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Arbor Scientific BeeSpi v Self-Contained Photogate

BeeSpi v Self-Contained Photogate

Item #P4-1490
$79.95 Bundle Discount
Unit Price $79.95
6+ $75.00
100+ $69.00
In Stock

Instant velocity and timing measurements without extra equipment

Simplify motion measurement with the Beespi V Self-Contained Photogate — a compact, self-contained photogate that captures precise velocity and time data with no extra equipment. Just pass an object through the dual photogates, and the digital display instantly shows the velocity or elapsed time.

Portable and easy to use, the Beespi V is perfect for studying acceleration, free fall, collisions, and basic dynamics with minimal setup.

Why Teachers Love the BeeSpi V
  • Instant Readouts: Two parallel photogates detect, measure, and display speeds of any objects that pass through, from zero to 99.99 m/s (measures in cm/s and km/h, too). Stores up to 5 measurements at a time.
  • Self-Contained, Portable, & Easy to Use: Lightweight and battery-operated with no external interface or software required — everything is built in for quick setup in labs, demos, or field activities.
  • Versatile Applications: Works with small cars, ramps, pendulums, projectiles, or any object that interrupts the beam.
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Product Details

What You Can Teach with the Beespi V

The Beespi V supports a wide range of mechanics and kinematics investigations:

  • Constant Acceleration: Measure instantaneous velocity of rolling carts or falling objects at different points and calculate acceleration.
  • Free Fall & Gravity: Quantify acceleration due to gravity without complex setups.
  • Collisions & Conservation of Momentum: Compare pre- and post-impact velocities in one easy step with 2 or more BeeSpis.
  • Dynamics & Force: Connect velocity data to force and mass relationships through Newton’s Laws.

Grades 4–8: How Students Can Use the Beespi V

Bring real motion data into upper-elementary and middle-school classrooms—without computers, complicated setup, or heavy math.

Easy, high-impact investigations for these grades

  • Ramp Races: Roll toy cars down ramps at different heights. Students measure speed at the bottom and connect ramp height to faster motion, showing conservation of gravitational potential energy.
  • Marble or Ball Drop: Drop a ball through the gate from different heights to see how speed increases as it falls. Older students can relate this to gravity and acceleration.
  • Push vs. Pull Challenges: Give objects different strength “launches” (hand pushes or rubber-band launchers) and measure resulting speeds.

Products being sold are not toys. They are for Educational / Laboratory use only. They are not for use by children 12 and under.

Product Specifications

Specs:

Speed: 0 to 999.9 cm/s, 0 to 99.9 m/s, 0 to 99.99 km/h

Lap time: 0 to 99.99 sec

Opening dimensions: 40 mm x 30 mm

Power Source: Two size AAA batteries (sold separately)

Size: 60 x 60 x 50 mm

Weight: 55 g (excluding batteries)

Warning: California Residents

WARNING: Cancer & Reproductive Harm — www.P65Warnings.ca.gov

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