Toriddon Begins Sales and Implementation Support for DJI FlyCart 100

Toriddon, Inc. (Headquarters: Fukuoka City, Fukuoka Prefecture; Representative Director: Mamoru Masumoto) began sales and implementation support for the DJI FlyCart 100, a large-scale logistics drone manufactured by DJI, on March 23, 2026. Toriddon operates a drone route development business, and through this new offering, it will further strengthen its system for providing end-to-end support, ranging from route design for drone delivery and flight risk assessment to aircraft introduction and operational design.

The DJI FlyCart 100 features high-output performance with a maximum payload of 80kg. In practical operations, its dual-battery configuration enables the stable transport of heavy loads weighing approximately 65kg, making heavy-duty drone logistics possible beyond conventional limitations.

Background: Increasing Situations Where Ground Transport Alone Is Insufficient In mountainous areas, remote islands, disaster sites, and steep terrain, there are situations where rapid material transport is difficult using only conventional vehicles or ships. Toriddon has accumulated field expertise for the social implementation of logistics drones through its experience handling the DJI FlyCart 30, contracting heavy-load transport services, transporting supplies and communication equipment during disaster prevention drills, and providing operational support for the aerial transport of forestry materials. The launch of support for the DJI FlyCart 100 is an initiative to extend this expertise to the operation of larger aircraft.

About the DJI FlyCart 100 The DJI FlyCart 100 is the latest (as of March 29, 2026) large-scale logistics drone announced by DJI for the global market. Official announcements position it as a next-generation aircraft with higher transport capacity (up to 80kg) and enhanced safety. It is equipped with high-precision radar, multiple vision sensors, and a parachute. It features water and dust resistance, an operating temperature range of -20°C to 40°C, a maximum wind resistance of 12 meters per second, and a maximum flight altitude of 6,000 meters. Additionally, under 149.9kg conditions, the maximum flight distance is 12km with a dual-battery configuration and 6km with a single-battery configuration.

Furthermore, the DJI FlyCart 100 is equipped with a new winch system that supports automatic and manual release and retraction. It is expected to be utilized in environments where ground transport is restricted, such as mountainous areas, remote islands, disaster response, and infrastructure maintenance.

Value Provided by Drone Routes × DJI FlyCart 100 Toriddon's strength lies in more than just providing the aircraft. Our drone route development business model is a service that connects airspace where agreements with landowners have been reached to create "sky roads" that serve as regular drone routes. We centrally manage flight risks along these routes, helping to reduce coordination man-hours and support the development of air routes that are easy to operate continuously. By combining logistics drones like the DJI FlyCart 30 with our route design services, Toriddon has established a system for end-to-end support of drone businesses, and with the DJI FlyCart 100, we will further expand the scope of this implementation.

Moving forward, we will promote implementation support for local governments, infrastructure operators, and those in the construction, forestry, and agriculture sectors for applications such as regional logistics, disaster prevention, restoration work, and heavy-load transport. Toriddon aims for a society where drones function not just as aircraft, but as logistics infrastructure accepted by local communities.

Comment from Mamoru Masumoto, Representative Director of Toriddon, Inc. Through our air route development service 'S:ROAD,' we have been working to build sky infrastructure that allows drones to fly continuously. By starting sales and implementation support for the DJI FlyCart 100, we can now more strongly connect air route design with actual heavy-load transport. We will implement safe and sustainable new logistics methods in society for sites that are difficult to solve with ground transport alone, such as mountainous areas, remote islands, and disaster sites.

Main Aircraft Specifications The following are representative specification figures. Please contact us for details.

[Table of specifications including aircraft weight, max takeoff weight, max flight distance, max hovering time, operating temperature, max flight altitude, max wind resistance, and video transmission distance.]