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In the heart of the Airspeeder headquarters, Lexie Janson interviews Zephatali Walsh, a three-time flying car racing champion and seasoned Airspeeder pilot. Interestingly, Zeph’s journey into the world of Airspeeder racing had unconventional beginnings – he was once a surfer, riding the waves of adrenaline in a different realm. Let’s hear from Zeph and Lexie as they talk about all the new updates with flying cars.

How did he get started?

Zeph’s initiation came through the captivating world of First Person View (FPV) drone racing. Intrigued by videos showcasing daring drone flights, his curiosity intensified after stumbling upon an interview with an Australian racing pilot who mentioned he gained notoriety in the space by using a simulator. Zeph swiftly gained recognition by honing his skills in a simulator, seamlessly bridging the virtual and real worlds. 

During his first week of playing the simulator, fate brought him face-to-face, or screen-to-screen with Min Chan Kim (MCK), a prominent drone racer, in a gaming server. This encounter catapulted Zeph into the Drone Champions League (DCL), where he not only participated but also earned a spot on their draft team

Because of Australia’s heavy regulations and small incentives to continue drone racing, Zeph looked outward to find new income streams. As he was surfing the web he came across an Airspeeder video and liked it even more, especially since they were located in his hometown.

How is flying car racing progressing?

Zeph starts off by mentioning how it is a tough endeavor and that the technology, regulations, and sporting aspects have made the road more difficult and slowed down the process more than they would like. 

One of the good things about Airspeeder is what they want to build. While most companies are focusing on flying taxis and replacing helicopters, eventually we want to have these crafts used for personal transportation. More developments can happen when the vehicle is designed for racing, making it better for consumer use. 

While they couldn’t go into the details, another problem with the tech is the augmented reality aspect that allows racers to see a virtual track on their screens. Zeph acknowledges the intricacies but sees them as stepping stones towards perfecting the racing experience for both enthusiasts and future commuters.

What do you think is the future of sport?

We have a lot of sports where the machine meets the athlete, such as drone racing, flying car racing, jetpack racing, and more. Zeph believes the main problem humans face is that we have a limit on what we can do, whereas machines have more capabilities both physically and learning wise. 

Zeph also raises an interesting question, since taking drugs for athletes is cheating, will adding technology to humans also be considered cheating? Would someone with Elon Musk’s Neuralink chip be considered cheating since they are enhancing their body, or going past their limitations? 

Maybe one day we’ll be able to control our flying cars with our minds, and Zeph believes we aren’t too far from this becoming a reality.

He mentions that he was studying psychological science at university, and acknowledges that we are on a path of innovation, wanting to create more. This strive for more allows us to go into subjects like quantum computing, and make it possible for tools like ChatGPT and Gemini to be built and constantly updated, or adapt.

What type of Machina Sports are you watching?

Zeph tells us that his personal picks are drone racing, flying car racing, and robot wars. His main Instagram feed consists of drone racing, flying cars, and photography, which reflects his passion for the intersection of technology and sports. You could even argue that photography and cinematics have some elements of Machina Sports, combining humans with machines. 

What is the future of Airspeeder?

Crewed flights. The ambition is clear – real pilots in real crafts racing through the skies and not just using a simulation to race. Sooner rather than later, they want all eVTOLs to be racing each other in the air using their teams in the craft itself. While the process seems slow, they are doing it as fast as they can. The team is putting a great risk with their crafts even just flying them with a remote because of all the resources, time, and technology that goes into each one. 

While drone racing is much more popular, the team at Airspeeder wants flying car racing to be the same with its mainstream adoption. Where it will be as common as drone racing in everyday conversations. The tech of these drones is impeccable and capable of going 0-200 kmph in less than 2 seconds. However, the major drawback to the sport is that the drones are very small making it somewhat difficult to view.

Zeph also goes on to give props to Elon and everyone at Tesla and SpaceX, and how they are bringing more mainstream adoption of technology with humans. And that the performance is what makes people buy, not marketing anything of the sort.

