Ford has auctioned the most exclusive prototype of the 2017 Ford GT. So exclusive that no one will be able to drive it

Ford has just auctioned a car so special and unique that, in fact, it was not made for customers, but for the engineers who were working on the development of the Second generation Ford GT to celebrate the 50th anniversary of Ford’s triplet at Le Mans in 1966. So much so that the car was auctioned with a naked, unpainted body. However, it is such an exclusive supercar that Ford has made sure to keep it away from prying eyes, so although its engine runs perfectly, no one can show it off in public. Above all, its owner. First prototype, second legend The Ford GT Mk II, which has just been auctioned on the Barrett-Jackson portal, was designed at the end of 2015 as mechanical test mule for the new engine that would be mounted in the second generation of the Ford GT that was presented in 2017. Engineers used this car in the early testing phases of the project to collect real-world data on the dynamic behavior of the design, its aerodynamic stability and the response of the suspension under extreme conditions. So it was the intermediate step between the designs on paper and the model that would finally hit the market two years later. Being an early design means the car still retains the essence of original designsbefore aerodynamics or technical requirements forced certain profiles of its bodywork to be polished. However, its usefulness as a test mule meant that technical usefulness was prioritized over aesthetics. It was a laboratory tool on wheels, not a rolling showcase, and this was taken to the extreme that the engineers did not even consider painting the carbon fiber body, sensing that sooner rather than later it would need touch-ups. Only five prototypes were built, so this unit spent years stored in the collection. Ford Heritage Fleetan internal collection with which the brand protects its most valuable prototypes and vehicles with historical pedigree, until the time came to bring it to light. Its recent sale makes it a unique case: it goes from being a corporate secret to becoming a private trophy. Driving in public is prohibited However, the brand had a hidden ace up its sleeve. The purchase of this unique supercar was linked to a very restrictive clause: the explicit and absolute prohibition of registering it, insuring it as a vehicle or driving it on any public road. That is, its owner will never be able to wear it in public, except to use it on a private circuit. In this way, the first prototype of the 2017 Ford GT becomes a sculpture with an engine that can only be admired in the buyer collection who has paid $467,500 for that unique specimen due to its technical and historical pedigree. Be the first Ford GT prototype to break the garage confidentiality Ford classifies it as an exclusive collector’s piece, especially for those who already have a street GT in their collection. Under that rough and rough untreated carbon fiber body there is still the 3.5 EcoBoost V6 biturbo engine that it shares with the final GT, a brutal engine with a double turbocharger that delivers its power through a seven-speed dual-clutch automatic transmission, optimized for pure rear-wheel drive. When you open its doors upwards, you are greeted by an interior as austere and practical as its exterior, designed to give your all on the track, but without the fine Alcantara finishes that you expect to find in a car for which you have paid almost $500,000. It features a single fixed bucket seat molded in carbon fiber for the test driver, position-adjustable pedals to adapt to different drivers, and a flattened Formula 1-style steering wheel with integrated buttons. No sign of the passenger seat, which underlines its single-seater work role, whose objective was to push it to the limit the performance of your engine and its bodywork. An untamed beast…that no one can legally drive on a road. In Xataka | In 1982 someone became unhealthy obsessed with a Mercedes-Benz 500 SL: in 43 years he has not driven it even a single kilometer. Image | Barret&Jackson

