

Middle School Physics Maglev Lab: 3-page STEM packet on non-contact magnetic forces, repulsion vectors, friction elimination, & speed math.
Harness magnetic force fields, non-contact forces, and friction-free engineering! The Magnetic Levitation Track Challenge (FME05) challenges middle school student teams to act as high-speed transit engineers, constructing a functional maglev vehicle sled and track bed to levitate cargo and achieve frictionless glide speeds.
Students explore magnetic forces (attraction vs. repulsion), non-contact magnetic fields, gravity balance, mechanical friction elimination, and velocity math (m/s)!
What Is Included in This 3-Page Packet?
Page 1: Teacher Guide & Lesson Plan: NGSS alignment (MS-PS2-2, MS-PS2-3, MS-PS2-5), target science concepts, magnet polarity setup guide, expected student outcomes, answer keys, and track stability troubleshooting tips.
Page 2: Student Mission Card & Blueprint: Real-world maglev high-speed train engineering scenario hook, clear material limits box (ring/block magnets, cardboard track channel, index card/foam sled, tape, meter stick, stopwatch), and a dedicated Maglev Vehicle & Track Field Schematic sketching zone.
Page 3: Testing Log & Scientific Reflection: Structured Data Testing Table (compare ground friction baseline runs vs. levitation runs and payload levitation runs across 1 meter), Applied Math Connection (calculate velocity in m/s and maglev speed increase ratios), and physics reflection questions.
Core STEM Skills Covered:
Transportation Engineering, Non-Contact Forces & Magnetic Field Physics
Magnetic Polarity Alignment (Repulsion Vectors vs. Gravitational Pull)
Data Logging, Precision Metric Speeds (m/s), and Velocity Comparison Math
Sliding Friction Elimination and Structural Stability Tuning
Why Teachers Love This Resource:
3-Page Professional Layout: Includes a complete Teacher Guide for effortless prep, keeping student activity sheets clean and ready to print!
Low-Cost Everyday Supplies: Built using standard ceramic or neodymium magnets, cardboard strips or foam insulation channels, index cards, and tape.
High-Impact Physics Lab: Makes abstract magnetic field concepts hands-on, high-speed, and visually impressive in the classroom!
Print-Ready: High-resolution, 3-page PDF format ready for instant printing.
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