Ritorno al futuro con lo skate volante


Aerospace company Arca Space has continued the trend for Back to the Future-style hoverboards with a rectangular device that uses 36 fans to float its riders through the air.

Integrated into the ArcaBoard’s chassis, the fans are driven by high-powered electric motors and generate up to 272 horsepower.
By using 36 smaller electric ducted fans instead of fewer larger ones we ensure that the ArcaBoard keeps operating even in the case of multiple engine failures,” said Dumitri Popescu, who founded the company that has also designed rocket launchers and drones. “Each engine is powered by its own set of batteries independently of the other power units creating a multiple redundant system,” he added.

Arca Space is the latest in a string of companies to release hoverboards around 21 October 2015 – the date travelled to in 1989 sci-fi movie Back to the Future II, in which character Marty McFly uses one to get around.

Lexus has designed a board that relies on magnetic fields and tech startup Arx Pax which worked with pro skateboarder Tony Hawk to create its Hendo hoverboard.

ArcaBoard is constructed from aerospace-grade composite materials to make it both lightweight and sturdy. The board weights 10 kilograms, and includes a cooling system that protects the device from the heat generated by its electric motors.

The ArcaBoard is capable of lifting up to 110 kilograms of weight, and comes in two versions, tailored for either weight-lifting ability or battery endurance.

Riders can enjoy up to six minutes before the board needs recharging – which takes six hours – although the company has also designed an extra dock accessory that allows it to be recharged in 35 minutes.

Owners control the Arca using a smartphone app, which connects to the device via Bluetooth. The hoverboard responds to hand movements, created while the user holds the phone in their hand. The device includes a “built in stabilisation system” that keep the board level while hovering or travelling. The Arca tilts when users make turns, to keep riders safe, although the app includes the option of turning the stabilisation system off.

All you have to do is balance yourself and the board will provide a smooth stabilised experience,” said Popescu. “With the stabilisation system turned off you will find it as easy as learning to ride on your first bicycle.” “It takes an estimated 20 minutes of flight to become comfortable with the motion of flying in the air,” he added.

The ArcaBoard also includes built-in sensors that prevent the device from rising rapidly if riders jump, and its maximum height is also limited to one foot (30.5 centimetres). The device will be available from April 2016, and carries a price tag of $19,900 (£13,657).

Other recently released products that borrow technology from Back to the Future II include the Nike Air MAG self-lacing shoes worn by McFly, and a similar pair that also warm cold feet and track footsteps by Digitsole.

 


Leggi anche

Every year a large amount of textile waste is generated by the fashion sector. Recently this phenomenon has rapidly worsened due to the spread of the “fast fashion” concept, based on a linear economic model and mass consumption. The desire to reduce process environmental impact and the objective to create new business with waste products pushed a consortium’s companies to start a research project in collaboration with the Department of Engineering Enzo Ferrari. Read the project, it won our first call for papers….

Leggi tutto…

Carbon Mobile begins production trials of the world’s first carbon fiber smartphone in Germany. The Carbon 1 MK II is the world’s first carbon fiber smartphone, developed to show the next generation of sustainable, high-performance technologies. The new location for smartphone production is intended to reduce Carbon Mobile’s emissions even further and create additional jobs. …

Leggi tutto…

Leggerezza, versatilità, estetica: il focus si sposta sul comfort e l’auto del futuro diventa uno spazio per vivere e lavorare. Covestro vuole andare incontro a queste richieste dell’industria automobilistica con la ricerca sui materiali….

Leggi tutto…

In order to reduce waste and production time in the construction of large composite structures, the Dutch-based company Curve Works has developed an approach based on the assembly of composite panels. A series of double-curvature composite sandwich panels has been produced for a variety of applications using an automated adaptive mold both to thermoform 3D core kits and to infuse parts….

Leggi tutto…

The realization of a human settlement on the Moon is the main purpose of most future space missions. Despite it represents a fundamental and necessary step for this scope, the lunar environment, and high mission cost do not make this challenge easy. This article – published in the March issue of Compositi Magazine – tries to solve the previously mentioned problem, showing the preliminary design of a lightweight and deployable habitat able to ensure long-duration missions on the lunar surface….

Leggi tutto…