will arrive in space with a prototype spacesuit for ESA

Until now, when we thought about Decathlon, a breathable t-shirt, a hiking backpack or that idea of ​​making sport accessible to everyone came to mind. That same company, founded in 1976 in Francehas taken an unexpected step: has collaborated in the development of EuroSuit, a spacesuit prototype that will be tested on the International Space Station. It is not about opening a new market, but about participating for the first time in a European space exploration project together with specialized players in the sector. The mission in which this prototype will be tested has its own name: εpsilon. This is how he baptized the European Space Agency the first expedition of Sophie Adenotscheduled for 2026 and destined for the International Space Station. The name refers to the fifth letter of the Greek alphabet and represents the idea that, in space exploration, each individual contribution can be small, but significant. The accompanying emblem, featuring a hummingbird and surrounded by tiny dots, reinforces that message: great achievements require many discrete contributions. A usability evaluation, not a presentation. EuroSuit is a prototype of an in-vehicular suit that will be tested on board the ISS through a series of planned test sequences: checking whether it promotes mobility, whether it adapts correctly to the body, whether it can be manipulated without assistance and whether it maintains reasonable performance in real conditions. What is sought is not to launch a definitive product, but to obtain data that allows us to know if this type of European design can advance towards an operational suit. The prototype does not arrive at the International Space Station as an individual project, but as part of the program coordinated by the CNES for the εpsilon mission. From Toulouse, the Cadmos center supervises both EuroSuit and other experiments focused on physiology, medical technology, radiation or control of microorganisms. This structure allows us to observe how the devices behave in real conditions of use and collect valuable data for future missions. EuroSuit will be evaluated in that context, with the same rigor as the rest of the tests. When textile knowledge enters orbit. Spartan Space leads the development of EuroSuit and Decathlon brings its expertise in textiles, mobility and functional design. The project is presented as a collaboration that allows adding capabilities without the need for all actors to come from the aerospace sector. The objective is to check if the practical approach to sports equipment can be useful in operations within the International Space Station and if it makes sense to continue with this development model for future European missions. As it is an intravehicular suit, EuroSuit is not intended to replace the pressurized suits used in extravehicular activities or to accompany the astronaut throughout their stay in orbit. It is located in another layer: that of operations within the ship that require protection, comfort and ease of use. It is designed so that the astronaut can put it on and take it off in less than two minutes, without assistance, something unusual in this type of clothing and which could be relevant in case of emergency. Images | THAT | Decathlon In Xataka | This woman has been accused for years of committing the only crime that has taken place in space. It was all a lie

The first processor without a single silicon atom is ready. It is a prototype and still its benefits are a dream

Integrated circuits of 2 nm They will disembark in the market in style for 2025. Users know that nanometers have lost a good part of their usefulness, and that, in reality, They represent a category of semiconductors. In fact, they no longer faithfully reflect the length of logical doors or other physical parameter, such as the distance between transistors. However, the very quick development of the chips reminds us that every step we take place a little closer of the physical limit of silicon technologyalthough, in reality, this challenge is not new. The main manufacturers of integrated circuits and numerous research groups linked to some of the most important universities on the planet have been working on a solution to this challenge. Decades, even. There are currently several open research lines, and possibly the solution will require betting on one of them, but it is even more likely that the way to follow invites us to allow several of the proposals to be working on. The first 2D computer in the world is here A team of researchers from the University of Pennsylvania (USA) has published in Nature An interesting article in which he explains the procedure that has followed to manufacture the first functional CMOS processor using two -dimensional materials (2D) of a single thick atom. The really revolutionary thing is that they have used molybdenum disulfide and tungsten dyslelenex with the purpose of producing more than 2,000 transistors capable of executing logical operations. They have not used a single silicon atom. “We have first demonstrated a CMOS processor built completely with 2D materials” However, it is also important that we do not overlook that the materials they have used, which, as I have mentioned, have only one thick atom, maintain their properties at that scaleunlike silicon. The leader of this project, Professor Saptarshi Das, has pointed out that “silicon has promoted notable advances in electronics for decades by allowing continuous miniaturization of field effect transistors (FET or Field-Effect Transistors) “. “However, as silicon devices miniaturize their performance begins to degrade. 2D materials, however, maintain exceptional electronic properties at the atomic level, placing a promising path before us,” Explain das. “We have demonstrated for the first time a CMOS processor built completely with 2D materials combining molybdenum disulfide transistors and tungsten tungsten dysleeniuro cultivated in large areas.” All this sounds very good, but there is no doubt that for users the most relevant is to know what impact this technology will have in our experience if it becomes popular. “Our 2D CMOS processor operates with low power voltages, Minimum energy consumption and can execute simple logical operations at frequencies up to 25 kHz “, He has specified Ghoshone of those responsible for the project. This is the heart of the matter. We are only at the dawn of the technology known beyond silicon, but presumably the chips with molybdenum disulfide transistors and tungsten dislendiuro will allow the manufacture of much faster and more compact computers than the current ones, as well as perceptibly more efficient from an energy point of view. More information | Nature In Xataka | Intel and TSMC lead the revolution of photonic chips. His problem is that China has just done fully in this war

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