Uploaded December 2023 | Updated September 2026, 2 weeks ago
The anti-ballistic training against nuclear strikes was made easier with the release of MIRTV and hypersonic RTV from ARCA.
The Multiple Independent Reentry Target Vehicle (MIRTV) and its booster was presented yesterday at the COSMOBASE.
The three-unit MIRTV is designed to actively-simulate the terminal flight of a nuclear or conventional MIRV launched by ballistic missiles.
The MIRTV is launched by the CER-1200MIRTV rocket and it has a launch weight of 1,000kg, including the booster, which accelerates the MIRTV during descend to speeds up to Mach 4.4.
The booster is also able to deliver just one hypersonic Reentry Vehicle (RV) with a reentry speed of Mach 6.6.
These vehicles are designed as targets for the training of antiballistic forces.
Currently ARCA and General Astronautics are going through the certification phase for the MIRTV and the hypersonic RTV with two European military forces.
More about MIRTV on www.ecorocket.space
#MIRV #MIRTV #RV #RTV #ICBM #Target
The anti-ballistic training against nuclear strikes was made easier with the release of MIRTV and hypersonic RTV from ARCA.
The Multiple Independent Reentry Target Vehicle (MIRTV) and its booster was presented yesterday at the COSMOBASE.
The three-unit MIRTV is designed to actively-simulate the terminal flight of a nuclear or conventional MIRV launched by ballistic missiles.
The MIRTV is launched by the CER-1200MIRTV rocket and it has a launch weight of 1,000kg, including the booster, which accelerates the MIRTV during descend to speeds up to Mach 4.4.
The booster is also able to deliver just one hypersonic Reentry Vehicle (RV) with a reentry speed of Mach 6.6.
These vehicles are designed as targets for the training of antiballistic forces.
Currently ARCA and General Astronautics are going through the certification phase for the MIRTV and the hypersonic RTV with two European military forces.
More about MIRTV on www.ecorocket.space
#MIRV #MIRTV #RV #RTV #ICBM #Target
