Glossary T

Glossary T

Terms and Conditions

The rules and regulations governing the use of a zero turn mower, such as warranty and maintenance requirements.

  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Terrain

    The natural environment in which a zero turn mower operates.

  • Zero-Turn Mower: Flat Vs. Hilly Terrain (Clarified)
  • Cutting Width: Narrow Vs. Wide Zero-Turn Mowers (Defined)
  • Terrain adaptability

    The ability of a zero turn mower to adapt to different types of terrain and obstacles.

  • Cutting Width: Narrow Vs. Wide Zero-Turn Mowers (Defined)
  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Terrain features

    The natural features of the terrain, such as hills or valleys, that may affect the performance of a zero turn mower.

  • Deck Size: Small Vs. Large Zero-Turn Mowers (Defined)
  • Terrain obstacles

    Any obstacles on the terrain that may affect the performance of a zero turn mower, such as rocks or tree roots.

  • Zero-Turn Mower: Flat Vs. Hilly Terrain (Clarified)
  • Terrain suitability

    The ability of a zero turn mower to operate effectively on a specific type of terrain.

  • Deck Size: Small Vs. Large Zero-Turn Mowers (Defined)
  • Zero-Turn Mower: Front Vs. Rear Engine (Unpacked)
  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Terrain type

    The type of terrain a zero turn mower is designed to operate on, such as flat or hilly.

  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Cutting Width: Narrow Vs. Wide Zero-Turn Mowers (Defined)
  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Thatch reduction

    The process of removing excess thatch from a lawn using a zero turn mower.

  • Zero-Turn Mower: Bagging Vs. Mulching (Unpacked)
  • Throttle control

    The ability to control the speed and power of a zero turn mower’s engine.

  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Tight spaces maneuvering ability

    The ability of a zero turn mower to maneuver in tight spaces, such as around trees or landscaping features.

  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Tight turns

    The ability of a zero turn mower to make sharp turns in tight spaces.

  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Time Efficiency Factor

    A measure of how efficiently a zero turn mower completes landscaping tasks in a given amount of time.

  • Cutting Width: Narrow Vs. Wide Zero-Turn Mowers (Defined)
  • Time management

    The process of planning and organizing time to maximize productivity when using a zero turn mower.

  • Zero-Turn Mower: Bagging Vs. Mulching (Unpacked)
  • Time-saving

    The ability of a zero turn mower to complete landscaping tasks quickly and efficiently.

  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Tire grip on wet grass

    The ability of the tires on a zero turn mower to maintain traction on wet grass.

  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Tire pressure

    The amount of air pressure in the tires of a zero turn mower, which affects its performance and handling.

  • Zero-Turn Mower: Flat Vs. Hilly Terrain (Clarified)
  • Tire pressure adjustments for traction on hillsides

    The act of adjusting the tire pressure on a zero turn mower to improve traction on hillsides.

  • Zero-Turn Mower: Flat Vs. Hilly Terrain (Clarified)
  • Tire pressure checks

    The process of measuring the air pressure in the tires of a zero turn mower to ensure optimal performance.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Tire replacement

    The act of removing and replacing worn or damaged tires on a zero turn mower.

  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Tire size and traction

    The size of the tires and their ability to maintain grip and traction on different types of terrain.

  • Deck Size: Small Vs. Large Zero-Turn Mowers (Defined)
  • Tire size and tread pattern

    The size and pattern of the tire treads that affect the traction and stability of the zero turn mower.

  • Zero-Turn Mower: Front Vs. Rear Engine (Unpacked)
  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Tire type and size

    The type and size of tires used on the zero turn mower, such as pneumatic or solid and their dimensions.

  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Torque

    The twisting force generated by the engine and transmitted to the wheels of the zero turn mower.

