FH-98 Large Transport UAV System

Overview

FH-98 UAV system consists of vehicle sub-system, ground command and control sub-system. It is composed of unified and integrated support sub-system. The system can meet the requirements of remote delivery of materials in complex environment, and can be applied to military and civil logistics transportation, relief air-drop and other scenarios. It can greatly improve the logistics transportation efficiency of remote mountainous areas and third and fourth tier cities, and reduce the cost of air transportation. More widely, it can be applied in the fields of forestry and plant protection, remote sensing mapping and so on, which meet the requirements of unmanned intelligent logistics system in the future. Max. take-off mass: 5250kg Max. payload weight: 1500kg Max. flight speed: 256km/h Cruising speed: 140~180km/h Max. take-off altitude: 4500m Take-off/Recovery mode: Wheel (Autonomous) Short take-off and landing distance Strong environmental adaptability Simple operation and maintenance cCTV1、CCTV4、CCTV7、CCTV13and other CCTVs, local channels, network media and new media (totally more than 70 media) reported on the demonstration of FH-98 flight test. Demonstration Application ln the June of 2019, the training mission of UAV transport and strategic support was demonstrated. It is the first time that a large-scale UAV achieve the load of more than 500 kg and the distance of more than 500 km ("double 500" breakthrough). ln the November of 2019, the first large-scale, heavy-duty and off-site transfer mission was implemented. The system completed the mission twice in one day, which fully shows the key technologies of the large-scale unmanned transport system before it is put into commercial operation. The development of the Feihong-98 UAV is based on the Yun-5-B transport aircraft

Technical specification

Key specifications: Max. take-off mass 5250kg, Max. payload weight 1500kg, Max. flight speed 256km/h, Cruising speed 140~180km/h, Endurance time 26h, Max. take-off altitude 4500m, Take-off/Recovery mode Wheel (Autonomous).

Technical specifications

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