Foldable and Portable FPV Drone Bottom Hanging Load Maximum Takeoff Weight of 110kg for Multi-Functional Applications

Product Description

Product Background

The M50 endurance application flight platform can carry a 50kg load, has a bottom-mounted load capacity, is multi-functional, and is foldable and portable. The modular design structure is composed of carbon fiber, nylon fiber and aluminum alloy materials, which is strong and durable.

The demand for large-scale operations in agricultural pest control
Traditional manual pest control is inefficient when dealing with large areas of farmland, mountainous orchards, etc., due to complex terrain. However, 50kg class drones can carry a large amount of pesticides or seeds for precise spraying and sowing. For example, the Highke New Agriculture M50-50 agricultural drone, which adopts nano IPX6 level protection and Beidou RTX differential positioning system, can achieve efficient operations in harsh environments. The Wingfei AgroMax60 is specifically designed for terraced land and uses laser radar to achieve ±5cm terrain simulation flight, combined with a multispectral camera for disease diagnosis, significantly improving the pest control effect in mountainous orchards. The emergence of such drones directly promotes the process of agricultural modernization, especially in large-scale farms in Xinjiang cotton fields and Northeast Plain, where the daily operation area can reach hundreds of acres, significantly reducing labor costs.
The low-altitude delivery revolution in the logistics transportation sector
Due to the poor transportation conditions in remote areas, the "last mile" problem of delivering packages to villages is prominent. The M50 drone, with a 50kg payload capacity, becomes one of the solutions. In the pilot project in Zhoushan County, Hubei Post used the Ark - 150 drone (with a 50kg payload), delivering over 180 packages daily, with the farthest village reachable in 16 minutes, effectively reducing transportation costs. In addition, the 50kg class logistics drone cluster, through multi-machine coordinated scheduling, can achieve rapid material delivery within a 40-kilometer radius, playing a key role in medical emergencies, emergency rescue, and other scenarios.
The urgent needs in emergency rescue and public safety
In disasters such as fires and earthquakes, traditional rescue equipment is difficult to quickly reach the core area. The Tiantu Aviation M50 octocopter drone uses all-electric drive and 4G/5G networking technology, can carry equipment such as infrared thermal imagers and material hatches, and can conduct long-endurance reconnaissance and material delivery under a 7-level wind resistance capability. The Jieisen M50 is designed for fire scenes, supporting rapid deployment and precise delivery of firefighting equipment, improving emergency response efficiency.

Materials and Structural Innovation
The fuselage is generally made of carbon fiber composite materials, which not only ensures strength but also reduces weight. For example, the Tiantu M50 adopts a carbon fiber and streamlined design, and when the arm is folded, it can be stored in an SUV, allowing a single soldier to deploy it. The Gaoke Xinong M50 achieves rapid replacement of the medicine box or cargo hanger through modular structural design, adapting to different mission requirements.
Power and Energy System Upgrade
The electric drive system has become the mainstream. For instance, the Yifei AgroMax60 adopts dual-mode inverter technology, with a single-acre electricity consumption cost as low as 0.33 yuan, saving 27% compared to traditional models. Some models are exploring oil-electric hybrid solutions to further extend the range. In terms of battery technology, the application of 22000mAh lithium polymer batteries and hydrogen fuel cells enables the M50 to have a full-load flight duration of over 40 minutes, and some models even exceed 80 minutes.
Intelligent Flight Control Technology
The integration of multiple sensors (such as millimeter-wave radar, laser radar, and binocular vision) enables precise obstacle avoidance and terrain adaptation. For example, the Yifei AgroMax60 is equipped with a 10-band multispectral camera and a 14-category disease model library, which can automatically generate prescription maps to guide variable pesticide application, with an accuracy rate of 92.7%. The Tiantu M50 uses Mesh self-organizing network technology to achieve ultra-long-range remote control, with no limit on the measurement and control distance.

Market Access under the Compliance Framework
According to China's "Interim Regulations on Flight Management of Unmanned Aerial Vehicles", the 50kg payload capacity of M50 falls within the category of medium-sized unmanned aerial vehicles (maximum take-off weight ≤ 150kg). Its research and development, production, and application are all carried out within the compliance framework. This classification clearly defines the flight airspace (true altitude below 120 meters) and operation qualification requirements, paving the way for its commercialization.
Deep Integration of the Upstream and Downstream of the Industry Chain
Unmanned aircraft manufacturers have close cooperation with industries such as agriculture, logistics, and emergency response. For example, the Drona T50 agricultural unmanned aerial vehicle is combined with the smart agriculture platform to achieve full-process digitalization from field monitoring to variable operations; Hubei Post has collaborated with unmanned aircraft enterprises to build a regional logistics network, promoting the integration of low-altitude economy and traditional industries. In addition, the establishment of a third-party accessory certification system (such as the open accessory standards of Wingfei) has reduced maintenance costs and promoted the healthy development of the industry ecosystem.

Load diversification and task customization
In addition to the traditional pesticide boxes and cargo compartments, the M50 will integrate more specialized equipment, such as 3D laser scanners and gas monitors, to meet the needs of specific fields like geological exploration and environmental monitoring.
Clusterization and enhanced collaborative operation capabilities
The application of multi-vehicle formation flight and automatic scheduling systems will become a trend. For example, a 50kg logistics drone cluster can be controlled by one ground station with ten devices, achieving efficient collaborative delivery.
Green energy and sustainable development
The exploration of technologies such as hydrogen fuel cells and solar-assisted power supply will further reduce the carbon emissions of the M50, adapting to the global trend of low-carbon development.

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