Build, simulate, and solve problems in one place.
(in development)
Used by students from
You type or upload a screenshot, the engine builds the entire problem setup.
See free-body diagrams, acceleration, velocity, momentum, and clear graphs.
Every object, ramp, pulley, spring, is a manipulable body that can be adjusted to match the problem you are solving.
Experience simple and easy problem-solving with step-by-step explanations, enhancing your understanding and saving time.
A full view of the app so you can understand how each part behaves when the system runs.
Create, edit, and customize scenes with ease using our intuitive visual editor. Drag, scale, move, rotate, and more, with support for undo, redo, and copy-paste functionality. Design physics simulations easily.
Run the simulation in real-time and watch how each scenario unfolds. The analyzer shows how motion changes over time in a way that makes the problem easy to understand.
You can take note and solve problems all in one place. Explore a wide range of pen tools, from standard pens to highlighters and laser pointers, all fully customizable with options for color, thickness, and transparency.
Turn texts or screenshots into fully interactive physics simulations.
Motion Magic's AI understands your input, it builds objects and sets up forces
automatically so you can focus on learning.
Type a physics question or upload a photo of one. The AI recognizes objects, interprets values, and instantly creates a working setup inside the simulator—ready for you to analyze or modify.
The built-in AI solver breaks down each physics problem, explains the reasoning, and shows equations and results in clear steps—just like working through it with a tutor.
Yes! Motion Magic is absolutely free at this moment. During this time, all core features are open so the system can be tested, refined, and shaped by real use. Access and feature availability may change as the platform matures, but the focus right now is building a solid, high-quality learning tool rather than enforcing limits.
ChatGPT explains physics using text. Motion Magic solves physics by building the actual system. Instead of giving you a written explanation or symbolic math alone, Motion Magic turns the problem into an interactive simulation with forces, motion, and constraints explicitly modeled. Every diagram, vector, and calculation is grounded in a physical scene you can inspect, manipulate, and verify.
Motion Magic is for students learning physics who want to understand how problems behave, not just obtain answers. It is designed for high school and college students studying mechanics, as well as instructors who want a visual, verifiable way to demonstrate physical systems. It fits learners who think spatially and benefit from seeing forces and motion evolve rather than reading static equations.
Motion Magic focuses on classical mechanics. Supported topics include kinematics, Newton’s laws, free body diagrams, forces, motion on inclines, basic collisions, velocity and acceleration analysis, and constraint-based systems. Coverage expands incrementally as the simulator and solver mature, with emphasis on correctness and physical transparency rather than broad but shallow topic lists.
Motion Magic uses deterministic physics engines and symbolic math to compute results directly from the modeled system. Forces, constraints, and equations are explicitly defined and numerically solved rather than inferred from patterns. Accuracy depends on how the scene is defined, but given correct inputs, the results follow standard classical mechanics without approximation shortcuts or hidden assumptions.
Unlike static solvers, Motion Magic's AI understands the context to guide your reasoning. It can show the full answer when you need it, but its goal is to help you think like a physicist while keeping every calculation visible and verifiable.
