Land Rover Range Rover DR100
DR100 is a Desert Racer on a 100" wheelbase (Range Rover chassis)
I am endeavouring to build a prototype network for my Land Rover Range Rover desert racer hybrid
Chassis: 1975 Range Rover 100" Wheel Base Engine: 1988 Range Rover 3.5l EFI V8 Roll Cage / Space Frame: FIA Specification 12 point competition cage Body: Land Rover Series 3 Air Portable Custom Lengthened to 100" Wheel Base
The Original Plan
I was interested in using Arduino & Raspberry Pis microcomputers to control the lighting within the cab of my desert racing Range Rover.
I have been experimenting with Arduino, Edison & Raspberry Pi computers running embedded C/C++, Linux & OS X & networking with the aim to build my car network out of many of these devices.
OS X: 3 x Mac Mini or 1 x Mac Pro Devices: 5 Arduinos, Intel Edisons or Raspberry Pis Network Interconnect: Optical networking OM4 MXC InfiniBand
The aim for the project is to build a network that will allow me to control anything within my Range Rover including the 1988 3.5l EFI V8; to be able to do this, I have designed a custom computer for running the V8 engine.
I am now looking at custom computers with fibre optic networking throughout the car - this is the way forward that I would like to investigate & look to taking.
It is a costly option, but it will enable me to build a system that is robust & can become an industry standard with experimentation.
It means that I can use systems that have proven themselves in data centres but have not been fully implemented in automotive environments.
I would like to build a custom router with 4G, satellite & radio connections.
The router will not have a (Wi-Fi) wireless access point (WAP).
There will be two dedicated WAPs with fibre optic network ports.
The main unit will be running on OS X & Linux, but there will be my iPad Air 2 on the dashboard running as maps & other dials.
The main dials will run on an iPad Air 2 display connected to a Mac mini that will be re-cased with hydraulic bypass dampers (shock absorbers) built into the case.
Controllers will be custom boards with fibre optic ports onboard.
The entire network will be running on Linux, except for the computers that can be directly interfaced with.
The engine controller will run a Linux distribution.
I am tempted to run Apple Darwin, based on BSD/Unix, on one of the computers in the cab.
This will probably be used as a diagnostic terminal when stationary.