The same is true with what they are doing at Airspeeder. Showcasing the technology of flying cars, and letting the people become excited themselves instead of making large strides for marketing.

A lifelong sports enthusiast with a recent interest in technology, Web3, and cryptocurrency. Every weekend you can find me watching football(soccer) and keeping up to date with stocks and crypto. Writing about the things I love and hopefully painting a picture for the reader.

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CS:GO Skins: A Digital Goldmine in the World of Video Gaming

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Inside the Economy of Illusion

Let’s talk about something wild.

If you have ever dreamt of making money out of your gaming hobby — you have probably turned towards livestreaming, social media or professional e-sports gaming.

Those are the usual suspects, anyway.

But there’s one class of investment that CS:GO has revolutionised — Skins. For an untrained eye skins were always just a gadget, something to make a person feel special, different than anyone else. But what if I told you that there are skins that go for tens of thousands of dollars?

And how You can make money on it?

How A Few Pixels Could Go For Such

Well, even before NFTs became a thing CS:GO was already making some hard cash

Back in 2013, the folks at Valve decided to spice up Counter-Strike: Global Offensive by dropping something called the “Arms Deal” update. And just like that, CS:GO skins were born. Think of skins as the ultimate gaming fashion statement. They don’t make you shoot faster or hide better (well, nowadays some of them have other perks on top), but they do make your weapons look epic.

And also make you extremely recognisable. Especially if you are a streamer on top of that, which can essentially boost the price.

Here’s where it gets interesting: these flashy skins quickly turned into something more than just digital swag. Imagine finding a digital sneaker in your game, only to discover it’s worth a small fortune in real life. That’s what happened with skins. They became a big deal, trading on the Steam marketplace like rare baseball cards.

The Wild West of Skins Trading

Beyond the official Steam marketplace, there’s an entire underground scene. It’s a bustling bazaar where skins are the main currency, and the rules of the game are decided by the players themselves. Here, a skin isn’t just a pretty accessory; it’s a ticket to the big leagues of virtual investment. Want to gamble, bet, or invest? Skins can do that. Ever heard of a gun skin selling for thousands? Yeah, it happens.

Examples? FuturePlay is now hosting a Dragon Lore AWP CS:GO Tournament and Giveaway, with a grand prize skin worth over $13,000. This tournament lasts till 15th June. Giving you an opportunity to enter the world of CS:GO investments easily.

But that’s not the only way of entering this investment world.

This phenomenon turned gamers into the Wall Street traders of the virtual world. They’re wheeling and dealing, making bold moves, and sometimes, making a killing out of their virtual inventory. It’s part startup hustle, part digital treasure hunt, and entirely a 21st-century phenomenon.

The Ripple Effects of a Gamer’s Gold Rush

But let’s get real for a second. The rise of the CS:GO skins economy isn’t just a cool story about gamer riches; it’s also a look into what we value. Digital or not, these skins mean something to people, to the extent they’re willing to pay real money for them. It’s a new way of looking at what ownership and value mean in the digital age.

Of course, with big money comes big questions — about legality, ethics, and above all, what it means for the future. It’s stirred up a lot of debates and made us rethink how virtual economies should operate.

What Lies Ahead

Is it going to have its up adn downs like the NFT market?

I’ll guess the answer is simply: no.

The CS:GO Skins market has been only frowing since 2012 (12 years now!) and it’s a stable market for investors and colectors.

As we dive headfirst into the future, CS:GO skins are more than just a lesson in digital economics; they are a symbol of gaming’s power to blur the lines between the virtual and the real. For players, traders, and curious onlookers, the economy of CS:GO skins is a playground of opportunity, a slice of the digital frontier where the thrills of gaming meet the realities of economics.

It’s a wild ride, and it shows just how far we’ve come in redefining what it means to be valuable. So next time you snag that rare skin in a game, remember, it might just be your golden ticket.

Thanks for reading 🙂

Want to know about the future play? Check us out!

