Ukraine presented a new Bulava drone with a maximum speed of 100 km/h
24.06.24
The Ukrainian-Czech company UAC presented at the event of the defense industry of Ukraine (NAUDI) the new Bulava strike drone, which in the export version is called “Mace”.
This Ukrainian drone with X-shaped plumage is equipped with a powerful combined cumulative-thermobaric warhead weighing 3.6 kg and is capable of hitting targets at a distance of up to 60 kilometers.
According to its characteristics, “Bulava” has a total take-off weight of 11 kg and takes off using a special catapult. The electric motor allows the drone to reach a speed of up to 100 km/h and stay in the air for up to 50 minutes, with a maximum flight height of up to 2000 meters.
The flight of the Mace can be controlled by the operator or it can fly by satellite coordinates. The drone is equipped with a communication module with an encrypted channel and a CRPA antenna resistant to radio interference.
It also uses MESH technology to transmit data through a repeater drone. Aiming at the target is carried out using an optical station, which has a day and night thermal imaging channel. The developers note that targeting can be performed by an operator or using a system based on machine vision.
Don't miss interesting news
Subscribe to our channels and read announcements of high-tech news, tes
Acer Aspire 16 A16-51GM-7242 laptop review: with support
A processor, a discrete video card, a fingerprint scanner, and a large storage device are all attributes of an advanced office laptop. But in order to keep the price of Acer Aspire 16 A16-51GM-7242, the company made some concessions. Let’s figure out what exactly
The recruiting service will be added to Reserve+ already in October
events in Ukraine service warIn October 2024, a new recruiting service announced by the Deputy Minister of Defense of Ukraine for Digitalization will be available in the “Rezerv+” application
Scientists were able to save the human genome on a 5D memory crystal
development researchThe technology is based on laser recording on a transparent material, such as quartz glass, which provides high data density