Motors, Motion and Mechanics
16 V Belt-Driven Motor/Generator Set
$73.00 (Ex GST)
Air Track and Air Table Spark Generator, 240 V AC Mains
$747.00 (Ex GST)
Air Track Spark Generator Cables, Precision Connection Set
From $9.90 (Ex GST)
ASEP Small Motor and Generator Kit with Pulley Included
$58.00 (Ex GST)
Decision Reaction Timer Device for Response Time Testing
$207.90 (Ex GST)
Electric Clinostat on Stand, 4 rev/hour, 240 V AC
$176.00 (Ex GST)
Motor and Generator Teaching Kits, Classroom Energy Transfer Demonstration Range
From $31.00 (Ex GST)
Motor Drive Unit with Pulley, Variable Speed Laboratory Unit
From $176.00 (Ex GST)
Simple Clinometer (Inclinometer) for Angle Measurement
$55.00 (Ex GST)
U-Shaped Photogate Sensor with Support Rod, General Purpose
$126.00 (Ex GST)
Vacuum Base Surface Plate for Demonstrations ,Dia. 200 mm
$223.00 (Ex GST)
Variable-Speed Air Pump for Air Track or Air Table, 240 V AC Powe
$336.00 (Ex GST)
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Motors, Motion and Mechanics equipment is designed to support teaching and demonstration of mechanical systems, energy transfer, rotational motion, and applied physics principles in classroom and laboratory environments. This category includes motor and generator kits, belt-driven systems, air track accessories, clinostats, photogates, motion sensors, energy demonstration kits, and experimental apparatus used to study force, motion, work, and energy conversion.
These products enable hands-on experiments covering key topics such as rotational motion, torque, speed control, energy conversion between electrical and mechanical systems, friction reduction, and motion analysis. Motor and generator sets allow students to observe energy transformation principles, while devices such as photogates and timers support measurement of velocity, acceleration, and response time. Equipment like air tracks and air pumps reduce friction for more accurate motion experiments, and demonstration kits such as hydroelectric and wind energy systems help illustrate real-world energy applications in a controlled educational setting.
For quality and compliance reference, IEC 61010-1 is a recognised international standard covering safety requirements for electrical equipment used in laboratory and teaching environments, supporting safe operation of powered devices such as motors, generators, and power modules. ISO 12100 is a current standard related to general principles for machine safety and risk assessment, relevant to equipment involving moving parts and mechanical systems. ISO 13849-1 is also widely referenced for safety-related control systems in machinery, supporting safe design and operation where mechanical motion and control systems are involved. These standards should be referenced only where supported by the manufacturer’s specifications and compliance documentation.
For LabChoice Australia customers, Motors, Motion and Mechanics products provide practical, education-focused solutions for teaching physics through real-world mechanical and energy-based experiments. They support clear understanding of motion, force, and energy principles across schools, universities, and technical training environments.