Underwater Rescue Kit
Together with the Russian Navy, one of the country’s top scientific institutes has developed a series of cutting-edge new military hardware and technology.
Russia
has always been a world leader when it came to developing new military
hardware and technologies. Sputnik reveals the top 5 projects
of Russia's central scientific research institute "Kurs."
1. Ice-cutting Laser
As Russia sets its eye on developing the Arctic and making it a key region in the near future, the institute has developed an original method of breaking the Arctic ice — an ice-slashing laser. The powerful laser will cut through the thick Arctic ice like a hot knife through butter by cutting off the top layers. After that Russian icebreakers can easily go through the rest of the ice.
1. Ice-cutting Laser
As Russia sets its eye on developing the Arctic and making it a key region in the near future, the institute has developed an original method of breaking the Arctic ice — an ice-slashing laser. The powerful laser will cut through the thick Arctic ice like a hot knife through butter by cutting off the top layers. After that Russian icebreakers can easily go through the rest of the ice.
2. Underwater Navigator
A new underwater navigator is currently being tested by the Russian Navy. The device can work in depths of over 80 meters (262 feet) for more than 7 hours, providing underwater navigation and communication between groups of frogmen. The special feature of the device is biometric sensors that measure the heart and breathing rates of divers and transmit them back up to a base. The navigator weighs only 7 kg (15 lbs.), which makes it extremely easy to carry around underwater.
3. Underwater Rescue Kit
A new underwater rescue kit has been designed to save the lives of pilots who crash land in water. The rescue kit allows the pilot to escape from a sinking aircraft from depths of over 30 meters (100 feet). The kit consists of an oxygen bottle that starts automatically when a person starts breathing. The rescue kit can also be used to escape from toxic, gassed areas, as well as a reserve air kit for frogmen.
4. Amphibious Vehicles on Armata Platform
The institute is about to install the new Armata platform onto amphibious vehicles. Marine ships equipped with the new impenetrable armor can go as fast as 14 — 16 km/h, have a sea-keeping performance of up to grade 5 and carry 50 soldiers or 8 tons of equipment. Furthermore, there are rumors coming from "Kurs" that military engineers plan to make the new T-14 Armata tank amphibious. Now that would be crazy!
A new underwater navigator is currently being tested by the Russian Navy. The device can work in depths of over 80 meters (262 feet) for more than 7 hours, providing underwater navigation and communication between groups of frogmen. The special feature of the device is biometric sensors that measure the heart and breathing rates of divers and transmit them back up to a base. The navigator weighs only 7 kg (15 lbs.), which makes it extremely easy to carry around underwater.
3. Underwater Rescue Kit
A new underwater rescue kit has been designed to save the lives of pilots who crash land in water. The rescue kit allows the pilot to escape from a sinking aircraft from depths of over 30 meters (100 feet). The kit consists of an oxygen bottle that starts automatically when a person starts breathing. The rescue kit can also be used to escape from toxic, gassed areas, as well as a reserve air kit for frogmen.
4. Amphibious Vehicles on Armata Platform
The institute is about to install the new Armata platform onto amphibious vehicles. Marine ships equipped with the new impenetrable armor can go as fast as 14 — 16 km/h, have a sea-keeping performance of up to grade 5 and carry 50 soldiers or 8 tons of equipment. Furthermore, there are rumors coming from "Kurs" that military engineers plan to make the new T-14 Armata tank amphibious. Now that would be crazy!
5. Ships Without Crew
No, they're not the Flying Dutchman, but equally intimidating. Last
year, the institute held trials for an unmanned marine vehicle. The
vehicle could automatically dock, navigate through its course and avoid
natural and artificial obstacles. Although the unmanned ship was
developed largely for civilian purposes, it could certainly be used
for military goals.
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