Mechanics Learning Activities

Description:   Two products in one.

Description:   Gears are so much a part of everyday life that it would be easy to overlook their impact.

Description:   This is an excellent, inexpensive apparatus for experiments in precession, inertial guidance, and gyroscopic stabilization.

Description:   Allow Students to Plot Trajectories

Description:   Show the surprising effect of an impulse load on a large inertial mass.

Description:   Smooth running pulley for investigating mechanical advantage.

Description:   These balls are the real deal: vivid contrast between elastic and inelastic collisions.

Description:   Beautiful, large, and functional gyroscope for classroom demonstrations.

Description:   Most people are familiar with the key factors of hybrid technology: The engine and motor. However, most don't get a chance to peek inside of these key components while they're running to examine, assess, and diagnose.

Description:   Fun Experiments With Everyday Objects.

Description:   Spins Your Gyroscope to High Speeds Quickly and Reliably.

Description:   This product is a small-sized model unit used for explaining the principle of a planetary gear. By setting the internal sun and pinion gears into motion (input or fixed), you can get the different outputs from acceleration, deceleration and reverse. Comes equipped with a storage case holding 10 Planetary Gear Demonstrators. These items are made special to order and are not held in stock. Lead times are approximately two to three months. Freight charges may apply. Dimentions: 24L x 14W x 14H cm ; Weight: 3kg

Description:   Metal pulley with rotatable pulley for experiment set up.

Description:   This product is a model of a differential. This model permits the instructor and student to manually turn the handle and apply a load to the transparent wheels to demonstrate the differential mechanism.
In automotive mechanics, the differential gear arrangement permits power from the engine to be transmitted to a pair of driving wheels, which divides the force equally between them and permits them to follow paths of different lengths, as when turning a corner or crossing an uneven road. On a straight road, the wheels rotate at the same speed. When turning a corner, the outside wheel has farther to go and will turn faster than the inner wheel if unrestrained. These items are made special to order and are not held in stock. Lead times are approximately two to three months. Freight charges may apply.