Object Tracking has greatly evolved since its debut two years ago. To demonstrate just how much, Wikitude created an impressive Remote Control Car Racing Augmented Reality Demo. It not only showcases how reliable Object Tracking has become but also introduces innovative simultaneous AR Tracking functions.
Remote Control Carrera® Car Racing Augmented Reality Demo
The objective of the racer is to complete two full laps in the least amount of time without surpassing the digital boundaries of the augmented track.
AR Demo Analysis
Technology Used in the AR Demo
The interaction between the real-world toy car and digital elements is powered by Wikitude Object and Image Tracking augmented reality combined with ARKit and HoloLens Positional Tracking.
Object Target: Carrera® Remote Control Toy Car
With the advances in Wikitude Object Tracking technology, it is possible to create reliable AR experiences that perform exceptionally well even under challenging circumstances.
The Object is detected and continues to be precisely tracked. The interactive augmentations appear in accordance with the toy’s position, speed, and movements.
Object augmentations to take notice:
- blue target indicating that the object is being tracked
- exhaust fumes released when the car is parked
- exhaust flames that react according to direction and speed
- tire marks on the asphalt
Image Target: Start/Finish Line
The image target plays an important role in the AR demo as it functions as an anchor point to properly position and lock the digital race track in the desired place.
The augmented finish line board also records lap times and lap turns. A ranking board appears at the end of the race as well.
External Positional Tracking
For this demo, ARKit and HoloLens positional tracking was used. Keep in mind, however, that other Positional Tracking providers like ARCore or our own Wikitude Instant Tracking SLAM technology could have been used as well.
ARKit Positional Tracking: Digital Race Track
The augmented race track and other digital elements remain steady on the physical asphalt.
Microsoft HoloLens Positional Tracking
Wikitude has optimized its AR SDK to support Microsoft HoloLens 1 mixed reality headset devices. In this demo it allows racers to visualize the AR experience in real time.
Interactive Digital Augmentations
As seen in the images, the race track has a series of extra digital components apart from the track boundaries itself.
Observe how the toy car knocks down piles of tires, flags, signs and any digital content in its path.
AR Features Running Simultaneously
Below you can see all AR components – object, image and the positional feature being displayed, tracked and working simultaneously.
Check how the flags on the track turn green as the car passes by.
360° Object + Image + Positional AR Tracking
Tracking and augmentations remain steady and persistent at any angle.
AWE USA 2019 – Live AR Demonstration
Many of the attendees of AWE USA 2019 got to see this awesome demo in action at the Wikitude booth as well as during CTO Phil Nagele’s Talk.
Interested in creating an AR project of your own? Talk to one of our specialists and learn how to get started.