Unreal Engine 5 | No-Rig Cinematic Car Animation

Download the course project and explore the included demo map, BP_VehicleAnimator system, example vehicle, documentation and supporting assets. This lesson provides an overview of the files you will use during the course and explains how the project is organized.

Learn how BP_VehicleAnimator creates cinematic vehicle animations without requiring a skeletal rig or a physics-based driving system. This lesson introduces the roles of the vehicle, spline path and camera systems, while explaining the complete workflow used throughout the course.

Learn how to transfer the complete BP_VehicleAnimator system into another Unreal Engine project using the built-in Migrate tool. This lesson covers asset dependency checks, target Content folder selection and the correct migration workflow to prevent missing files or broken references.

Configure the Vehicle Setup section by assigning the vehicle body, wheels, and brake calipers. Then, create a new level, add the spline path, and test the complete setup to ensure the BP_VehicleAnimator system is working correctly.

Download a free vehicle model from the internet and prepare it for use in Unreal Engine. Import the model, organize the vehicle meshes, and assign the body, wheels, and brake calipers inside the BP_VehicleAnimator system. Then, create a new level, add the spline path, and test the complete vehicle setup to ensure that the model, wheel rotations, steering, suspension, and movement systems are working correctly.

In this lesson, you will learn how to create and configure a spline-based path for BP_VehicleAnimator. We will assign the Vehicle Path Actor, position the vehicle along the spline and control its automatic or manual movement.

You will also explore normalized position, playback speed, reverse direction, loop and ping-pong modes, start and side offsets, path response and automatic steering. By the end of the lesson, your vehicle will be ready to follow a fully customizable path in both the Editor and Sequencer.

In this lesson, you will explore the Speed Director system and learn how to control the vehicle’s speed along the spline. We will configure the target speed, acceleration and braking limits, maximum speed, starting distance and path-end behaviour.

You will also learn how to animate speed values in Sequencer, assign a Speed Profile Sequence and bake the calculated movement into Distance Along Path. This workflow creates smooth acceleration and braking while ensuring consistent vehicle movement in Sequencer and Movie Render Queue.

In this lesson, you will explore the Driving Dynamics system and learn how to create more realistic vehicle reactions during steering, acceleration, braking and cornering.

We will configure steering angle and response, burnout controls, acceleration squat, brake dive, rear lift, body pitch and body roll. You will also learn how to use manual cinematic controls and customize each setting according to the size, wheelbase and suspension character of your vehicle.

In this lesson, you will explore the Drift Studio system and learn how to create fully controlled cinematic drift animations.

We will configure the drift angle, lateral and forward movement, pivot behaviour, counter-steering, body roll and additional wheel spin. You will then apply these controls in Sequencer using keyframes to create a smooth and customizable drift sequence.

In this lesson, you will learn how to configure the Steering Director system for natural and cinematic wheel movement.

We will adjust the steering angle, wheel rotation direction, steering response, counter-steering behavior and visual wheel movement. You will also learn how these settings work together with spline movement and the Drift Studio system.

In this lesson, you will explore the Suspension Lab controls and configure the vertical movement of the wheels and vehicle body.

We will adjust suspension travel, compression, response strength and body movement to create a more convincing connection between the vehicle and the road. These settings can be customized for different vehicle types and cinematic styles.

In this lesson, you will learn how the Ground Contact system detects the road surface and keeps the wheels aligned with the terrain.

We will configure ground traces, wheel contact offsets, surface alignment and slope adaptation. You will then test the vehicle on uneven and inclined roads to achieve more natural wheel placement and vehicle movement.