And again we have had no damage to the shelter so far,” Kirtsi said. In order to get better results we have also had some local charges planted on top of the shelter and on the sides of the shelter and we have measuring equipment inside to measure the pressure, vibration, sound levels, everything like this that can be dangerous for people inside. We have tested it now against a range of different weapons, starting from mortars 81 mm and ending up with different howitzer classes and the biggest of them being 155 and as you can see there is no damage here. “This two-meter depth unit was designed for 155-millimetre howitzer shells. The nearest aviation shell exploded about four meters from the bomb shelter, which endured the blast. soldiers, who have both targeted the shelter with bombs during training. The manufacturers have tested the resistance to impact with the help of local armed forces and U.S. It is also possible to add modules to consist of generators, refrigerators, staff storage and other necessities for emergency situations, up to the size of what Terramil equate to an underground town. In the demonstration model, set up by Terramil in the Estonian armed forces’ training ground, there are beds for 12 people, although clients can choose to alter the shelter module according to their own wishes - for example, lessening the number of beds to equip the shelter with more amenities. plays as one complete system in order to protect the people inside,” Kirtsi added. So this system interacts with the soil, and it. It means that the unit itself, the material of the unit, the profile that we have used here and also the soil cover. “It unites three different specific things that help this unit to stay bombproof. Despite its relative ease of transport and installation, the shelter still has to be dug in underground, demanding an appropriate location with an ample soil covering.
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