Abstract: A recreational vehicle having a chassis with integral cap is provided. The recreational vehicle includes a cap having a front end and a back end and a pair of opposing sides. A roof encloses a portion of the top of the cap and the cap defines a driving space. The chassis is designed to house an engine block in a rear thereof, and support a living space thereon. The cap is configured for abutted contact with the living space such that the recreational vehicle has a continuous interior living space that includes the driving space.

Abstract: A recreational vehicle having a chassis with integral cap is provided. The recreational vehicle includes a cap having a front end and a back end and a pair of opposing sides. A roof encloses a portion of the top of the cap and the cap defines a driving space. The chassis is designed to house an engine block in a rear thereof, and support a living space thereon. The cap is configured for abutted contact with the living space such that the recreational vehicle has a continuous interior living space that includes the driving space.

Abstract: An ambulette insert is provided. The ambulette insert includes a floor plate adapted to mount to the existing mounting holes of the floor of a vehicle. The floor plate includes a gurney latching system for locking a gurney carried by the vehicle to the floor plate. An equipment console extends between the interior sidewalls of the vehicle and includes a plurality of medical equipment and storage. The ambulette insert also includes a light unit extending away from the equipment console that is designed to provide variable intensity lighting. The light unit is supported by a support conduit that has a hollow core for the routing of various electrical cables and hoses to the equipment console and light unit. The ambulette insert is designed to mount with the existing mounting features of the vehicle so that no additional machining of the vehicle is required.

Abstract: A time division-multiplexing system for a vehicle, using data signals adapted to pass through the system in a cyclical manner during each of a series of time intervals, comprising at least one system controller. The system controller includes a microcontroller and generates at least one controller output in the form of a multiple byte waveform and the at least one controller output is communicatively connected to a remote system controller. The remote system controller monitors bits in a binary configuration to identify time intervals associated with said at least one controller output.