Join the tournament and grab your chance to win a CS:GO Skin worth 13.000$

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Crypto

Understanding Cryptocurrency and How it Works

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Top Five Cryptocurrencies by Marketcap

In recent years, cryptocurrency has emerged as a revolutionary force in the world of finance, technology, and economics. Yet, for many, the concept remains an enigma, especially to those not as tech-savvy. With recent price surges and many discouraging articles on the asset class, it can often feel overwhelming and scary. What exactly is cryptocurrency, and why has it garnered such immense attention? 

What is Cryptocurrency?

Cryptocurrency is a type of virtual or digital money that can be programmed to be impossible to counterfeit or double-spend since it uses cryptography for protection. Unlike traditional currencies issued by governments and central banks, such as the US dollar or the euro, cryptocurrencies operate on decentralized networks based on blockchain technology. The cryptocurrencies are not kept in a traditional wallet obviously, they are stored in a crypto wallet.

Blockchain Technology Explained

Blockchain technology serves as the underlying infrastructure for most cryptocurrencies. Essentially, a blockchain is a distributed ledger that records all transactions across a network of computers, known as nodes. Each block in the chain contains a cryptographic hash of the previous block, creating a secure and immutable record of transactions. Transactions on the blockchain are public, but user identities are pseudonymous, offering a level of privacy without complete anonymity. 

Cryptocurrencies enable direct peer-to-peer fund transfers. In a typical transaction, the sender generates a digital signature with their private key, initiating the transfer. The transaction is then broadcast to the network, where nodes validate it by verifying the digital signature and confirming the sender’s account balance.

A cryptographic hash is a mathematical technique that accepts an input (message) and generates a fixed-length string of characters, usually a unique and seemingly random sequence of letters and numbers. This output is commonly referred to as a hash value or hash code.

This is essentially how Bitcoin is mined and what gives us our “Proof-of-work” system. In this system, miners compete to solve these mathematical equations known as cryptographic hash in order to add new transactions to the blockchain.

Crypto Wallet Explained

A cryptocurrency wallet is a software program or physical device that stores the public and private keys required to access, send, and receive digital currencies like Bitcoin, Ethereum, and others. Cryptocurrency wallets allow users to securely manage their digital assets. Functionally, it’s similar to a physical wallet you might use for traditional currencies, but instead of holding physical cash or cards, it stores cryptographic keys that represent ownership of cryptocurrency tokens or coins. Cryptocurrency wallets come in various types, each designed to cater to different needs and preferences of users. 

Hardware Wallets

These are physical devices that keep the user’s private keys offline. They offer high security as they are immune to hacking attacks on software and online platforms. Popular hardware wallets include Trezor, Ledger Nano S, Ledger Nano X, and Safepal.

Software Wallets

Software wallets are applications or programs that run on desktops, mobile devices, or web browsers. They are further divided into:

  • Desktop Wallets: Installed on a computer or laptop. Examples include Exodus, Electrum, MetaMask, MyEtherWallet (MEW)and Atomic Wallet.
  • Mobile Wallets: Installed on a smartphone or tablet. Examples include Trust Wallet, Coinbase Wallet, and Mycelium.

Custodial Wallets

Custodial wallets are managed by third-party service providers, such as cryptocurrency exchanges. Users trust these providers to store their private keys securely. While convenient, custodial wallets relinquish some control over the funds to the service provider.

