Experimental development, comparative analysis and demonstrative evaluation of elastomer and other polymer coatings in a realistic environment for the integration of rapid application anti-ballistic fragmentation coatings. The affordable, durable and light-weight protection offered reduces the risk of fragmentation, spalling and ricochet related injuries to dismounting infantry, exposed crew members of armoured vehicles, personnel manning weapon emplacements, and other applications in which ballistic objects may encounter surfaces incidental to military personnel. Polymer development extends beyond anti-ballistic properties to include UV and high temperature resistance, weight, cost and chemical nanocomposition optimisation to provide the most effective lasting protection from fragmentation-related threats. 

An innovative and novel barrier obstacle purpose built to counter the infiltration of main battle tanks and other heavy armoured vehicles towards protected areas. Without relying on more indiscriminate explosive measures the system is designed not only to slow and block but potentially even immobilise vehicles, providing extensive scalable protection to large areas. Optimised for use in many environments and situations to impede the progress of civilian vehicles to soviet-era MBTs. The obstacle is specifically developed to be more affordable, lightweight and rapidly deployable than other existing steel or concrete alternatives.