Wireless Rotary Motion Sensor

The Wireless Rotary Motion Sensor is a highly precise and low-friction device designed to measure angular displacement, velocity, and acceleration. This versatile sensor is ideal for physics experiments involving rotational motion, pendulums, and object movement. With its bi-directional sensing capability, it allows students to explore mechanical motion concepts with real-time wireless data logging, making it an essential tool for hands-on STEM learning.

Why this product is beneficial for educational use:

• Provides highly accurate rotational motion measurements for physics investigations.
• Enables hands-on experiments in angular displacement, velocity, and acceleration.
• Wireless connectivity enhances flexibility, allowing for real-time data collection.
• Supports a variety of motion studies, including pendulums, rotating platforms, and rolling objects.
• Encourages students to explore practical applications of rotational dynamics in real-world scenarios.

Classroom ideas for incorporating this product:

• Investigate how the angular velocity of a pendulum changes with amplitude.
• Study the effect of torque on rotational acceleration.
• Explore gear ratios by measuring motion transfer between connected gears.
• Compare the acceleration of different-sized wheels rolling down an incline.
• Measure the angular displacement of a rotating platform under different force conditions.

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Product Specifications:

Measurement type: Angular displacement, velocity, and acceleration.

Connectivity: Wireless via Bluetooth.

Usage: Suitable for physics and mechanical motion experiments.

Warranty: 5 years from Data Harvest.