Chapter 1: Introduction to Airspeeder

Welcome to the exciting world of Airspeeder, where traditional racetracks meet the limitless skies!

The MK3 Flying Racing Electric Vehicle (courtesy of Airspeeder) is exactly what its creators envisioned: a substantial flying car. The Alauda eVTOL (electric vertical take-off and landing vehicle) is designed to soar through the skies, utilizing the vast expanse of racetrack available.

What exactly is Airspeeder? Founded by Matt Pearson, Airspeeder is a pioneering flying car racing series that began in 2016, aimed at propelling the next wave of mobility innovation through competitive racing. Pearson is also the mastermind behind Alauda Aeronautics, which, according to Forbes, is responsible for the technology driving Airspeeder. The operational model mirrors that of Formula E racing, where Alauda provides the necessary hardware to various teams, enabling them to create and refine their airspeeders while training their pilots.

Take a look at the initial, smaller-scale flying racing car developed by Alauda, known as the MK1.

Section 1.1: The Evolution of Airspeeder

Since the MK1, significant advancements have led to the MK3, which operates as a remotely piloted aircraft.

This marks the beginning of personal air mobility—the era of human-operated electric flying cars is upon us. Alauda Aeronautics is dedicated to creating eVTOL aircraft that can be owned and piloted by individuals.

Currently, Alauda's main focus is on supplying eVTOLs for the Airspeeder racing series, highlighted by the introduction of the MK4. What distinguishes the MK4? It claims the title of the world's first human-piloted electric racing flying car, boasting impressive specifications such as a top speed of 160 km/h (99 mph) and a remarkable acceleration from 0 to 60 mph in just 2.3 seconds. This vehicle is designed to be the Formula 1 of the skies, all while weighing around 400 kg (881 lbs) and racing at an average altitude of approximately 196 feet.

The MK4 operates at 6000 rpm, utilizing eight motors and propellers. Expect flight durations of 5 to 20 minutes per battery charge, a duration that is likely to improve as battery technology advances.

Safety is a critical aspect of these racing vehicles. The MK4 is equipped with Lidar, Radar, and various sensors and cameras to ensure stability and maintain a safe distance during races, even in the event of rotor failure or close proximity to competitors.

Pilots will utilize augmented reality (AR) visors, providing advanced digital track guidance throughout the race. The Heads-Up Display (HUD) ensures that essential information, including speed, altitude, horizon, battery life, and overall performance, is readily available without diverting attention from the course.

Section 1.2: Innovations through Racing

As history has shown, racing sports often lead to innovations that influence everyday vehicles, including aircraft and boats. The advancements gleaned from racing eVTOLs are expected to benefit the broader transportation sector, helping to realize the long-awaited dream of flying cars.

Chapter 2: The Airspeeder Racing Experience

Explore the exhilarating world of the first-ever flying car circuit race, where technology meets adrenaline.

Witness the arrival of flying car racing with Airspeeder, a groundbreaking shift in the racing landscape.