The kit also includes components to upgrade the Land Raider Proteus with a pintle-mounted weapon – a havoc launcher, heavy bolter, heavy flamer, multi-melta, or a combi-weapon with five configurations (bolter, flamer, melta, plasma, or volkite) – as well as a searchlight, a hunter-killer missile, and a number of cosmetic options, such as towing hooks, sigils, and a choice of a Space Marine gunner, spotter, or closed hatch. The Proteus Explorator also offers an alternate frontal hull with sealed armour plating and a visor. Both variants sport two sets of sponson-mounted lascannons, and can be equipped with your choice of hull-mounted weapon – twin-linked heavy bolters, heavy flamers, or lascannons.
This vehicle can be assembled as either a Proteus Carrier with a frontal assault ramp for delivering troops or a Proteus Explorator with a dozer blade for traversing broken terrain. This multipart plastic kit builds one Land Raider Proteus, a mighty battlefield transport employed by the Legiones Astartes. Intended to serve in almost any environment as both war machine and exploration vehicle, it can operate freely in war zones ranging from acid swamps to rad-deserts without any noticeable impediment to its performance, and can even operate in hard vacuum, ensuring there is no open battlefield on which its armoured wrath cannot be unleashed. It is a phenomenally powerful war machine, its multi-layered composite armour and reinforced hull all but impervious to even heavy weapons, being a sealed unit designed to resist enemy attack from any approach.
The result is a lower level of complexity in implementation, simplified control of events and levels control of coupling between the components of the proposed middleware.The Land Raider is regarded by many as the finest armoured fighting vehicle of its class in the Imperium’s arsenal, and is the mainstay battle tank of the Space Marine Legions. The structure of the middleware, the MVC design pattern and the events model proposed seek to favor the abstraction, processes treatment and events that result from the CPS heterogeneous environment. This modeling is presented for the treatment of events by the middleware, considering functional and non-functional spatiotemporal requirements, as well as the set of requirements common to the CPS. Our main goal is to reach the robustness and flexibility requirements as a result of the high probability of heterogeneity and critical events in Cyber-Physical System (CPS). This paper describes the modeling proposal of a middleware for sensor networks in Cyber-Physical (CP) environments adopting the reuse of Designs Patterns, which must favor the coupling in the underlying layers of the middleware and facilitate the communication between components in the upper layers.
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