Constant-velocity joint — Rzeppa six ball CV joint Constant velocity joints (aka homokinetic or CV joints) allow a drive shaft to transmit power through a variable angle, at constant rotational speed, without an appreciable increase in friction or play. They are mainly… … Wikipedia
constant-velocity joint — /kon steuhnt veuh los i tee/, Auto. a universal joint that is used in the drive train of front wheel drive cars and operates effectively even when the shafts being connected meet at a sharp angle. Also, constant velocity joint … Useful english dictionary
constant velocity joint — noun (in motor vehicles with front wheel drive) a universal joint which allows one shaft to drive another without fluctuations in speed, regardless of the angle between the shafts. Also, CV joint, CVJ …
constant velocity joint — (CV joint) A type of universal joint so designed as to create a smooth transfer of torque from the driven shaft to the driving shaft without any fluctuations in the speed of the driven shaft … Dictionary of automotive terms
constant velocity universal joint — See constant velocity joint … Dictionary of automotive terms
velocity joint — See constant velocity joint … Dictionary of automotive terms
constant-velocity — adjective Describing a universal joint that allows constant power to be transmitted through a variable angle Syn: homokinetic … Wiktionary
joint — [1] The place where two pieces meet when a structure is made of smaller pieces. [2] A flexible or firm connector between two rods. [3] Connecting point as between two pipes. [4] The location at which two adherends are held together by an adhesive … Dictionary of automotive terms
velocity universal joint — See constant velocity universal joint … Dictionary of automotive terms
constantvelocity joint — constant velocity joint n. A universal joint used especially in front wheel drive cars that allows power to be transmitted from a transaxle to an axle or from an axle to a wheel even at sharp angles, as when the suspension moves up and down. Also … Universalium