Flightradar24: How ARKit Developers Can Unlock Endless Possibilities for Flight Tracking

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Have you ever wondered how ARKit developers can create a flight tracking app? Well, look no further! In this article, we will explore the intriguing world of Flightradar24 and its data sources. We’ll delve into the technical details and show you how to integrate this data into your ARKit apps, opening up endless possibilities for flight tracking and visualization.

Flightradar24: An Overview

Flightradar24 is a leading provider of real-time flight data and tracking solutions. The company was founded in 2006 by two Swedish brothers and has since grown to become one of the world’s largest flight data providers, with a database of over 100 million flights per day.

Flightradar24’s data is sourced from a variety of aviation authorities, including Aircraft Situation Display to Aircraft (ADS-B) receivers, Automatic Dependent Surveillance-Broadcast (ADS-B) transmitters, and other sources such as aircraft manufacturers, airlines, and air traffic control centers.

The company’s data is available in real-time and can be accessed via a variety of APIs. In this article, we will explore how ARKit developers can use these APIs to create their own flight tracking apps.

Flightradar24 Data Sources: Understanding the Technical Details

ADS-B receivers are devices that are installed on aircraft and transmit data in real-time about the aircraft’s position, speed, altitude, and other flight parameters. This data is then received by ADS-B transmitters, which broadcast it to the airspace.

Flightradar24 uses a network of receivers and transmitters around the world to gather and process this data in real-time. The company’s algorithms analyze the data and provide detailed information about each flight, including its route, speed, altitude, and other parameters.

Using Flightradar24 Data in ARKit Apps: A Step-by-Step Guide

Now that we have an understanding of where Flightradar24’s data comes from, let’s explore how ARKit developers can use this data in their apps. Here’s a step-by-step guide on how to get started:

  1. Sign up for a Flightradar24 API key: The first step is to sign up for an API key on the Flightradar24 website. This will give you access to the company’s real-time flight data APIs.
  2. Choose an ARKit app template: There are many ARKit app templates available online that you can use as a starting point for your own app. Some popular options include SkyView AR, Aircraft Explorer AR, and Flightradar AR.
  3. Integrate the API into your app: Once you have an ARKit app template and an API key, you can start integrating the Flightradar24 API into your app. This will require some coding knowledge, but the APIs are well-documented and easy to use.
  4. Visualize the flight data: Once you have integrated the API into your app, you can start visualizing the flight data in real-time using ARKit’s built-in graphics capabilities or by using third-party libraries like SceneKit.

Case Study: Flightradar AR by SkyView AR


Let’s take a closer look at one of the most popular ARKit apps that uses Flightradar24 data: SkyView AR. This app was developed by SkyView Solutions, a US-based company that specializes in developing AR apps for aviation enthusiasts.

SkyView AR uses Flightradar24’s API to display real-time flight data on the screen, including aircraft speed, altitude, and route. The app also allows users to view detailed information about each aircraft, such as its registration number and manufacturer.

Here are some of the features that make SkyView AR stand out:

  • Real-time flight tracking: SkyView AR displays real-time flight data from Flightradar24, allowing users to see where aircraft are flying right now.
  • Detailed aircraft information: The app provides detailed information about each aircraft, including its registration number and manufacturer.
  • 3D aircraft models: SkyView AR uses 3D

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