01
Projectile Motion Simulator set the launch
Start with a medium velocity and a 30° to 50° angle so the first curve is easy to read.
- Use 9.8 m/s² for Earth
- Keep launch height low for textbook comparisons
Free physics simulator tool
Projectile Motion Simulator free online trajectory visualizer
Projectile Motion Simulator lets you adjust initial velocity, launch angle, height, gravity, and air resistance so students can see how each change reshapes the flight path.
Built for browser-based physics practice, visual comparison, and shareable results.
Projectile Motion Simulator interactive tool
Start Projectile Motion Simulator here. Change the controls, watch the animated curve, and read peak height, flight time, horizontal distance, and landing speed in real time.
Projectile Motion Simulator controls
Move one slider at a time to compare how launch speed, angle, height, gravity, and air resistance change the path.
Share Projectile Motion Simulator results
Share the clean page or copy a result link with the current settings.
Live trajectory
Projectile Motion Simulator curve
The curve shows the full launch-to-landing path. The moving point loops through the current flight.
Maximum height
-- m
Flight time
-- s
Horizontal distance
-- m
Landing speed
-- m/s
Projectile Motion Simulator uses exact no-air projectile equations and a small-step drag model when air resistance is enabled.
Projectile Motion Simulator overview and results
Projectile Motion Simulator turns the standard projectile motion variables into a visual curve, making range, peak height, and landing speed easier to compare.
Projectile Motion Simulator visual workflow
Set speed, angle, height, and gravity, then use Projectile Motion Simulator to see the full animated trajectory from launch to landing.
Projectile Motion Simulator comparison output
Change launch angle or velocity and Projectile Motion Simulator immediately updates flight time, horizontal distance, peak height, and impact speed.
Projectile Motion Simulator quick guide
Use this Projectile Motion Simulator guide to build a clean first trajectory and understand what each variable controls.
02
Projectile Motion Simulator compare one variable
Change only velocity, angle, height, gravity, or air resistance so the new trajectory has a clear cause.
- Angle mainly reshapes the arc
- Speed strongly affects range
03
Projectile Motion Simulator save the result
Use the result link when you want to reproduce the same settings later or share a classroom example.
- Copy a result link
- Try related physics tools next
Projectile Motion Simulator features
Projectile Motion Simulator keeps the physics controls visible while the curve and metrics update instantly.
Projectile Motion Simulator animated path
Watch the object move along the calculated curve from launch to landing.
Projectile Motion Simulator real-time metrics
Read maximum height, flight time, horizontal range, and landing speed as inputs change.
Projectile Motion Simulator share links
Copy a result URL only when you choose to save the current settings.
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Projectile Motion Simulator FAQ
Fast answers before you use Projectile Motion Simulator for homework, demos, or comparison.
What does Projectile Motion Simulator calculate?
Projectile Motion Simulator calculates the trajectory, maximum height, flight time, horizontal distance, and landing speed from the velocity, angle, height, gravity, and air resistance setting.
Does Projectile Motion Simulator include air resistance?
Yes. The air resistance toggle uses a simple linear drag model so students can compare ideal projectile motion against a damped trajectory.
Can I share Projectile Motion Simulator settings?
Yes. The clean page URL stays unchanged while you experiment, and the copy result link button creates a shareable URL only when you ask for it.
Start Projectile Motion Simulator now
Open Projectile Motion Simulator, adjust the launch settings, and compare trajectory results directly in your browser.
Free to use and no download required.