How do I make a motion diagram?

Describe the object and its motion in the prompt box: say whether it is speeding up, slowing down, or moving at constant speed, the direction of travel, and whether you want velocity vectors. Figviz spaces the dots accordingly and labels each time step. Refine the prompt to adjust the number of dots, arrow lengths, or axis orientation.

Is the motion diagram maker free?

Yes. You can generate motion diagrams on the free credits that come with every account. Buying any pay-as-you-go credit pack removes the watermark and unlocks higher resolutions. Credits never expire.

How does dot spacing show acceleration?

In a motion diagram each dot marks where the object was at the end of one equal time interval. If the object covers more distance in each successive interval the dots spread further apart, which is the visual signature of acceleration. Shrinking gaps show deceleration. Figviz lets you describe the speed change in words and renders the correct spacing automatically.

Can the tool add velocity vectors to the diagram?

Yes. Ask for velocity vector arrows in your prompt and Figviz draws an arrow above (or alongside) each dot pointing in the direction of motion, with length proportional to speed at that instant. This makes it easy to see where the velocity changes direction or magnitude, which is essential for projectile and circular-motion problems.

Can I use it for physics class or homework?

Yes. Download a high-resolution PNG (up to 4K) for slides, printed lab reports, and worksheets. Figviz is well-suited for introductory and AP Physics kinematics units. As an AI tool it is ideal for concept exploration and studying; double-check diagrams against your textbook for high-stakes assessments, and diagrams from a paid account can be used in your own teaching materials.

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Motion Diagram Maker Motion Diagrams

Describe any kinematics scenario and get a clean, labeled motion diagram in seconds. Dot spacing shows speed, vector arrows show velocity direction, and axis labels make every diagram slide- and print-ready.

Last updated: 2026-06-21

✓Constant velocity and acceleration✓Velocity vector arrows✓Labeled axes and time steps✓Slide and print ready

Motion Diagram Maker

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Motion Diagram Examples

Browse motion diagrams made with Figviz, or generate your own above

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Constant Velocity Motion Diagram

Evenly spaced dots along a horizontal axis represent an object moving at constant speed, with time-step labels beneath each dot.

kinematicsconstant velocityhorizontal motion

Acceleration Motion Diagram

Dots spaced progressively farther apart show an object accelerating to the right, with growing velocity vectors above each dot.

kinematicsaccelerationincreasing spacing

Deceleration Motion Diagram

Dots spaced progressively closer together show an object decelerating, with shrinking velocity vectors illustrating the slowdown.

kinematicsdecelerationdecreasing spacing

Motion Diagram with Velocity Vectors

Each dot carries a labeled velocity vector arrow showing both direction and magnitude at each time step.

kinematicsvelocity vectorslabeled

Vertical Projectile Motion Diagram

A vertical axis shows dots bunching near the peak (low speed) and spreading near launch and landing (high speed), capturing the full up-and-down trajectory.

kinematicsprojectilevertical motion

Motion Diagram with Position-Time Relationship

Side-by-side layout: a dot motion diagram on the left and a matching position-time graph on the right, linking dot spacing to slope.

kinematicsposition-time graphanalysis

What is a motion diagram?

A motion diagram (also called a dot diagram or ticker-tape diagram) is a physics tool that represents the position of a moving object at equal time intervals as a series of dots along a path. The gap between dots carries all the kinematic information: evenly spaced dots mean constant velocity, widening gaps mean the object is speeding up, and narrowing gaps mean it is slowing down. Figviz generates clean, labeled motion diagrams from a plain description of the scenario, so you can skip the graph paper and focus on the physics.

How to make a motion diagram

Describe the object and its motion (for example: a cart rolling down a ramp, or a ball thrown upward).

State whether the object speeds up, slows down, or moves at constant velocity.

Choose horizontal, vertical, or curved path, and whether to include velocity vector arrows.

Pick a style (classic textbook, colorful, or minimal) and your aspect ratio.

Generate the diagram, read the dot spacing and vectors, and refine the prompt if any labels or arrows need adjusting.

Reading dot spacing for velocity and acceleration

The single most important rule in a motion diagram is this: dot spacing equals speed. When dots are equally spaced the object moves at constant velocity and its acceleration is zero. When spacing grows from left to right the object accelerates in the direction of motion. When spacing shrinks the object decelerates. Placing velocity vector arrows above each dot lets you see the direction of motion and spot where acceleration changes direction, which is especially useful for projectile and bouncing-ball problems where the horizontal and vertical components behave differently.

Tips for clear and accurate motion diagrams

Label every time step (t0, t1, t2, ...) so the reader knows the time interval. For vertical motion keep the axis clearly oriented upward and note the direction of gravity. If you are showing two-component motion (like a projectile) consider separate horizontal and vertical diagrams side by side. Always sanity-check that the number of dots matches the number of time steps you described, and regenerate if an arrow points the wrong direction or a spacing jump looks inconsistent with the scenario.

Frequently asked questions

A motion diagram maker is a tool that draws the dot-based kinematics diagram used in physics to show how an object moves over equal time intervals. With Figviz you describe the scenario in plain English and the AI produces a clean, labeled diagram with correct dot spacing, optional velocity vectors, and readable axis labels, in seconds.

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