In this tutorial, you’ll learn about two advanced physics solutions available for projects that use Unity’s Entity Component System (ECS) framework: Havok Physics for Unity and Unity Physics. Important: This tutorial only applies to Unity 2022.2 Tech Stream and beyond, which will be reflected in the tutorial version in early 2023.

In this project, you will be introduced to some of the fundamental principles in the field of physics and how they are used to move objects around in the game environment. The relationships between time, velocity and acceleration will be investigated and then applied in the creation of an automated shooting tank that calculates the angle of it's turret based on parabolic mathematics and the position of an enemy.

In this tutorial, you will learn how to use the Physics Debugger.

Previously, Unity had one physics Scene that was populated with all the bodies and colliders from all of your Unity Scenes. Starting in Unity 2018 LTS, you can split physics across Scenes. In this tutorial, you'll learn the basics of creating and loading alternate physics Scenes that can overlay a main scene.

In this tutorial, learners will: Configure various joint types to simulate real world behaviours (fixed joint, hinge joint, and spring joint)

If you went above and beyond during the Exploring Physics in Unity live session or just by working on this project on your own, please submit a screenshot or video of your project here!

In this project, you will have a chance to explore the physics involved in a catapult launch. Lessons on forces and energy will guide your exploration and a final challenge will test your knowledge. You will be manipulating multiple variables in the engine itself to produce changes in velocity, acceleration, distance and more! This project is powered by Enable Education. You can find a link to the Enable Education website in the Project Materials to the right.

For assets in a 2D project to have a physical presence in the Scene and be able to interact with each other, they must have a 2D Collider. A 2D Collider is a component that helps define an asset’s physical shape to determine how it will interact with other colliders in a Scene. In this tutorial, you'll learn about the types of 2D Colliders you can use, and you'll apply a Collider to a GameObject.

Physics enables objects to be controlled by (an approximation) of the forces which exist in the real world, such as gravity, velocity and acceleration. This tutorial will serve as an introduction to many of the key concepts

Watch this workshop video that explains in greater detail how the Unity Evangelism Team created a prototype that allowed players to experiment with Unity’s physics system. The physics system allows you to create a lot of complex gameplay with a few simple elements! **You can find the downloadable assets in the "Tutorial Materials" Tab