Editor's Picks
Clash of the Titans: The Future of Robotic Sumo
In the ever-evolving landscape of robotics, a Machina Sport has emerged that not only pays homage to ancient Japanese tradition but also pushes the boundaries of technological innovation – robotic sumo. As a captivating blend of skillful engineering, artificial intelligence, and the spirit of traditional sumo wrestling, this high-tech spectacle has garnered attention worldwide.
The Dance of Robotic Sumo
Robotic sumo is not just a battle of gears and circuits; it’s a clash of steel and silicon in a miniature arena. At its core, the sport features two controlled robots facing off in a circular ring, with the primary objective of pushing their opponent out of bounds. These diminutive gladiators are equipped with an array of sensors, cameras, and intricate programming, creating an intense showdown that combines strategic planning with lightning-fast reactions.
The essence of robotic sumo lies in the union of ancient tradition and modern technology, captivating audiences with the spectacle of these robots engaging in a dance of wits and brute force. Each match is a testament to the prowess of engineering, with matches lasting only about 5 seconds.
Early Stages of Robotic Sumo
The roots of robotic sumo trace back to the early 1990s when the world was beginning to witness the potential of small-scale autonomous robotics. The inaugural Robo-Sumo competition took place in 1990, organized by the All Japan Micromouse Robot Association, and takes place every year now. This marked the beginning of a revolution, as enthusiasts, students, and professionals alike started participating in competitions that showcased the capabilities of their miniature mechanical warriors.
The early days of robotic sumo were characterized by simple designs and basic programming. As interest grew, so did the complexity of the robots. Researchers and engineers began experimenting with various technologies, pushing the boundaries of what was possible within the confines of the sumo ring. The sport’s growth wasn’t limited to Japan; it became a global phenomenon, with competitions held in various countries, fostering a diverse community of robotics enthusiasts.
Influential Characters
Companies, too, have played a significant role in propelling the sport forward. FANUC and Yaskawa Electric, giants in the field of industrial robotics, have not only sponsored competitions but have also used them as a testing ground for their latest innovations. These companies have recognized the value of robotic sumo as a platform for pushing the boundaries of what their robots can achieve and showcasing the practical applications of their cutting-edge technologies.
Sumo Robot League(SRL)
“Sumo Robot League is a robotics company owned and operated by P4r75.” This innovative league challenges students to design and construct robots for fully autonomous sumo wrestling matches, providing an engaging platform that promotes STEM principles.
Their mission is to inspire students by fostering a passion for Science, Technology, Engineering, and Math, preparing them for future opportunities in these critical disciplines. SRL is a scalable STEM education platform, offering an affordable and competitive robotics curriculum tailored for middle and high school students. Through the program, students embark on a hands-on learning journey, building electrical circuits, designing and 3D printing adaptive components, and coding sensor-based autonomous response algorithms using the C++ programming language.
While their robot kits include all the necessary components, SRL goes beyond by providing access to CAD and STL files. This empowers students to unleash their creativity, design their custom robots, and 3D print them. By merging elements of sports, design, engineering, and programming fundamentals, Sumo Robot League empowers students to discover their unique motivations for learning coding and engaging with STEM disciplines.
Innovations
As we look ahead, the future of robotic sumo appears incredibly promising. The sport continues to gain momentum, attracting a broader audience and pushing the limits of what these robots can accomplish. The intersection of artificial intelligence, machine learning, and robotics presents an exciting frontier for innovation.
Researchers and engineers are actively exploring ways to enhance robot capabilities, improve sensor technologies, and implement advanced machine learning algorithms. The goal is to create robots that can not only navigate the arena with precision but also adapt and strategize in real-time against unpredictable opponents. Machine vision, in particular, holds immense potential, allowing robots to perceive their surroundings with unparalleled accuracy, making split-second decisions crucial for victory.
Drone
The Future of Racing: Beyond Wheels and Into the Skies
How flying cars and jet suit racing are redefining the boundaries of sports.
In a world obsessed with speed, the race track has long been a battleground for the most audacious of dreamers.
It’s where innovation meets adrenaline, where the sound of engines and the screech of tires on asphalt have defined generations of speed fans.
But as we stand on the brink of a new era, the race track is no longer confined to the limitations of the ground. We are entering an age where the sky becomes the ultimate racing frontier, and the boundaries of sports are being redefined right before our eyes.
Believe it or not — we already have a virtual reality gates for the flying cars.
Growing up, I was mesmerised by speed. The faster, the better. Cars, bikes, rollerblades — if it could move, I wanted to see how fast it could go. Yet, even in my wildest dreams, flying cars were a fantasy reserved for superheroes and sci-fi movies.
Little did I know, the future of racing was quietly brewing, not in the pages of comic books, but within the labs and minds of engineers and visionaries around the world.
And I was a part of it. — Lexie Janson, a flying car racing pilot
When Dreams Take Flight
The pursuit of flying cars has long captured the human imagination. It’s a symbol of our desire to break free, to defy the very laws of nature that have bound us. But what once seemed like a distant dream is now palpably close.
