Website design By BotEap.comA ship is propelled by horsepower. To propel the boat, the power is converted into a torsional force. This torque is the ship’s propeller torque. This torsional force is the force that turns a propeller.

Website design By BotEap.comThe maximum torque of most boat engines occurs below the maximum RPM specified in the engine manual. This often poses a problem when selecting an accessory. A propeller is chosen so that the engine runs close to the specified RPM. Torque is generally 50 percent of RPM on a high speed motor. Ideal propeller torque should be approximately 70 to 85 percent of maximum engine RPM. This will provide greater efficiency, speed and fuel efficiency and will improve the longevity of the engine.

Website design By BotEap.comWhen a single propeller is used to propel a boat, a torque reaction occurs between the propeller and the hull. This reaction is called heeling torque. When the propeller moves in one direction, it causes equal and opposite torque in the direction of rotation of the propeller. This causes the hull to list or tilt in the opposite direction to the direction in which the propeller rotates. Large boats have two propellers to reduce heel. The starboard propeller is right-handed while the port propeller is left-handed. The hull and type of boat influence a boat’s heel torque.

Website design By BotEap.comThe torque makes the boat move. When a propeller rotates in a clockwise direction, the water resists the movement of the propeller in a clockwise direction. When the water resists clockwise rotation, the boat rolls slightly in the opposite direction, counterclockwise or down on the left port side and up on the port side. right starboard. To compensate for this imbalance, the driver’s seat of a boat is positioned to starboard or to the right side of the boat. Different boats move in different ways as they react to the torque of a propeller. Discussing the needs of each boater with the manufacturer or dealer will help the boater to obtain the propeller with the ideal propeller torque for the type of use, the boat and the engine.

Website design By BotEap.comThe height at which the engine is positioned on the transom influences the propeller torque. If the engine is placed too low on the transom, the height of the engine on the transom is the reason the boat is moving in the wrong direction when the boater releases the steering wheel. If the engine is placed too low on the transom, the torsion of the boat’s propeller pulls the boat to one side. If the engine is placed too high on the transom, the torque is reduced. The torque will be insufficient to help steer the boat.

Website design By BotEap.comWhen a boat is moving in a restricted space, torque is the main determinant of its performance. Torque affects the lateral movement of a boat. When the ship is docked, the correct torque is required for increased steering precision.

Website design By BotEap.comUnderstanding torque helps boaters manage abnormal balance problems on boats, but making the necessary adjustments to counteract imbalances caused by torque.