Turnability refers to the ease, responsiveness, and precision with which something can be turned, steered, or maneuvered. It encompasses the capability of an object, system, or vehicle to change direction effectively, often in a controlled and predictable manner. Factors influencing turnability include design, power, weight distribution, and the environment in which the turning occurs. Superior turnability is often a key performance characteristic in various fields, impacting safety, efficiency, and overall performance. It can be a measure of how quickly and accurately something can execute a change of direction.
Turnability meaning with examples
- The sports car's exceptional turnability, thanks to its advanced suspension and responsive steering, allowed it to navigate the winding mountain roads with impressive agility, enabling quick cornering speeds and making the driving experience thrilling and fun. This precise control inspired confidence.
- A ship's turnability is crucial in avoiding collisions and navigating through congested waterways. The Captain was tested on his ship's turnability during his practical exam. The ship was tested with both short and long turns at varying degrees and speeds.
- In robotics, a drone's turnability determines its ability to avoid obstacles and follow complex flight paths. Engineers constantly seek to enhance the turnability of these machines with faster processors and improved software.
- The figure skater's remarkable turnability enabled her to execute a series of rapid spins and graceful transitions, allowing her to showcase a complex routine and captivate the audience. It requires core strength and exceptional balance.
- The design of a racing car's chassis and tires significantly impacts its turnability. Through meticulous tuning, the engineer hoped to optimize the car's turnability so it could beat the competition and increase its chances of winning.