RTI ramps
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RTI ramps
If you know some trig it's pretty easy. Find some way to lift one tire as high as possible w/o lifting another tire off the ground. Take that heigth and use this formula (H= heigth, X= calculated distance up 20deg ramp)
X= H/.342
You then take what you got for "X" and divide it by your vehicles wheelbase. take this final # and multiply it by 1000.
example:
lets say you can lift one tire 24" off the ground (or drive up an obstical 24" tall) before another wheel comes off the ground. Let's just say this is in a standard short bed truck w/ a wheelbase of 118" OK
X=24"/.342 so X=70.175" you then take that and divide it by your wheelbase (118" in this example) so 70.2" (rounded) div. by 118 = .5849 multiplied by 1000= 584.9 RTI.
Whoever says you'll never use math in the real world is only folling themselves
X= H/.342
You then take what you got for "X" and divide it by your vehicles wheelbase. take this final # and multiply it by 1000.
example:
lets say you can lift one tire 24" off the ground (or drive up an obstical 24" tall) before another wheel comes off the ground. Let's just say this is in a standard short bed truck w/ a wheelbase of 118" OK
X=24"/.342 so X=70.175" you then take that and divide it by your wheelbase (118" in this example) so 70.2" (rounded) div. by 118 = .5849 multiplied by 1000= 584.9 RTI.
Whoever says you'll never use math in the real world is only folling themselves
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