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- United States
Actually do you think that man has the technology and is capable of sending someone to space and bringing them back, take a cruise missile and put it down an air shaft on a building from 1500 miles away does not possess the capability to to have technology that could steer a vehicle into a beginning of a skid without slowing such a vehicle down?
Actually the secret would be to having early detection that the vehicle was approaching a condition that a skid was likely and making adjustments at that point to prevent the skid from actually developing in the first place.
Similar technology is and has been in use for some time now in vehicle stability control more commonly found on all wheel drive SUV and crossover type of vehicles to lessen the chance of a vehicle rollover.
Steering using a fly by wire system and having no mechanical connection between the steering wheel and steering box or rack again is currently not so uncommon and could easily be programmed to steer the vehicle overriding the operators input when needed.
Normal production vehicles using a crude "radar" system will also currently brake the car independent of the operators input to avoid a collision.
Some racing orgs are already using GPS based traction control that is programmed at a different rate for every corner on the course, same with engine mapping technology that is adjustable.
I expect it would be a fairly easy project with today's current technology to produce a race ready CSA system if so desired if such in fact does not already exist.
There is a reason the highest paid guys in many pits and race shops these days are the ones with the lap tops that program the cars electronic perimeters conforming to class rules based off data gathered from onboard sensors and diagnostic systems.
Actually the secret would be to having early detection that the vehicle was approaching a condition that a skid was likely and making adjustments at that point to prevent the skid from actually developing in the first place.
Similar technology is and has been in use for some time now in vehicle stability control more commonly found on all wheel drive SUV and crossover type of vehicles to lessen the chance of a vehicle rollover.
Steering using a fly by wire system and having no mechanical connection between the steering wheel and steering box or rack again is currently not so uncommon and could easily be programmed to steer the vehicle overriding the operators input when needed.
Normal production vehicles using a crude "radar" system will also currently brake the car independent of the operators input to avoid a collision.
Some racing orgs are already using GPS based traction control that is programmed at a different rate for every corner on the course, same with engine mapping technology that is adjustable.
I expect it would be a fairly easy project with today's current technology to produce a race ready CSA system if so desired if such in fact does not already exist.
There is a reason the highest paid guys in many pits and race shops these days are the ones with the lap tops that program the cars electronic perimeters conforming to class rules based off data gathered from onboard sensors and diagnostic systems.