“Electric flying cars are a coming reality that will liberate our cities and answer the long-term mobility challenges we face. Nothing drives technology as fast as competition. The F1 racers of the early 20th century possessed a pioneering spirit we are harnessing today to rapidly accelerate progress. This seed investment represents a significant leap forward in the next great mobility revolution,” says Matt Pearson, founder of the Alauda performance electric flying car company and its racing series, Airspeeder.
Alauda is poised to go racing following the successful completion of a seed investment round. This progress represents significant steps forward in their aim to accelerate the development of electric flying cars through sporting competition.
Airspeeder claims to deliver on the promise of a future proposed in science fiction and gaming. Inspiration from the latter will take the form of a cockpit, furnished with latest augmented reality technology to assist the pilot in navigating the course.
Races in the air
Set to be the most exciting and progressive form of motorsport on the planet, elite pilots will use the sky as their playground in intense head-to-head competition. Multiple teams and manufacturers will be provided the hardware by Alauda as a turnkey solution but afforded freedom to set strategy and draft pilots.
The roster of teams will include established names in racing and entirely new entrants to motorsport who are enticed by the fusion of intense sporting competition and next generation technology. This approach is expected to create the close and intense sporting competition traditional motorsport fans crave.
The Speeders are propelled by the latest electric powertrains co-developed with technical partners drawn from the elite motorsport world. This state-of-the-art form of propulsion will accelerate a zero-emissions future. Rapid electric pitstops and short, intense head-to-head competition will serve the requirements of a generation, native to Esports.
Final ‘manned’ tests of the Speeders are technically ready. These flights will take place in the desert surrounding the firm’s headquarters in South Australia once restrictions relating to the global health crisis are lifted. The first head-to-head dual races are planned to take place in late 2020 with first locations to be announced soon.
Taking a giant leap
A technical facility has been established in Adelaide, South Australia, a region rapidly becoming a global centre of space and aerospace technology with its surrounding deserts the perfect place to test both manned and unmanned flights.
The facility will be both company’s technical base and will house a growing team of engineers and technical specialists drawn from the leading names in aerospace, motorsport and engineering including Rolls-Royce and Babcock Aviation.
A global commercial base in London, England has also been established. It provides important proximity to key technical expertise in motorsport, aviation and the UK’s furtive and rapidly expanding electric powertrain development industry.
Now testing
The firm is currently at a stage of advanced testing as its MK2 electric flying multicopters successfully completed trials throughout 2019. A team of test pilots recruited from the US Air Force and Martin Aviation will test the MK3 advanced development prototype in California’s Mojave desert elite pilots Eventually, they will be able to go up to speeds of 200 km/h in the largest, most powerful octocopters on the planet.
The MK4, first shown as a concept last year will be co-developed in the UK and South Australia, with the latter proving the perfect testing ground for both ground control and manned flights as the sport nears its inaugural ‘Beta Season’. This will include public manned test flights that will demonstrate Airspeeder’s potential.