Key Characteristics of Cryptocurrency

  1. Decentralization: One of the distinguishing features of cryptocurrency is its decentralized nature. Unlike traditional financial systems controlled by central authorities, cryptocurrencies operate on peer-to-peer networks, eliminating the need for intermediaries. The developer of the crypto basically sets all of the parameters, and because everything is visible to its users, the people can see who the main holders are, any bugs in the contract, and any other relevant information.
  2. Security: Cryptocurrencies utilize cryptographic techniques to secure transactions and control the creation of new units. This cryptographic security ensures the integrity and immutability of the blockchain ledger. Because these cryptos use computer-based algorithms, the system is as secure as the inputs themselves.
  3. Anonymity and Transparency: While cryptocurrency transactions are pseudonymous, meaning they are not directly linked to real-world identities, transaction data is stored on the public blockchain, providing transparency and accountability.
  4. Limited Supply: Many cryptocurrencies, such as Bitcoin, are designed with a predetermined maximum supply, often referred to as a supply cap. This finite supply model contrasts with traditional fiat currencies, which can be subject to inflationary pressures. According to reports, over 80% of all US dollars in circulation were printed in the last 22 months, with the total money supply increasing from $4 trillion in January 2020 to $20 trillion in October 2021. This massive expansion of the money supply was driven by the Federal Reserve’s response to the COVID-19 pandemic.

Popular Cryptocurrencies

Bitcoin, Ethereum, USDT (Tether), and BNB (Binance Coin) represent some of the most popular and widely recognized cryptocurrencies in the digital asset landscape. Each of these cryptocurrencies serves unique purposes within the broader ecosystem, catering to different user needs and preferences.

Bitcoin (BTC)

Bitcoin is the pioneer of cryptocurrencies, introduced in 2009 by an anonymous individual or group known as Satoshi Nakamoto. It operates on a decentralized network powered by blockchain technology, aiming to provide a peer-to-peer electronic cash system. Bitcoin is often referred to as digital gold and is prized for its scarcity, security, and store of value properties. It remains the most dominant and widely adopted cryptocurrency, with a significant portion of the total market capitalization.

Ethereum (ETH)

Ethereum is an open-source blockchain system that allows for smart contract functionality and is decentralized. Launched in 2015 by Vitalik Buterin, Ethereum introduced the concept of programmable blockchain, allowing developers to build and deploy their own decentralized applications on its network. Ether (ETH) is the native cryptocurrency of the Ethereum platform, serving as a means of value transfer and fueling transactions and smart contracts on the network.

USDT (Tether)

Tether (USDT) is a blockchain-enabled cryptocurrency pegged to the US dollar, which aims to bridge the gap between fiat currencies and cryptocurrencies. Tether is designed to be a 1:1 equivalent to the US dollar, allowing users to more easily transact with and hold digital assets. Tether aims to provide the stability of fiat currencies while leveraging the benefits of blockchain technology for fast and efficient transactions. USDT is widely used as a means of transferring value between different cryptocurrency exchanges and platforms, as well as a hedge against market volatility.

BNB (Binance Coin)

Binance Coin (BNB) is the home cryptocurrency of the Binance exchange, labeled as one of the largest cryptocurrency exchanges in the world. Initially launched as an ERC-20 token on the Ethereum blockchain, BNB later migrated to Binance’s proprietary blockchain, Binance Chain. BNB serves various purposes within the Binance ecosystem, including discounted trading fees, participation in token sales on the Binance Launchpad, and payment for goods and services within the Binance ecosystem.

Each of these cryptocurrencies has contributed to the growth and maturation of the cryptocurrency market, attracting users, developers, and investors from around the world. While Bitcoin remains the flagship cryptocurrency, Ethereum, USDT, and BNB have carved out their niches, catering to diverse use cases and applications within the broader blockchain ecosystem.

Cryptocurrency Use Cases and Applications

Cryptocurrencies have a myriad of potential applications beyond serving as digital currencies. These include:

Smart Contracts

Smart contracts are self-executing contracts in which the terms of the agreement are encoded directly into code. They are typically deployed on blockchain platforms, such as Ethereum, and automatically execute actions when predefined conditions are met. This technology can be used in voting, insurance, stock/crypto trading, and more!

Decentralized Finance (DeFi)

DeFi refers to a financial system built on blockchain technology that operates without the involvement of central authorities or intermediaries. It allows for peer-to-peer financial transactions, lending, borrowing, trading, and more using cryptocurrencies and smart contracts. DeFi platforms leverage blockchain technology to provide financial services, such as lending, borrowing, and trading, without the need for traditional intermediaries like banks.

