The S. A. Chaplygin Siberian Research Institute of Aviation (a subsidiary of the N. E. Zhukovsky National Research Center "Institute named after N. E. Zhukovsky") has announced flight tests of the second model of the "Partizan" transport unmanned aerial vehicle (UAV). This was reported by Sergey Shaifer, Head of the Department of Advanced Research at SibNIA and Head of the Partizan Project Laboratory.
The creation of the UAV has been successfully completed.
The start of flight tests is scheduled for the spring of next year.
The drone is designed for use in firefighting, cargo and passenger transportation, rescue operations, and aviation-chemical works. The "Partizan" is capable of taking off and landing on unprepared sites with dimensions of 50 by 50. Payload capacity is up to 1000 kg, maximum distance is up to 1000 km.
The first flight tests of the drone took place in February of this year. Currently, the developers are conducting additional tests to determine the maximum speed of the UAV.
Read more on the topic:
Heavy Russian drone "Partizan" to be launched into series production in 2024
"Legioner" to be put on the conveyor: "Quiet Wings" company to launch mass production of cargo drone
"Motylek" with a unique motor: a heavy drone with an asynchronous engine created in Zelenograd
Now on home
Герой России Гарнаев: никто из профессионалов о возобновлении производства на КАЗ всерьёз не говорит
Система отслеживает спутники на высотах до 50 000 км и ведёт за ними наблюдение
The armored vehicle is equipped with a KamAZ-740.35-400 diesel engine with a power of 400 hp.
Constant improvements in avionics, weapons and tactical capabilities will make the aircraft a flexible response to future challenges
The exterior of the KamAZ-54901 features fairings on the cab and chassis for fuel economy
Fighters are in demand both domestically and abroad
Tyazhpromexport and Venezuela Agree on Plant Revival
The company not only completed the state order, but also quickly mastered the production of AK-12K for special forces
Experts have developed a photogrammetric complex with a resolution of less than 1 cm