Recent Blogs
Belt at Right Angles, Axes in Same Plane: Quarter-Turn Belt Drive Mechanism Explained
Explore an open flat-belt route with guide pulleys between perpendicular coplanar shafts. Compare pulley diameters, centre distance and belt-width references.
Belt at Right Angles Without Guide Pulleys: How a Quarter-Turn Flat Belt Drive Works
Explore a quarter-turn flat belt between perpendicular shafts without guide pulleys. Compare pulley sizes and a selected spacing reference in an animated layout.
Belt at Right Angles via Guide Pulleys: How the Quarter-Turn Drive Mechanism Works
Learn how a belt at right angles via guide pulleys transfers power between perpendicular shafts in conveyor, textile and industrial drive systems.
Over-and-Over Belt Lacing: Historical Path Geometry
Explore the over-and-over belt-lacing route. Calculate hole count, row span, segment count and ideal planar path length from paired holes, pitch and gap.
Full Twist Belt: Crossed Drive, Length and Speed
See how a crossed flat belt reverses parallel shafts. Calculate ideal belt length, driven speed and center-distance-to-width ratio from your dimensions.
Belting to a Shaft at Any Angle: Guided Flat-Belt Geometry and Animation
Explore a 60-degree flat-belt route with two independently oriented guides. Change pulley sizes and centre spacing to compare geometry and dimension references.
Simple Friction Pulley Mechanism: How It Works, Capstan Equation, Parts, and Uses Explained
How a simple friction pulley transmits torque through belt grip in mill and factory drives. Includes the capstan equation, worked example, and selection guide.