Non-Fungible Tokens (NFTs)

NFTs, or Non-Fungible Tokens, are a type of digital asset that represents ownership or proof of authenticity of a unique item or piece of content using blockchain technology. NFTs, as opposed to fungible and interchangeable cryptocurrencies like Bitcoin or Ethereum, are indivisible and cannot be copied. This uniqueness makes them valuable for digital art, collectibles, virtual real estate, and other digital assets. Blockchain technology ensures the authenticity and provenance of NFTs, making them valuable in the digital art and gaming industries. Since society as a whole is moving more towards a digital world, showing authenticity for these digital goods can be confusing. These NFTs can be used in many ways such as having deeds and titles as an NFT, gaming collectibles can be sold for real money, medical insurance can be an NFT, and many other instances.

Read More: The Most Expensive NFT Sales in History

Cross-Border Payments

Cryptocurrencies facilitate fast and cost-effective cross-border transactions, offering an alternative to traditional remittance services. A problem with the traditional system of sending money to different countries is the fees, length of transaction, and security. Crypto solves this with lower fees depending on the crypto used, being as low as $0.01, transaction often taking just up to 30 minutes as opposed to several business days, and one of the most secure methods because there’s only one factor deciding the transaction, the smart contract used to facilitate it and not the multiples jurisdictions that can interfere with the conventional system.

Challenges and Regulatory Considerations

One of the most significant challenges facing cryptocurrencies is regulatory uncertainty. Different countries and jurisdictions have adopted varying approaches to regulate cryptocurrencies, leading to a fragmented regulatory landscape. Some countries have embraced cryptocurrencies, providing clear regulatory frameworks to promote innovation and adoption, while others have imposed stringent regulations or outright bans, creating uncertainty for businesses and investors operating in the space.

Like anything on the internet, Cryptocurrencies alike can also be subject to hacks if the proper steps are not taken for your safety. Cryptocurrency exchanges and wallets are vulnerable to hacking and security breaches, leading to the loss of funds and sensitive user information. High-profile hacks and thefts have underscored the importance of robust security measures and best practices to safeguard digital assets. Additionally, the rise of fraudulent schemes, such as Ponzi schemes and initial coin offering (ICO) scams, has eroded trust in the cryptocurrency ecosystem and highlighted the need for investor protection and consumer education.

How can I stay safe?

With the large upside potential of cryptos, making sure no one has access to your funds is a top priority. There are some ways to make sure you are as safe as possible.

  1. Use a reliable exchange: Since this is where you’ll be adding funds and purchasing crypto, you want to make sure this is a reputable company that you trust your banking/card information to be stored on.
  2. Buy a hardware wallet: If you plan to hold your crypto for a long period of time(the recommended amount is at least 4 years) transferring your funds from your exchange to your hardware wallet is highly advised for maximum security as exchanges are still subject to hacks. Keep your recovery phrase in manual writing and not stored in your devices.
  3. Avoid clicking links: Most links saying “Claim free crypto” or anything along those lines are most likely a scam. 
  4. Keep accounts separate: If you are doing any trading with crypto where you have to access the internet, it is advised to have several software wallets. Since these wallets are already somewhat at risk, being connected to the internet, this is the safer option instead of using the hardware storage.

The Future of Cryptocurrency

As cryptocurrency continues to evolve and mature, its impact on the global economy and financial landscape is undeniable. While challenges remain, the growing interest from institutional investors, advancements in blockchain technology, and increasing mainstream adoption suggest that cryptocurrency is here to stay. Blackrock, the world’s largest asset manager, has already been approved for their Bitcoin ETF and has filed for an Ethereum ETF. This shows mainstream adoption is already on the way and they are getting ready before mass adoption.

