Gespeichert.
🔗
10 Kommentare
Die Rüstung ist noch nicht ganz fertig, es fehlen noch diverse kleinere Details und Waffen.
Infos zur Entstehung gibt es hier: https://www.facebook.com/PZGermany
"It is one of two armors used by U.S. soldiers (the other armor of choice being winterized combat armor) in the Anchorage Reclamation simulation and can be obtained from the VSS weapon cache in the Outcast Outpost after completing the simulation.
Unlike the regular T-51b power armor found in Fort Constantine, the winterized version has no rust, a snow-camouflaged paint job with US livery, and a 45 damage resistance as opposed to the regular version's 50 damage resistance.
The armor is fitted with a back-mounted TX-28 MicroFusion Pack which generates an output power of 60,000 Watts to power the HiFlo hydraulic systems built into the frame of the suit. Made of a poly-laminate composite, the outer shell of the T-51b is lightweight and capable of absorbing over 2500 Joules of kinetic impact. The 10-micron-thick silver ablative coating can reflect laser and other radiation emissions without damage to the composite subsurface, and the eyeslit for the helmet is made of bullet proof glass to protect the wearer from any projectiles."
Infos zur Entstehung gibt es hier: https://www.facebook.com/PZGermany
"It is one of two armors used by U.S. soldiers (the other armor of choice being winterized combat armor) in the Anchorage Reclamation simulation and can be obtained from the VSS weapon cache in the Outcast Outpost after completing the simulation.
Unlike the regular T-51b power armor found in Fort Constantine, the winterized version has no rust, a snow-camouflaged paint job with US livery, and a 45 damage resistance as opposed to the regular version's 50 damage resistance.
The armor is fitted with a back-mounted TX-28 MicroFusion Pack which generates an output power of 60,000 Watts to power the HiFlo hydraulic systems built into the frame of the suit. Made of a poly-laminate composite, the outer shell of the T-51b is lightweight and capable of absorbing over 2500 Joules of kinetic impact. The 10-micron-thick silver ablative coating can reflect laser and other radiation emissions without damage to the composite subsurface, and the eyeslit for the helmet is made of bullet proof glass to protect the wearer from any projectiles."