  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Zero-Turn: Single Vs. Twin-Cylinder Engines (Compared)
  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Torque converter

    A device that transmits power from the engine to the transmission system by using hydraulic fluid.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Torque converter clutch

    A clutch that engages and disengages the torque converter to transmit power from the engine to the transmission system.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Torque converter lockup clutch solenoid valve

    A valve that controls the engagement and disengagement of the torque converter lockup clutch.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Torque curve

    A graph that shows the relationship between engine torque and engine speed, used to optimize engine performance.

  • Zero-Turn Mower: 2-Stroke Vs. 4-Stroke Engines (Unpacked)
  • Torque output

    The amount of twisting force generated by the engine and transmitted to the wheels of the zero turn mower.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Traction

    The grip or adhesion between the wheels of the zero turn mower and the ground.

  • Zero-Turn Mower: Flat Vs. Hilly Terrain (Clarified)
  • Traction control

    The process of regulating the power and torque delivered to the wheels to maintain traction and prevent slippage.

  • Zero-Turn Mower: Flat Vs. Hilly Terrain (Clarified)
  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Traction control system

    A system that regulates the power and torque delivered to the wheels to maintain traction and prevent slippage.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Traction drive belt

    A belt that connects the engine to the transmission system and drives the wheels of the zero turn mower.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Traction on uneven terrain

    The ability of the zero turn mower to maintain grip and traction on uneven or sloping terrain.

  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Tractor mower

    A type of lawn mower that is operated by sitting on it and has a cutting deck attached to the front or rear.

  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Tractor stability

    The ability of the zero turn mower to maintain balance and stability while operating on uneven terrain.

  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Traditional ride-on lawn tractor

    A type of lawn mower that has a steering wheel and is operated by sitting on it.

  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Transaxle

    A combination of transmission and axle that transmits power to the wheels of the zero turn mower.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Transmission durability

    The ability of the transmission system to withstand wear and tear over time.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Transmission fluid

    The lubricant used in the transmission system to reduce friction and wear.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Transmission oil cooler

    A device that cools the transmission fluid to prevent overheating and damage to the transmission system.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Transmission range sensor

    A sensor that detects the position of the transmission gear and sends signals to the control module.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Transmission system

    The mechanism that transmits power from the engine to the wheels of the zero turn mower.

  • Zero-Turn Mower: Front Vs. Rear Engine (Unpacked)
  • Transmission type

    The type of transmission system used in zero turn mowers, such as hydrostatic or mechanical.

  • Residential Vs. Commercial: Zero Turn Mowers (Clarified)
  • Zero-Turn Mower: Front Vs. Rear Engine (Unpacked)
  • Deck Size: Small Vs. Large Zero-Turn Mowers (Defined)
  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Troubleshooting common issues

    The process of identifying and resolving common problems that may arise while using zero turn mowers.

  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Turf damage

    The harm caused to the grass or soil due to the use of heavy machinery or equipment on it.

  • Cutting Width: Narrow Vs. Wide Zero-Turn Mowers (Defined)
  • Turning circle

    The area required for a mower to make a complete turn, affecting maneuverability and efficiency.

  • Hydrostatic Vs. Automatic: Zero-Turn Transmissions (Decoded)
  • Turning radius

    See zero-turn radius.

  • Zero-Turn Vs. Riding Mower: Efficiency (Explained)
  • Zero-Turn Vs. Walk-Behind Mower: Speed (Explained)
  • Gas Vs. Electric: Zero Turn Mowers (Decoded)
  • Zero-Turn Mower: Flat Vs. Hilly Terrain (Clarified)
  • Zero-Turn Mower: Front Vs. Rear Engine (Unpacked)
  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Turning radius difference

    The difference in turning radius between two mowers, affecting maneuverability and efficiency.

  • Zero-Turn Vs. Tractor Mower: Maneuverability (Compared)
  • Twin-cylinder

    See twin-cylinder engine.

  • Zero-Turn: Single Vs. Twin-Cylinder Engines (Compared)
  • Twin-cylinder engine

    An engine with two cylinders, providing greater power and efficiency than a single-cylinder engine.

  • Zero-Turn: Single Vs. Twin-Cylinder Engines (Compared)