles.
Intelligent Control System
The omnidirectional perception system integrating laser radar (300,000 point clouds per second), millimeter-wave radar, and five-point fish-eye vision can achieve centimeter-level obstacle avoidance accuracy. For example, the FC100's roll-free flight algorithm has a pitch offset angle of less than 3° under a 12m/s crosswind, combined with the parachute safety system (with a touchdown speed of ≤6m/s at 100 meters), forming a six-layer safety protection system.

Logistics Distribution Scenario
In remote areas of logistics, the traditional transportation cost accounts for more than 30% of the value of the goods. For instance, in the test conducted by SF Express in the Zhoushan Islands, the FC100 dual-electric mode transportation of seafood shortened the delivery time from 6 hours to 18 minutes, and reduced the cost by 40%. The 90kg class unmanned aircraft can cover an immediate delivery radius of 50-100 kilometers, and is particularly suitable for goods with sensitive timeliness such as fresh produce and medical supplies.
Industrial Infrastructure Construction
The power industry faces transportation challenges in mountainous and vast areas. For example, the Qinghai Branch of State Grid used the FC100 to lift 80kg lightning rods, reducing the construction period from 3 days to 25 minutes. The construction sector can replace manual transportation of sand, gravel, and building materials, with a single transportation volume equivalent to the load of 10 workers, significantly reducing labor costs.
Emergency Rescue Needs
During the 2024 Typhoon "Habibie" drill, the FC100 successfully delivered emergency kits to a target circle with a diameter of 1 meter in the rainstorm, with an error of only 0.5 meters. The 90kg class unmanned aircraft can carry heavy equipment such as hydraulic demolition tools and life detectors, and can achieve "last-mile" material delivery in scenarios such as earthquakes and mudslides.
Military Logistics Support
In modern warfare, the consumption rate of frontline materials has increased by 3 times, and traditional transportation methods have high risks. For example, the US military's "Kaman" unmanned helicopter can lift 3.5 tons of materials, but the 90kg class unmanned aircraft is more suitable for tactical-level supplies, such as transporting individual equipment and medical kits, and its cost is only 1/20 of that of a helicopter.

The aviation certification system is well-established.
The "Unmanned Aircraft Flight Management Temporary Regulations" of China classifies drones with a maximum take-off weight of ≤ 150kg as medium-sized and requires them to undergo aviation certification. The DJI FC100 has obtained a special aviation certification from the Civil Aviation Administration and has been included in the national low-altitude economic infrastructure recommendation list, enjoying the airspace opening pilot policy.
Energy supply network construction
The breakthrough in hydrogen fuel cell technology (such as the "Tianmushan No.1" with a range of 4 hours) is reconfiguring the energy ecosystem. Its energy density is 5 times that of lithium batteries, and it supports operation in -40℃ environments. Companies like Jimei Power are laying out hydrogen refueling station networks, and in the future, they can achieve rapid hydrogen refueling in 10 minutes, solving the energy bottleneck of long-duration drones.
Collaborative innovation in the industrial chain
From the power system (such as the DJI E7000 electronic speed controller), material supply (such as Toray T800 carbon fiber) to terminal applications (such as the SF Express logistics network), a complete industrial loop has been formed. The global market size for drone transportation is expected to reach 67.6 billion US dollars in 2025, and Chinese enterprises will occupy 80% of the mid-to-high-end market share.

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