Mobility
AdvanTac Technologies offers a state-of-the-art, next generation, multi-functional mobile storage and delivery system. The ARC™ is a collapsible, reconfigurable, and self-contained shipping system which is constructed of a nearly unbreakable composite material. The patent-pending technology incorporated into building the ARC™ provides law enforcement and first responder’s with dependable storage and transportation of goods, while containing features which provide multi-functionality when not in use.
All systems are constructed from a high-strength composite material that is virtually indestructible yet lightweight. It is extremely resilient against impact, shock, and is resistant to aircraft fuels, hydraulic fluid, mildew, and ultra-violet light. This fire retardant container meets the FAA burn test requirements of FAR25.853 and FAR 25.855.
All systems use a sophisticated lightweight thermoplastic structural formulation that combines continuous fiberglass fibers in a hybrid thermoplastic matrix. It is extremely resilient against impact, shock, and is resistant to aircraft fuels, hydraulic fluid, mildew, and ultra-violet light. This fire retardant container meets the FAA burn test requirements of FAR25.853 and FAR 25.855.
The Advanced Reconfigurable Container™ (ARC™) is the original mobility container and led the way for the development of the latest in mobility technology. The ARC™ is the largest mobility bin, and its self-sufficient design includes incorporated lifting jacks, floor casters, and towing wheels. It has been uniquely designed to provide multi-functional uses by converting or transforming into several applications for the end user.
From the ARC™ evolved the Genesis™ and Cubit™. The Genesis™ is a smaller version of the ARC™, and has been designed to address the size requirements of a 463L air cargo pallet. The Cubit™, a smaller container that can be housed inside the ARC™ or Genesis™, has been designed to organize and separate contents into more manageable loads. All systems and accessories are highly interoperable with each other.
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