DataSnap™ Projectile STEM Lab
$2,999.00
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DataSnap™ Projectile STEM Lab
$2,999.00
Empower students to explore physics, engineering, and data science with the DataSnap Projectile STEM Lab — a hands-on system designed to teach motion, velocity, and acceleration through projectile launches. This lab introduces AI foundations by guiding students through predictive data analysis and early machine learning concepts, making it a future-ready STEM experience. With motion sensors included, students collect real-time data to analyze and refine their designs.
Contents
- 8 catapults, each with:
- 2 Adjustable Launch Arms
- Tools for modifications
- 100 elastic launch bands
- 4 heavy-duty plastic storage containers
- 2 DataSnap Motion Sensors with charging case
- Downloadable DataSnap Projectile Curriculum, Advanced DataSnap Projectile Curriculum, poster, and student engineering workbook
- 1-year warranty
Curriculum
DataSnap Projectile Curriculum Lesson topics: 1. Making Your Catapult Data-Smart 2. Pull-Back Angle and Force 3. Elastic Bands and Energy 4. Launch Arm Length and Inertia 5. Launch Angle and Newton's First Law 6. Strategapult Competition Teaching hours: 4-8 Includes: Presentation slides, student activities, and assessment tools Aligns to: NGSS, ISTE, and ITEEA DataSnap Projectile Curriculum Overview Advanced DataSnap Projectile Curriculum Lesson topics: 1. Making Your Catapult Data-Smart 2. Pull-Back Angle - Force and Work 3. Elastic Bands and Energy 4. Launch Arm Length and Velocity 5. Launch Angle and Newton's Laws 6. Strategapult Competition Teaching hours: 4-8 Includes: Presentation slides, student activities, and assessment tools Aligns to: NGSS, ISTE, and ITEEA Advanced DataSnap Projectile Curriculum OverviewFeatures
- Introduces AI foundations through predictive data analysis
- Collects projectile data with motion sensors and free web app
- Durable, reusable components for repeated classroom use
- Quick-modification design supports rapid iteration
- Includes student engineering workbook and slide decks
- Compact, organized storage for classroom management
- Aligns with NGSS, ISTE, and ITEEA engineering standards
FAQs
What makes this lab unique compared to other catapult kits? This lab is unique because it combines hands-on building with data-driven analysis of velocity, acceleration, and projectile kinematics. What STEM standards does this lab support? Physical science (motion and force), engineering design, and data interpretation. How many catapults are included? Eight catapults are included for simultaneous student engagement. Do students need prior coding or tech experience? No, the sensors and software are intuitive and designed for beginners. What technology is included? DataSnap Motion Sensors and the free web app that accompanies them are used for real-world data collection and analysis. The motion sensor connect to the app via Bluetooth technology. The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by RealityWorks, Inc. associated products is under license. Can the curriculum be adapted for different grade levels? Yes, lessons are flexible for middle and high school classrooms. How many labs would you recommend for a 20-student classroom? We recommend one lab and three sets of additional DataSnap Motion Sensors for a 20-student classroom.What other program support do you provide?
We offer free webinars, blogs, and classroom resources to help your program succeed. How does this DataSnap STEM Lab compare to your other DataSnap STEM Labs? You can find a detailed comparison of the DataSnap Stem Labs in this chart. DataSnap Comparison ChartSpecs
DataSnap System Requirements Hardware- Device with 4 GB RAM or greater recommended
- Bluetooth Low Energy (BLE) 4.0 or higher
- Stable internet connection (1 Mbps or higher)
- Google Chrome or Microsoft Edge (latest versions recommended)
- Windows, macOS, Android, Chromebook
- Mobile browsers on IOS and any non-chromium based browsers on Windows, MacOS and Android