New composite ExoProtect passes ballistic resistance testing
ExoProtect is made from styrene-free resin and sustainable fibres. (Photo: ExoTechnologies)
ExoTechnologies developed a sustainable composite from DUNA tested bulletproof material
ExoTechnologies has developed a sustainable and high-strength composite material called ExoProtect, based on a new specific formula that adds ballistic resistance to its predecessor DANU while maintaining its advantages.
The new technology has passed several rounds of testing, meeting the NIJ Level III and IIIA ballistic resistance standards. Testing was conducted by an independent lab and showed that ExoProtect meets industry standards for protection from small arms. ExoProtect also delivers ballistic resistance against explosive fragments and protects from multiple shots.
ExoProtect is made from styrene-free resin and sustainable fibres, which make it stronger and at the same time lighter than fibreglass, less brittle than carbon fibre, and is not compromised by water.
The composite can also be moulded into complex shapes and be formed to the precise geometries of tactical marine craft, in-service military combat vehicles, and aircraft components to protect personnel and critical mission systems.
More from Defence Notes
-
![UK watchdog publishes ‘most damning’ report on country’s defence budget since records]()
UK watchdog publishes ‘most damning’ report on country’s defence budget since records
The UK National Audit Office (NAO) has delivered a scathing evaluation of the MoD's Equipment Plan for 2023–33, revealing a nearly £17 billion 'blackhole' in the budget.
-
![I/ITSEC 2023: FY 2024 budget should not be approved this year, claim US lawmakers]()
I/ITSEC 2023: FY 2024 budget should not be approved this year, claim US lawmakers
US congressmen also expect reductions in the Pentagon’s defence proposal for the next fiscal year.
-
![I/ITSEC 2023: Vrgineers launches new mixed-reality headset]()
I/ITSEC 2023: Vrgineers launches new mixed-reality headset
Mixed reality technology is gaining momentum in the simulation industry – especially in pilot training environment – and has been expected to surpass the usage of standard projection-based simulators.
