In this the second installment of the series, TNVC covers several different aftermarket accessories that are available for the PVS-14, and how they can be utilized.
In this the second installment of the series, TNVC covers several different aftermarket accessories that are available for the PVS-14, and how they can be utilized.
Those 3-wheeled ATCs were cool but they’d roll over, so CCT stopped using them. There’s even rumor that there was one used at Desert One. BTW, that’s a TACAN mounted on the back.
They tried out a few different solutions but eventually settled on the Quads we see today that are used by CCT and PJ alike for a variety of missions.
Crye Precision founders Caleb Crye and Gregg Thompson, graduated from Cooper Union’s School of Art in ’97 and Albert Nerken School of Engineering graduate in ’00. The University’s website recently published a great piece on them.
It’s well worth the read so head on over.
cooper.edu/about/news/after-cooper-crye-precision
The Archangel Michael Morale Patches are in. These 2.75” x 1.75”? patches are made from PVC and offered in three versions, a standard white on black model, black on black for those covert ops and the glow-in-the-dark for anyone who wants to keep track of their buddies at night. Developed in conjunction with MilSpec Money.
We’ve mentioned D3O several times recently and thought it would be a good idea to explain what it’s for those of you who are unfamiliar.
D3O is used in 5 core markets including motorcycle, PPE (law enforcement, military, industrial workwear), electronics (phone, tablet, laptop casing), footwear and sports.additionally, they have recently developed a helmet liner system for the baseball market with Schutt Sports and plan to roll out new military helmet liner systems to the later this year.
Some further examples of its use in the PPE market include:
This impact protection undergarment from French firm Leo Minor.
Renegade Armor has incorporated D3O into select armor carriers.
And the elbows and knees of DRIFIRE FR clothing accept D3O inserts.
As for the actual material used for D3O, it’s a composite of a dilatant and polymers. How it works is based on non-newtonian principles. In standard conditions the molecules flow freely, but on impact, lock together to absorb and dissipate the impact energy. After the impact, the material instantly returns to its soft and flexible state. D3O is strain-rate sensitive, which means the stronger the impact, the more the molecules react.
An introduction to D3O in the Military sector – Soldier Systems from D3O Lab on Vimeo.
Thanks to D3O for the video.
The New Zealand Army’s 1st Brigade has begun to field the new Multi-Terrain Camouflage Uniform.
The new garb features incorporated knee and elbow pads and there is also an FR version for operational deployments. They are part of a new layered clothing system includes wet and cold weather layers which are designed to fit underneath and over top of the MCUs.
The NZ Army will be rolling the uniforms out over the next six months. The now ‘old’ uniform worn by NZ Army will be inspected and all serviceable items will be placed into a clothing pool to equip recruits, officer cadets and the NZ Air Force until stocks are exhausted.
One significant aspect of this new uniform and associated camo pattern developed by HyperStealth Biotechnology Corp is that it is not a pixelated pattern. Additionally, the Kiwis opted for a single pattern, acknowledging that troops find themselves in multiple environments over the course of an operation. According to Project Manager, Captain Ian Leabourne, “We have traditionally had our two patterns of uniform, one for the jungle and one for the desert. However, with the operational environments we face today, we can be operating in a variety of terrains within one area. We needed something which would do the job in whatever environment we deploy to. This uniform, with its unique NZ Defence Force pattern, solves this issue. The MCUs are a layered clothing system, so it is not just a case of a new look. We have included the full range of clothing which our soldiers need to perform well on operations and in training.”