The Briggs and Stratton 4.75 engine has a gross power output of 14 horsepower. This means that the engine can produce a maximum of 14 horsepower at a given speed. The actual power output of the engine will vary depending on the load it is under. For example, the engine will produce less power when it is lugging a heavy load than it will when it is running unloaded.
Torque
Torque is a measure of the rotational force that an engine produces. The Briggs and Stratton 4.75 engine has a gross torque output of 24 foot-pounds. This means that the engine can produce a maximum of 24 foot-pounds of torque at a given speed. The actual torque output of the engine will vary depending on the load it is under. For example, the engine will produce less torque when it is lugging a heavy load than it will when it is running unloaded.
Why Briggs and Stratton advertises gross torque instead of power
There are a few reasons why Briggs and Stratton advertises the gross torque of its engines instead of the gross power.
* Torque is a more accurate measure of an engine's performance. The gross power of an engine is a theoretical measurement that does not take into account the losses that occur in the engine's drivetrain. Torque, on the other hand, is a direct measurement of the force that the engine produces, and it is not affected by drivetrain losses.
* Torque is more important for certain applications. For applications where the engine will be lugging a heavy load, torque is more important than power. This is because torque is what gives the engine the ability to move the load.
* Torque is easier to understand. The concept of torque is simpler to understand than the concept of power, and this makes it easier for consumers to compare engines.