In conclusion, cryptocurrency represents a paradigm shift in the way we perceive and interact with money and finance. By harnessing the power of blockchain technology, cryptocurrencies offer the promise of decentralization, security, and financial sovereignty. As blockchain technology advances, we can expect to see greater institutional adoption in more and more fields. While we are not quite there yet, we are already seeing signs of the technology being used and enhanced.

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FuturePlay Exclusive: Bruno Senna’s Journey into Flying Car Racing and the Future of Machina Sports

Dive into the world of flying car racing with Bruno Senna! Explore the challenges, thrills, and potential of Machina Sports, the future of competitive sports.

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Bruno Senna and Flying Car Racing

In an exclusive interview with Lexie Janson, Bruno Senna, shares his insights on flying car racing and the potential future landscape of Machina Sports. As we delve into this exhilarating conversation, we uncover the intricacies of Bruno’s involvement, his thoughts on flying cars, and how it compares to his previous profession as a Formula 1 driver, training regimens, and valuable advice for aspiring enthusiasts.

Bruno’s Intro to Flying Car Racing

Nephew of F1 legend Ayrton Senna, Bruno carved his own path in motorsports, competing in Formula One. However, the track wasn’t his final destination. Driven by a lifelong passion for speed and innovation, Bruno embraced a new challenge: Flying Car Racing. Reflecting on the start of his journey, Bruno shares he’s always been into cars, computers, and drones, and the marriage of these interests in the form of a flying car was too enticing to ignore.

Bruno’s leap into flying car racing took a surprising detour via FPV drones. A Star Wars aficionado, he was captivated by a video of French pilots maneuvering drones through a forest, reminiscent of his beloved sci-fi saga. This sparked a parallel passion for FPV flying, which unexpectedly rekindled his racing ambitions, propelling him towards the cutting-edge world of flying car racing.

Today, Bruno’s enthusiasm for Machina Sports extends far beyond the realm of flying cars. He is currently in the process of building quadcopters, he loves the feeling of getting his hands dirty and creating these amazing flying machines.

Transitioning from FPV to Flying Car Racing

Delving into the intricacies of flying car racing, Bruno sheds light on the unique challenges posed by the Airspeeder. Unlike traditional FPV drones, flying an Airspeeder involves a significant learning curve. Bruno notes it’s like flying a big airplane in that you need to plan ahead. The transition from smaller drones to the Airspeeder requires a recalibration of skills, underscoring the distinctive nature of piloting a larger, more complex aircraft.

Despite the initial challenges associated with the FPV feed of the speeder, Bruno expresses his enjoyment of the experience. “It’s a work in progress,” he remarks, highlighting the immersive nature of flying the machine and the satisfaction derived from mastering its nuances. The limited battery life, an inherent aspect of the developmental process, poses a unique challenge that racers must navigate in the pursuit of refining the technology.

Intriguingly, Bruno finds the incorporation of VR gates in the racing experience to be a fascinating aspect. These gates, designed for FPV drone racing, add an additional layer of complexity to the flying car race, encouraging racers to hone their skills not only in speed but also in precision. Bruno envisions broader applications for VR gates, believing they could serve as a path for both driving and flying, expanding the scope of their utility beyond the racing track.

Formula 1 vs. Flying Cars

Comparing the dynamics of Formula 1 racing to the unique challenges posed by flying cars, Bruno offers his insights. In traditional car racing, the objective is clear – go faster than the competition. However, flying cars introduce a paradigm shift where conserving battery life and adopting a more conservative flying approach becomes more important than speed itself.

It’s a whole different mind game when you have another dimension to fly on.

Bruno SENNA

Drawing parallels to the racing strategies of the ’80s, where drivers had to strategically manage their brakes and fuel consumption. It is imperative to fly conservatively to maximize flight time. Bruno is excited about the future of flying cars and sees it as the beginning of a new era like Formula 1.

Training for Flying Car Racing

The preparation for flying car racing demands a multifaceted approach, encompassing physical fitness and acclimatization to the unique demands of flying. Bruno Senna approaches this challenge with the same dedication and precision that define his racing career.

