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First line of defense: AMATOYA fire reconnaissance vehicle concept
AMATOYA is an idealistic concept, yet it does address a number of issues in the field of fire appliance design that seem to beg attention. Tthe purpose-built monocoque design means the the shell takes most of the stresses and gull wing doors provide the most effective access to its unconventional form. Bodywork is protected by military-grade sacrificial thermo-ceramic intumescent paints (swelling, heat-resistant paint to you and me), and windows and bodywork are further insulated by advanced aerogel laminated insulation.
An auxiliary water store supplies an intelligent temperature-controlled spray-down system which allows the vehicle to stay fully operational and mobile while in use. It maintains current 4WD capability with generous approach, departure and over-ramp angles, suspension travel, ground clearance and minimized turn circle, and additionally employs central tire inflation (CTI) and run flat tire (RFT) technology coupled with beadlock tires that allow an extensive band of dynamic pressure control to aid in traversing complex terrain. It has a mechanically injected large displacement diesel engine designed with fire ground conditions in mind.
The AMATOYA requires only two crew members to be operated effectively which allows for greater distribution of resources in an emergency. In a style more befitting military design the driver is positioned high, central and forward to maximize down vision; this is aided by the lack of a traditional b-pillar which provides uninterrupted views for the ROSCO operator behind the driver.
ROSCO, or Remotely Operated Suppression Cannon Outfit utilizes IFEX3000 impulse technology to efficiently (and ecologically) combat fire, and reduce the impact to crew members of the stresses of extended high intensity work. It is coupled with a 1800lt 400lt auxiliary water supply which has been positioned low and centrally to increase vehicle stability.
A thermal imaging camera along with directional spot lights will assist in ‘hotspot’ location to determine the most effective direction of attack.