Recent Blogs
Spherical Four-bar Linkage Mechanism Explained: How It Works, Parts, Diagram and Uses
Spherical four-bar linkage explained: how concurrent-axis kinematics transmit motion between angled shafts in robotics, aerospace and automotive steering.
Weiss CV Joint Mechanism Explained: How It Works, Parts, Geometry, and Uses on Steered Drive Axles
Explore the ideal constant-velocity principle and angle-bisecting ball plane. Compare its speed ratio with a separate single-Hooke-joint calculation.
Tripod CV Joint: Plunge Motion and Ideal Force Comparison
Explore a tripod joint and calculate torque-to-radius force, an assumed equal roller share and a plunge-to-travel ratio. Actual contact loads and joint limits are not...
Thompson Coupling: Ideal Constant-velocity Comparison
Compare ideal 1:1 Thompson coupling motion with the maximum and minimum speed ratios of a single Hooke joint. Real product accuracy and operating limits are...
Rzeppa CV Joint: Six-Ball Mechanism, Animation and Geometry Calculator
Explore a six-ball Rzeppa CV joint. Vary articulation and ball-centre radius to compare cage tilt and axial ball travel while ideal shaft speeds remain equal.
Double Hooke Joint (constant Velocity) Mechanism: How It Works, Diagram, Parts, Uses & Calculator
Explore two Hooke joints in series. Adjust bend angles and yoke phasing to compare intermediate and output speeds and find ideal speed cancellation.
Constant-velocity Joint Mechanism: How It Works, Parts, Diagram and Uses Explained
Explore a six-ball CV-joint cutaway and compare its ideal constant output speed with the speed variation of a single Hooke joint at the same shaft...