



BeeSpi V Photogate, Battery Operated Speed Measurement Type
AUD 143.50(Ex GST)
AUD 143.50(Ex GST)
- Easy-to-use photogate for speed measurement in physics experiments
- Suitable for free fall, cart motion and projectile velocity demonstrations
- Two parallel photogates detect objects passing through the sensing area
- Measures and displays speeds from zero to 99.99 km/h
- Measurement units include cm/s and km/h for classroom comparison
- Stores up to 5 measurements at a time for practical data review
- Operates with 2 × AAA batteries, not included
- Description
Description
The BeeSpi V Photogate, also known as a portable photogate speed measurement unit, is designed for measuring object speed in physics classrooms, school science laboratories, university teaching laboratories and supervised educational mechanics experiments.
This handy photogate supports practical motion studies involving free fall, dynamic carts and projectile velocity. It allows students to observe speed measurements directly during classroom demonstrations and hands-on investigations. The unit uses two parallel photogates to detect, measure and display the speed of objects passing through the sensing area. This makes it useful for timing and speed measurement activities where a compact, battery-operated photogate is preferred. The BeeSpi V measures speeds from zero to 99.99 km/h. It can display measurements in cm/s and km/h, supporting comparison between classroom units and helping students connect experimental data with motion concepts.
The photogate can store up to 5 measurements at a time. This supports quick review during practical work, allowing students and teachers to compare repeated runs without immediately recording every result manually. The unit operates using 2 × AAA batteries, which are not included. Users should install suitable batteries before use and confirm the instrument is operating correctly before beginning experiments. This product is intended for laboratory and educational use only. It should be used under appropriate supervision, with safe setup for moving objects, free fall activities, carts and projectile demonstrations.
LabChoice Australia supplies BeeSpi V Photogates for school physics departments, university teaching laboratories and educational mechanics workspaces. They are suitable for supervised speed measurement, free fall timing, cart motion studies, projectile demonstrations and classroom investigations of velocity using appropriate experimental procedures.
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Emma Roberts
10 months ago
We ordered a set of customised BORO 3.3 borosilicate glassware for our teaching labs, and LabChoice Australia exceeded every expectation. From the first consultation to final delivery, their team listened carefully, offered expert advice, and ensured every piece matched our specifications perfectly.
The clarity and precision of the glassware are exceptional, and the quick turnaround made setup effortless. It’s refreshing to work with an Australian supplier who genuinely understands laboratory needs and takes pride in quality craftsmanship. We’ll definitely be returning to LabChoice for future glassware requirements
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11 months ago
Our lab required high-precision BORO 3.3 glassware for analytical testing, and LabChoice Australia delivered outstanding results. The ordering process was simple, communication was clear, and every beaker and flask arrived perfectly calibrated and ready for use.
The quality of the glass is exceptional — resistant to heat, easy to clean, and consistently accurate in measurement. It’s reassuring to know there’s an Australian supplier that combines scientific precision with genuine customer care. I’d recommend LabChoice to any research team looking for dependable labware
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1 year ago
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1 year ago
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1 year ago
We trust LabChoice Australia because they deliver every time. Their borosilicate glassware is durable, accurate, and perfect for the high-heat work we do. Everything arrives well-packed with clear specs, so there are never surprises. It’s reassuring to deal with a supplier who understands both compliance and the demands of a busy lab






























