allows parts to rotate around another, like a wheel on an axle

allows parts to swing or rotate around a fixed point, like a door on a hinge

allows parts to move back and forth in a straight line, like a drawer

stays still and does not move during a simulation

physics based digital simulation of CAD models

Model a moving part in Tinkercad

Design and technology

Paper and boards properties, sources and stock forms

3D Modelling in Tinkercad

Modelling and assembling complex shapes in Tinkercad

Movement with mechanisms

Design and simulate in Tinkercad

CAD to CAM in Tinkercad

CAM, automation and laser cutting

Pupils will model with paper and boards and learn about sources and stock forms.  They will develop 3D computer-aided design knowledge and skills, applying this by designing and simulating mechanical systems using TinkerCAD.

Prototypes with mechanisms: robotics and automation

Which connectors are used in Tinkercad to simulate movement?

Before experimenting with the pivot connector, users must decide which parts of the model need to remain __________ and which will move.

The Tinkercad slider connector allows parts to move ...

a rigid (stiff) bar that turns around a fulcrum

a set of levers joined together to transfer and control motion

a mechanical component that converts rotary motion into linear motion

What is the pivot point called on a lever?

reduce effort, make lifting heavy loads easier

can change force or speed, change direction

increase speed and range of motion, useful for precision

Match the class of lever to the benefits.

What linkage is found on the brakes of a bicycle?

Which cam's follower would stay still for part of the turn, then quickly rise and fall?

This lesson will be removed by end of Summer Term 2025.

Model a moving part in Tinkercad

Lesson outcome

This lesson will be removed by end of Summer Term 2025.