It has been seven years since I retired from the Johnson Space Center, but I saw something there during a recent visit that should be of interest to everyone that cuts metal.
Go to http://chariot.jsc.nasa.gov and you will find a complete description of a Lunar Vehicle Simulator along with excellent pictures. Google the Title and you will also find a lot of related information.
The aluminum machining was accomplished by two dedicated CNC machines that ran 24/7, and everything fit perfectly when it was assembled. The central frame was constructed by a race car builder, powder coated, and then sent in from California.
This all-electric, computer-controlled vehicle can turn around within its own length, and raise and lower itself to the ground for ease of loading and unloading.
Everything from "Project Start" to "Hardware Roll-Out" required less than two years.
Go to http://chariot.jsc.nasa.gov and you will find a complete description of a Lunar Vehicle Simulator along with excellent pictures. Google the Title and you will also find a lot of related information.
The aluminum machining was accomplished by two dedicated CNC machines that ran 24/7, and everything fit perfectly when it was assembled. The central frame was constructed by a race car builder, powder coated, and then sent in from California.
This all-electric, computer-controlled vehicle can turn around within its own length, and raise and lower itself to the ground for ease of loading and unloading.
Everything from "Project Start" to "Hardware Roll-Out" required less than two years.
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