Training at an F1 level forms a crucial component of Bruno’s regimen. However, flying cars introduce a novel dimension – the need to adapt to G forces while navigating the skies. To familiarize himself with these forces, Bruno took to the skies as a passenger in a jet trainer, immersing himself in an environment that mirrors the conditions he will encounter during flying car races

Future of Flying Car Racing

Looking ahead, Bruno Senna envisions a transformative future for flying cars. Within the next five years, he hopes to witness advanced aircraft navigating the skies as a viable mode of transportation. While acknowledging that he may not experience this revolution firsthand due to his age, he expresses optimism that younger generations will revel in the marvel of airborne commuting.

Lexie suggests that even if she cannot actively participate in flying car racing, she would be keen on training others or becoming a coach. Bruno finds this prospect intriguing, recognizing the value of experienced individuals contributing to the development and education within the field.

Future of Machina Sports

Exploring the potential trajectory of Machina Sports, Bruno emphasizes the transformative power of technology in shaping new sports. While acknowledging the inherent safety and technological limitations in air racing, he remains optimistic about its widespread appeal. The uniqueness of air racing, he believes, holds the key to capturing the imagination of sports enthusiasts globally.

Discussing the role of AR glasses in enhancing viewing experiences, Bruno envisions a new dimension of sports entertainment. He suggests that AR glasses, equipped with high-resolution capabilities, can revolutionize how audiences engage with flying car races. Viewers can put on these goggles and see exactly what the pilots are seeing.

Bruno also mentions that integrating the events on your phone can be a big step not only for machina sports, but other traditional sports as well. Events can have their own app which allow for live commentary while you’re at the event, the track and virtual gates can be present through your phone if you don’t have FPV goggles, and other implementations for viewers.

Machina Sports and the Catalyst for Technological Innovation

Bruno believes that the popularization of sports like drone racing and flying cars hinges on reaching a broader audience. He contends that the virality of one of these sports could serve as a catalyst for innovation within the industry. It just takes one of these sports to go viral, and suddenly, you have a wave of interest that propels innovation and advancements.

According to Bruno, the transformative potential of Machina Sports lies not only in its entertainment value but also in its capacity to inspire the next generation of technologists and engineers. By capturing the imagination of young minds, these sports create an entry point for engagement with science, technology, engineering, and mathematics (STEM) disciplines.

Tips for Aspiring Enthusiasts

Simulator training, particularly through gates, provides an engaging and practical way to familiarize oneself with the intricacies of flying. The integration of flying simulators and FPV simulators emerges as a crucial stepping stone, allowing enthusiasts to refine their skills in a controlled environment.

Bruno recommends exploring the world of drone racing as a segue into flying cars. The dynamics of drone racing share commonalities with flying cars, providing enthusiasts with a foundation to build upon. He points to the Celeros game as an engaging and educational tool, serving as an excellent entry point for individuals looking to immerse themselves in the field.

Personal Advice

Senna imparts wisdom drawn from his racing career, stressing the essential role of physical fitness for anyone, not just those interested in flying cars. The demanding conditions of flying cars highlight the need for peak physical conditioning to endure the strains of flight.

Elaborating on the mental aspect of flying cars, Bruno delves into the psychology of competition. Bruno states that 50% of racing and competition is being able to control your mind in stressful situations and essentially being comfortable in uncomfortable positions. 

In essence, Bruno’s advice transcends the realm of flying cars, offering a holistic perspective on the importance of physical and mental resilience in navigating life’s challenges. The lessons learned from the high-stakes world of racing become valuable insights applicable to broader contexts.

Final Thoughts

Bruno Senna’s journey into flying car racing unfolds as more than just a personal exploration; it is a testament to the transformative power of technology, the allure of innovation, and the potential of sports to shape the future. As the skies become the canvas for a new era of racing, Bruno invites us all to witness the unfolding spectacle and embrace the boundless possibilities that Machina Sports holds for generations to come.

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