Massey Ferguson 95X Horsepower & PTO HP

Quick answer:

The Massey Ferguson 95X tractor engine horsepower is 100 hp | 74.6 kW, and PTO horsepower is 72 hp | 53.7 kW.

Engine HP100 hp | 74.6 kW
PTO HP72 hp | 53.7 kW
PTO Transfer72%
Torque245.9 lb-ft | 333.4 Nm
Displacement356.5 ci | 5.8 L

Massey Ferguson 95X Horsepower Specs

Engine horsepower 100 hp | 74.6 kW
PTO horsepower claimed 72 hp | 53.7 kW

Massey Ferguson 95X Useful Horsepower Calculations

PTO-to-engine power transfer 72% of engine hp reaches the PTO
Engine size per PTO horsepower 5 ci per PTO hp
PTO horsepower per liter 12.4 PTO hp per L
Engine size per engine horsepower 3.6 ci per engine hp
Engine horsepower per liter 17.2 engine hp per L
Torque per PTO horsepower 3.4 lb-ft per PTO hp
Rated speed per PTO horsepower 30.6 rpm per PTO hp

Massey Ferguson 95X Engine Specs

Displacement 356.5 ci | 5.8 L
Bore and stroke 4.50×4.10 inches | 114 x 104 mm
Rated RPM 2200
Torque 245.9 lb-ft | 333.4 Nm
Torque RPM 1400

Massey Ferguson 95X Fuel, Cooling, Starting & Service Specs

Starter volts 12

Massey Ferguson 95X Horsepower Comparison Charts

Engine horsepower comparison

This model

100 hp

Average

80 hp

Low

45 hp

High

120 hp

PTO horsepower comparison

This model

72 hp

Average

65 hp

Low

35 hp

High

105 hp

Displacement comparison

This model

356.5 ci

Average

260 ci

Low

150 ci

High

380 ci

Torque comparison

This model

245.9 lb-ft

Average

240 lb-ft

Low

120 lb-ft

High

420 lb-ft

Rated RPM comparison

This model

2,200 rpm

Average

2,200 rpm

Low

1,800 rpm

High

2,700 rpm

Engine size per PTO HP

This model

5 ci/hp

Average

3.5 ci/hp

Low

2.2 ci/hp

High

5.8 ci/hp

Benchmarks use practical low, average and high ranges for the utility tractor category. Use the operator manual and actual engine/tractor configuration before sizing implements or judging working power.

Massey Ferguson 95X Horsepower FAQ

How much horsepower does the Massey Ferguson 95X have?

The listed engine output is 100 hp, above the 80 hp benchmark average. That is a higher-power result, so ballast, tire setup and implement width matter if you want to use the full 100 hp.

How much PTO horsepower does the Massey Ferguson 95X have?

The listed PTO output is 72 hp, close to the 65 hp benchmark average. Use 72 PTO hp as the practical implement-sizing number.

How much engine power reaches the PTO on the Massey Ferguson 95X?

The PTO-to-engine transfer works out to 72%, from 100 engine hp to 72 PTO hp. That is a noticeable drop, so implement sizing should be conservative.

How big is the Massey Ferguson 95X engine?

The engine displacement is 356.5 ci, above the 260 ci benchmark average. Bigger displacement can help low-rpm pull and load-holding feel.

Is the Massey Ferguson 95X engine stressed for its PTO horsepower?

The engine has about 5 cubic inches per PTO hp, using 356.5 ci and 72 PTO hp. That points to a larger-displacement, lower-stress style setup.

How much PTO horsepower per liter does the Massey Ferguson 95X make?

The output density is about 12.4 PTO hp per liter, using 72 PTO hp and 5.8 L of displacement. Higher hp/L means more output squeezed from each liter; lower hp/L usually means a more relaxed engine tune.

How much torque does the Massey Ferguson 95X have?

The listed torque is 245.9 lb-ft, close to the 240 lb-ft benchmark average. The 245.9 lb-ft figure is a normal torque result for this class.

Does the Massey Ferguson 95X have good torque for its PTO horsepower?

The torque-to-PTO-power figure is about 3.4 lb-ft per PTO hp, using 245.9 lb-ft and 72 PTO hp. A higher number usually points to a slower, gruntier working feel.

What rpm is the Massey Ferguson 95X rated at?

The rated speed is 2,200 rpm, close to the 2,200 rpm benchmark average. The 2,200 rpm figure is around normal for this class.

Official information note

Horsepower and engine specs can vary by year, market, engine option, fuel system, test standard and tractor configuration. Check the operator manual, spec plate, parts book and official masseyferguson.com website before buying parts, sizing implements or making repair decisions.