Massey Ferguson 364S Fuel, Cooling, Starting & Service Specs
Starter volts
12
Battery volts
12
Massey Ferguson 364S Horsepower Comparison Charts
PTO horsepower comparison
This model
50 hp
Average
65 hp
Low
35 hp
High
105 hp
Displacement comparison
This model
152 ci
Average
260 ci
Low
150 ci
High
380 ci
Rated RPM comparison
This model
2,250 rpm
Average
2,200 rpm
Low
1,800 rpm
High
2,700 rpm
Engine size per PTO HP
This model
3 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 364S Horsepower FAQ
How much PTO horsepower does the Massey Ferguson 364S have?
The listed PTO output is 50 hp, below the 65 hp benchmark average. For real use, size PTO implements below or near 50 hp rather than using a bigger engine-horsepower number.
How big is the Massey Ferguson 364S engine?
The engine displacement is 152 ci, below the 260 ci benchmark average. Smaller displacement usually means less engine size behind each horsepower number.
Is the Massey Ferguson 364S engine stressed for its PTO horsepower?
The engine has about 3 cubic inches per PTO hp, using 152 ci and 50 PTO hp. That is a smaller-displacement, higher-output style result.
How much PTO horsepower per liter does the Massey Ferguson 364S make?
The output density is about 20 PTO hp per liter, using 50 PTO hp and 2.5 L of displacement. Higher hp/L means more output squeezed from each liter; lower hp/L usually means a more relaxed engine tune.
What rpm is the Massey Ferguson 364S rated at?
The rated speed is 2,250 rpm, close to the 2,200 rpm benchmark average. The 2,250 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.
