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Item #94-2802
Force & Motion
New
Precision Air-Powered Projectile Classroom Bundle
$1,995.00
Bundle Discount
Turn projectile motion into a team investigation
The Precision Air-Powered Projectile Classroom Bundle is a complete projectile motion lab system designed for whole-class investigations. With five air-powered launchers and dedicated measurement tools for range, height, angle, and time, students can collect quantitative data to calculate initial velocity, verify projectile motion equations, and compare experimental results to theoretical predictions. This bundle transforms projectile motion from a single demonstration into a collaborative, data-driven physics lab.
Whether students are testing projectile motion equations in a physics class, exploring engineering concepts in a STEM course, or engaging in inquiry-based challenges at a summer camp or outreach program, each group has the tools they need to launch, measure, and analyze with confidence.
Why Teachers Love the Precision Air-Powered Projectile Classroom Bundle
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True Whole-Class Engagement – Five complete launch stations allow multiple lab groups to run experiments simultaneously.
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Data-Driven Investigations – Students measure horizontal range, launch angle, maximum height, and time of flight to verify projectile motion equations.
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Reliable, Repeatable Performance – Heavy-duty air pumps and an in-line pressure regulator provide consistent launch pressures, while included safety equipment supports safe, ongoing use.
Product Details
The Precision Air-Powered Projectile Classroom Bundle includes all the equipment needed for structured labs, open-ended investigations, and engineering design challenges.
Included in the Bundle:
- 5 Precision Air-Powered Projectiles
- 5 Replacement Rockets
- 5 Heavy-Duty Air Pumps with Gauge
- 5 Deluxe Trundle Wheels (for measuring horizontal distance)
- 5 Altitude Finders (for determining launch angle and maximum height)
- 5 Digital Stopwatch Timers
- 30 Safety Glasses
Ideal For These Labs & Investigations
- Range vs. launch angle experiments
- Determining initial velocity from time-of-flight data
- Verifying the independence of horizontal and vertical motion
- Maximum height and total flight time calculations
- Pressure-to-kinetic energy investigations
- Experimental vs. theoretical projectile motion comparisons
Perfect For
- High School Physics (CP, Honors, AP® Physics 1)
- Physical Science
- STEM & Engineering Courses
- Summer Camps & Outreach Programs
- Introductory College Physics
With enough equipment for multiple groups and durable components designed for repeated launches, this bundle transforms projectile motion from a single demonstration into a collaborative, hands-on learning experience where every student gathers data and contributes to the analysis.
Product Specifications
Bundle Includes:
- 5 Precision Air-Powered Projectiles
- 5 Replacement Rockets
- 5 Heavy-Duty Air Pumps with Gauge
- 5 Deluxe Trundle Wheels (for measuring horizontal distance)
- 5 Altitude Finders (for determining launch angle and maximum height)
- 5 Digital Stopwatch Timers
- 30 Safety Glasses
FAQ
Frequently Asked Questions
How many student groups can use this bundle at once?
The bundle includes five complete launch setups, allowing up to five lab groups to run projectile motion experiments simultaneously.What measurements can students collect?
Students can measure horizontal range (trundle wheels), launch angle and maximum height (altitude finders), and time of flight (digital stopwatches) to fully analyze projectile motion.Is this suitable for quantitative physics labs?
Yes. Students can calculate initial velocity, verify projectile motion equations, and compare experimental data to theoretical predictions.Does the bundle include safety equipment?
Yes. The bundle includes 30 safety glasses to support safe, whole-class investigations.What courses are best suited for this?
This bundle is ideal for high school physics (CP, Honors, AP® Physics 1), STEM and engineering courses, introductory college physics, and outreach or summer programs focused on hands-on science.What equations can students verify with this system?
Students can verify standard projectile motion equations for horizontal and vertical motion, calculate initial velocity, and analyze the independence of horizontal and vertical components of motion.
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