The Voice of the Mountain Resort Industry  |  Est. 1962

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May 1992 Issue

Grooming Vehicles ’92

The Table Headings

Here’s a rundown on what the column headings mean. Number of cylinders is self-explanatory. The horsepower developed is supposed to be SAE which is the U.S. Society of Auto Engineers standard. On certain occasions the suppliers have only the figures of the European equivalent, which is DIN horsepower. The variation is slight. Dry weight in pounds is the weight of the vehicle without passengers or fluids. Pounds per horsepower is our contribution to the tabulated data to give an idea of how each piece of equipment may perform under various conditions from a power standpoint. Engine displacement is in cubic inches, and the manufacturer’s name follows in abbreviation. The torque in foot-pounds is a more important figure than engine horsepower. It is an indicator of the useable power the engine develops, and is especially significant with engines using turbochargers. Fuel consumption in gallons per hour is based upon manufacturer’s claims. The dimensions, length, width and height, would be those of a square box within which the vehicle could be contained. Track width is what is normally supplied as the standard winter track, even though narrower summer tracks may be available. Ground pressure as shown is 0 penetration, with the belts essentially resting on the snow, even though many manufacturers provide figures showing 6, 8, and 10 inches of penetration which reduces the overall ground pressure. Clearance is that space between the lowest point on the machine and the ground surface at 0 penetration. Turning radius is measured to the inside of the vehicle for the actual space required. Tire size lists only the size and not type. All tires are pneumatic except for Tucker’s which are solid. Two-track machines usually have solid or urethane filled tires in the front (on both sides). The steering requirements for each vehicle may be either differential type at the rear of the machine, automotive like that of the Tucker, hydrostatic levers, or hydrostatic steering wheel. The approximate prices are supposed to be for the basic vehicle plus freight and taxes with hydraulics, heater/defroster, etc. Some prices include blades, compactor bars and tillers, and we have done our best to annotate accordingly.

Utility

ModelNo. of CylH.P.Dry Wt. (lbs.)Lbs. HPEngine CID MakeFuelTorque (Ft. lbs.)Fuel Consum (GPH)Fuel Cap’y galLeng. ft.Wid. ft.Height (Feet)Track Width in.Ground Press PSIClearance (in.)Turn. Radius (ft.)Top Speed (MPH)Tire SizeTransmissionSteeringApprox. price (1000s)
Otter220/231,7008047KG341.7577′ 6″5′ 0″6′ 6″18.6910-16010F78x143 Spd ManDiff9-10
Excel Snow Track4533,800105.179FG72.5 @ 34502-31112′ 3″7′ 9.5″7′ 11″28.688064.8×12Hydrs – 1 SpdHydrs L30
Morooka MJ 8041005,17044MD178 @ 24001.84013′7′8′240.6816014HydrsHydrs49.5
Track Truck HPT41064,20040169 ID132 @ 20001.5-21813′ 9″8′6′181.8151025HydrsAuto40

Class I

ModelNo. of CylH.P.Dry Wt. (lbs.)Lbs. HPEngine CID MakeFuelTorque (Ft. lbs.)Fuel Consum (GPH)Fuel Cap’y galLeng. ft.Wid. ft.Height (Feet)Track Width in.Ground Press PSIClearance (in.)Turn. Radius (ft.)Top Speed (MPH)Tire SizeTransmissionSteeringApprox. price (1000s)
Formatic F-24684,84071169 ID1-2228′ 4″7′ 6″7′ 5″36.73140202×12Hydrs – 3 SpdHydrs L67†
Formatic F-4**4687,700115169 ID1-22220′ 6″7′ 6″7′ 5″36.731411.3′182×12Hydrs – 3 SpdArtic.105
Bombardier BR-1004803,31041140FG119 @ 2800211.510′ 3″7′ 3″6′ 6″32.62125.5134.6×103 Spd AutoDiff40-45
Leitner LH 25041003,53235494 VmD173 @ 19502.5-3139′ 6″8′ 2″8′33.39/.529011.55.5×12Hydrs – 1 SpdHydrs L75†
Pisten-Bully 10041004,40044277.6 VmD178 @ 24001.82210′ 6″8′ 0″7′ 2″34.5512.60125.5×12Hydrs – 1 SpdHydrs L55

