Data Harvest Timing Mats (Pair) – Large Floor Switches [3255 / 2514]

The Data Harvest Timing Mats (Pair) are large, robust, floor‑mounted switch mats designed to make timing experiments simple, visual, and engaging for students. Each mat functions as an on/off pressure switch, activated by stepping onto it. One mat is used to start a timer, while the second mat is used to stop the timer.

With their generous size and instant response, these mats are ideal for timing movement‑based activities. A particularly popular investigation is measuring how long a student remains in the air when jumping, making abstract timing concepts accessible and exciting—especially for younger learners.

Designed for use with Data Harvest timing and data logging systems, the mats are durable enough for repeated classroom use and provide clear, repeatable results during practical investigations.

Key Features

• Pair of large timing mats
• Each mat acts as an on/off pressure switch
• One mat starts timing, the other stops it
• Activated by stepping onto the mat
• Large surface area for easy and safe use
• Durable construction for repeated classroom activities
• Compatible with Data Harvest timing equipment

Mat dimensions: 58cm × 17cm (each)

Typical Activities

• Measuring jump time (time in the air)
• Timing short sprints or reaction‑based movement
• Comparing jump times between trials or students
• Investigating consistency and repeatability in motion
• Introducing basic timing and measurement concepts

Ideal for School Science Lessons

Ideal for KS2, KS3, and introductory GCSE Physics, the Data Harvest Timing Mats are particularly effective for engaging students through movement‑based learning. They are well suited to lessons covering:

• Time, speed, and motion
• Reaction time and human movement
• Recording and interpreting experimental data
• Basic kinematics and practical measurement skills
• Developing confidence with data logging equipment

Simple to use, highly engaging, and physically interactive, the Data Harvest Timing Mats (Pair) transform timing experiments into memorable learning experiences, helping students connect scientific measurement with real‑world movement in a fun and meaningful way.