Макет уникальной беспилотной амфибии «Меридиан» показали на форуме «Беспилотные системы: технологии будущего» в Сколково

The drone is capable of landing on water and land without a runway

The model of the first Russian unmanned amphibious aircraft "Meridian" was showcased at the "Unmanned Systems: Technologies of the Future" forum, held from August 14 to 17 in Skolkovo.

Meridian unmanned amphibious aircraft
Meridian unmanned amphibious aircraft

The aircraft does not require a runway and can land on both water and land due to its streamlined body, resembling a boat.

The project is in the stage of experimental design work. The drone is designed to carry cargo weighing up to 700 kg and is intended for operation in regions with limited infrastructure.

"Meridian" is the only Russian amphibious system of its kind in the class of unmanned aircraft. It is being created for transporting cargo weighing up to 700 kg to remote regions, including the Arctic and the Far East, where there is no developed infrastructure.

The drone provides environmental monitoring and forecasting of changes in the natural environment. The aircraft is capable of monitoring the condition of land, water bodies, and glaciers year-round. It can withstand temperatures from -45°C to +35°C, perform flights lasting up to eleven hours, cover up to 1200 kilometers, and climb to a height of up to 4000 meters. In addition, the aircraft can operate without the use of satellite navigation.

"Meridian" is being developed by the Center for Autonomous Robotic Systems (CARS) in conjunction with the Center of Competencies of Unmanned Aviation Systems of the Bauman Moscow State Technical University. All aerodynamic and strength calculations have been completed, and the manufacture of the first parts has begun.

Read more on the topic:

Meridian Heavy Unmanned Amphibious Aircraft Model Showcased at Innoprom in Yekaterinburg

Russian Cars Top the List of Floating All-Terrain Vehicles

"Flying Platform with Battery": Heavy Drone "MiS-150" with a Carrying Capacity of up to 15 kg Developed in Russia

Sources
TASS

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