Class II

ModelNo. of CylH.P.Dry Wt. (lbs.)Lbs. HPEngine CID MakeFuelTorque (Ft. lbs.)Fuel Consum (GPH)Fuel Cap’y galLeng. ft.Wid. ft.Height (Feet)Track Width in.Ground Press PSIClearance (in.)Turn. Radius (ft.)Top Speed (MPH)Tire SizeTransmissionSteeringApprox. price (1000s)
Bombardier SV-252DT41107,30067243PD257 @ 16002.51913′ 3″9′ 7″7′ 6″41.901412174.5×124 Spd AutoDiff75-85
LMC 150061244,70039.2300 FG234 @ 16002-52911′ 10″8′ 2″6′ 11″25/36.71/.511110155.30×123 Spd AutoDiff51
LMC 120061246,20050300FG234 @ 16004-54513′ 8″9′ 10″6′ 11″36/45.87/.741115125.30×123 Spd AutoDiff57
Prinoth TR613610,40076.4183 MBD172 @ 24002.5-3.54222′ 6″8′ 2″7′ 10″36.8713.52520154 Spd AutoHydrs-Artic.125
Leitner LH 36041457,150498041 FIATD206 @ 19003-3.53212′ 4″10′ 2″9′60.51/.829011.5560mm dia.Hydrs – 2 SpdHydrs L125†
Pisten-Bully 15061536,00038254 VmD300 @ 19502.52211′ 8″8′ 1″8′34.6112.50115.5×12Hydrs – 1 SpdElectronic85
Sno-Cat 1643 RE26152T8,46054.4359 CMD400 @ 16002.55019′8′8′ 2″281.031518153×144 Spd AutoAuto70-75
Sno-Cat 1700D6152T9,60063359 CMD400 @ 16002-55017′ 2″8′ 0″8′ 2″281.171515.5153×144 Spd AutoAuto86
Prinoth T26153T5,18134256.3 VmD261.9 @ 19503.414.59′ 8″7′ 4″7′ 10″31.0.7313.8015.55.5×12Hydrs – 2 SpdHydrs L78
Sno-Cat 1600C81557,64049360CG1317 @ 24004-65017′ 2″8′ 0″8′ 2″28.931514.5153×144 Spd AutoAuto66
Sno-Cat 2000C-5281557,07545360CG1317 @ 24004-65015′ 8″8′ 0″8′ 2″281.101514.3153×144 Spd AutoAuto55*
Sno-Cat 2000C-681557,89550360CG1317 @ 24004-65017′ 0″8′ 0″8′ 2″28.961516.6153×144 Spd AutoAuto61*
Kassbohrer FM1506160T9,80061.3374 DZD363 @ 16503-42113′ 5″7′ 4″7′ 10″27.51.27170253×13Hydrs – 2 SpdHydrs SW90†
LMC 18006170T7,50048.4403 CATD570 @ 15003-53012′ 7″8′ 0″7′ 11″32/36/41.95/.75120125.30×12Hydrs – 1 SpdHydrs L77
Sno-Cat 2000D-66190T9,22548.5359 CMD459 @ 19503-65017′ 0″9′ 9″8′ 3″38.661519.5143×144 Spd AutoAuto100†

Class III

ModelNo. of CylH.P.Dry Wt. (lbs.)Lbs. HPEngine CID MakeFuelTorque (Ft. lbs.)Fuel Consum (GPH)Fuel Cap’y galLeng. ft.Wid. ft.Height (Feet)Track Width in.Ground Press PSIClearance (in.)Turn. Radius (ft.)Top Speed (MPH)Tire SizeTransmissionSteeringApprox. price (1000s)
Prinoth 20062008,44542.2DeutzD433 @ 16504.54213′ 2″13′ 2″9′ 0″64.2.5218.1012.56.0×13Hydrs – 1 SpdHydrs L115
Pisten-Bully 210D62218,80040366LA MBD550 @ 15004-55014′ 6″12′9′53/61/67.558.50146.0×13Hydrs – 1 SpdElectronic140
Pisten-Bully 240D6242TI8,75036.7506 CMD716 @ 15003.5-4.54214′ 10″11′ 10″9′ 4″53/61/67.558.50146.3×14Hydrs – 1 SpdElectronic155†
Bombardier BR-400+6250TI10,95043.8506 CMD714 @ 150045613′ 4″12′ 6″8′ 9.5″58/66.80/.75120104.5×12Hydrs – 1 SpdHydrs L130-150
Prinoth T46254T10,80042.5DS9-SCAND728 @ 12004-55215′ 5″13′ 2″9′ 0″64.2.5619.5012.56.0×13Hydrs – 2 SpdHydrs SW135
LMC 3700C8260T11,92545.9638 CATD611 @ 14004-56014′ 11″12′ 5″8′ 9″57/65.73/.6416011.26.0×12Hydrs – 3 SpdHydrs L135††
LMC 3700CF8260T12,05050638 CATD611 @ 14004-57315′ 8″12′ 5″9′ 1″57/65.73/.6415011.26.0×12Hydrs – 3 SpdHydrs L162††

Class IV

ModelNo. of CylH.P.Dry Wt. (lbs.)Lbs. HPEngine CID MakeFuelTorque (Ft. lbs.)Fuel Consum (GPH)Fuel Cap’y galLeng. ft.Wid. ft.Height (Feet)Track Width in.Ground Press PSIClearance (in.)Turn. Radius (ft.)Top Speed (MPH)Tire SizeTransmissionSteeringApprox. price (1000s)
Pisten-Bully 320632017,00053660MBD1000 @ 1100-16004-4.54215′13′ 10″9′ 6″67.6190126.3×15Hydrs – 1 SpdElectronic175
Leitner LH 50063609,900272866 MAND1030 @ 13003.5-4.54515′14′ 1″9′ 1″/9′ 5″68.859/12.5014.4650mm dia.Hydrs – 2 SpdElectronic230†
LMC 47006367TI14,10038.2673-SCAND909 @ 13503-86016′ 8″13′ 9″9′ 2″65.68130126.0×13Hydrs – 3 SpdHydrs L203††
  • 1 = Diesel available
  • 2 = Available with different track lengths and model number
  • 3 = Cargo / passenger model
  • T = Turbo charged
  • C = Chrysler
  • P = Perkins
  • M = Mitsubishi
  • V = Volvo
  • CM = Cummings
  • L = Levers
  • SCAN = Scania
  • F = Ford
  • MB = Mercedes Benz
  • TI = Turbocharged/intercooled
  • DZ = Deutz
  • I = Isuzu
  • † = With blade and tiller
  • SW = Steering wheel
  • †† = w blade/no implement
  • * blade and compactor, rear hydraulics
  • ** Includes power-driven trailer

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