LT265/75x20"??? Tire Diameter	38	Inches
	Axle Ratio	4.88
	NV242HD AMG Xfer Case Ratio	2.72
	Cummins ISB170 With 5 Speed NV4500 Transmission			1st		2nd		3rd		4th		5th			Skid Torque Rating	Skid Torque Rating	Skid Torque Rating	Skid Torque Rating	Skid Torque Rating		XferCase Input Torque	XferCase Output Torque
				5.61		3.04		1.67		1.00		0.74			1 Ton	3/4 Ton	1/2 Ton	Jeep CJ	Other		Lo/Hi Range	LoRange
	RPM	FtLbs	HP	FtLbs	MPH	FtLbs	MPH	FtLbs	MPH	FtLbs	MPH	FtLbs	MPH		FtLbs	FtLbs	FtLbs	FtLbs	FtLbs		FtLbs	FtLbs
	1000	300	57	2594	4	1405	8	772	14	462	23	342	31		10000	8000	6000	4000	2500	GAWR	2594	7055
	1250	410	98	3545	5	1921	10	1055	17	632	29	468	39		1	1	1	1	1	mu	3545	9641
	1500	420	120	3631	6	1968	11	1081	21	647	35	479	47		19	19	19	19	19	Radius	3631	9876
	1750	420	140	3631	7	1968	13	1081	24	647	41	479	55		27	27	27	27	27	Reff (LoRange)	3631	9876
	2000	420	160	3631	8	1968	15	1081	28	647	46	479	63		74	74	74	74	74	Reff (HiRange)	3631	9876
	2250	395	169	3415	9	1850	17	1017	31	609	52	450	70		1	1	1	1	1	e	3415	9289
	2500	350	167	3026	10	1640	19	901	35	539	58	399	78		2401	1921	1441	961	600	FtLbs (LoRange)	3026	8230
	2750	300	157	2594	11	1405	21	772	38	462	64	342	86		6532	5226	3919	2613	1633	FtLbs (HiRange)	2594	7055
	3000	250	143	2161	12	1171	23	643	42	385	69	285	94								2161	5879
	3250	225	139	1945	13	1054	25	579	45	347	75	257	102		skid torque= {mu*GAWR*Rad} / {Reff*e}						1945	5291
	3500		0	0	14	0	27	0	49	0	81	0	110								-	-
	3750		0	0	15	0	29	0	52	0	87	0	117		mu: coffecient of road/tire friction commonly .7 to .8 for concrete/radial						-	-
	4000		0	0	17	0	30	0	55	0	93	0	125		GAWR: Gross Axle Weight Rating, vehicle weight supported by the axle in question						-	-
															Rad: rolling or static loaded (depending on case) radius of the drive tires
															Reff: Effective gear ratio, any ratio's multiplying torque prior to transmitall to the drivleline component in question
															e: driveline efficiency .85 is commonly used
	Weight	7500	Lbs
	Cummins ISB170	170	HP
	Lucius Road & Track (LRT) Formula (Street Cars)
	1/4 Mile ET	25	Seconds
	1/4 Mile MPH	62	MPH
	Roger Huntington's Formula (Slow Race Cars)
	1/4 Mile ET	22	Seconds
	1/4 Mile MPH	64	MPH
	California Physics Professor Geoffrey T. Fox (Med Race Cars)
	1/4 Mile ET	22	Seconds
	1/4 Mile MPH	65	MPH
	Patrick Hale's Formula (Fast Race Cars)
	1/4 Mile ET	21	Seconds
	1/4 Mile MPH	66	MPH