Companies around the globe are developing flying cars, not just as luxurious gimmicks, but as the next big thing in personal transport and, more importantly, in racing.
Imagine cities hosting grand prix events not on closed circuits, but above them, with flying cars racing between skyscrapers, iconic landmarks, and down the riverbeds.
And of course — crashing, which is a way less desirable part of it.
Maybe let’s skip landmarks and historically important spots.
The skillset for pilots in this new era goes beyond steering and braking. It is a mix of jet fighter pilot and Formula 1 driver. It’s about surviving the G-forces, creating a strategy for 3D circumstances and quick reaction times (especially if another pilot comes from above or below).
Jet suit racing (Iron Man!?)
If flying cars promise to redefine racing on a macro scale, jet suit racing touches upon the individual’s quest for speed (and nerdy dreams of becoming an Iron Man)
Picture this: racers dressed in jet suits, lifting off from the ground, powered by the sheer force of technology strapped to their backs and hands. This sport requires an extreme core balance and body control strength. One missed move may mean crashing or spinning uncontrollably.
“Oh, this is still an imagination,” you may say. But it’s not. It’s real:
In February 2024, Dubai, UAE — Gravity.co has conducted the first jetsuit race in the world. In this historical event 8 pilots have been fighting for the title of the first champion. The event had it all: crash into the water, disqualification, a pilot “losing it” and extreme circumstances.
The final race lasted 90 seconds.
Its winner — Issa Kalfon has left his name on the pages of history for ever. An ex-gymnast claims that his past career path was one of the deciding factors in his training and win. Because machina sports are not just about the machines. It’s about human and the machine.
Jet suit racing isn’t just about who crosses the finish line first; it’s a testament to human ambition and ingenuity. Each race pushes the boundaries of what’s possible, challenging pilots to outmanoeuvre their opponents while maintaining control over their high-powered suits.
It’s exciting, nerve-wracking and extreme.
But Gravity.co is not only about racing. Their jetsuit is also created to help medics get to their patients in less favourable spots, transportation and military use.
FPV Drone Racing — Esports and athletes
But not all the new sports require athletes to get into any type of a suit. FPV Drone racing is a discipline that connects esports with athletic abilities.
As esports players get their time in the gym for reaction times, cardio, and general health — FPV Pilots need to do the same to withstand the stress and pressure during their races.
It’s not all about the drones that one can buy in the store. It’s mostly self-built racing drones that can fly with a speed of 200km/h.
During an FPV Race 4–8 pilots fly the FPV Drones through an obstacle track. Pilots see what their drones see in real time through FPV Goggles, and control them via an RC controller.
Pilots often experience midair collisions, crashes, and exciting chases throughgout the race. But is it a spectator sport? Yes! In the recent event MultiGP Sharjah — FPV Drone Racing has reached a brand new level of spectator-friendly event. The audience could see what the pilots saw on the screens, but also “line of sight”. And the view? Easy to understand, and pretty exciting. If you are interested in more visuals — check out our vlog.
The Evolution of the Spectator
The sports as we know them haven’t changed much in the last decades, as the human bodies have limited capabilities. This is why machina sports are popping here and there showing that human and the machine mean even more excitement and a new, fresh outlook on sports and athletes.
As racing seems to take to the skies, so too must our conception of spectatorship evolve. Traditional racetracks may transform into multi-dimensional arenas, offering views from below, above, and all around.
Can you imagine!?
Fans might follow races through augmented reality interfaces, experiencing the flight from the perspective of their favourite pilots. With the virtual reality tracks — the world becomes a stage, turning spectators into an integral part of the racing narrative.
And I guess we are all here for it.
Embracing the Future
The migration of racing from wheels to the skies is more than an evolution in sports; it’s reimagining of human potential.
Picture cyborgs…
In this era of air racing, every pilot’s journey, every race, every breathtaking moment reminds us of our collective drive to break barriers and explore new horizons.
As a child, I could only dream of such marvels. Yet, as we stand on the cliff of this thrilling future, it’s clear that those dreams weren’t just flights of fancy (pun intended).
They were visions of what was to come.
The future of racing is here, and it’s inviting us to look upwards, to the skies where the next chapter of human achievement is waiting to unfold (and entertain).
Drone
How Women’s representation in FPV shapes the scene
KalliFPV’s Journey in the Drone Racing World
But is it?
It was representation and passion that got KalliFPV into FPV Drone Racing, a\nd her ascent in the drone racing world is more than just a personal triumph; it’s a beacon for diversity and inclusion in a space where both are urgently needed.
A Sky Without Limits
Kalli’s journey isn’t just a story of overcoming odds; it’s a narrative that mirrors the ongoing evolution in STEM — a field continuously enriched by the diverse perspectives women bring. Her path from curiosity to competitive racing sums up a broader truth: when given the opportunity, women not only participate but excel and innovate.
Her inspiration? A blend of familial bonds and a natural inclination towards the mechanics of flight. Initially drawn to the sport by her father’s own passion, Kalli quickly transitioned from an observer to a key player.
“Back in 2022…I was like, dad, I really want to get into flying,”
Kalli recounted, reflecting on the moment her journey took flight in a FuturePlay Interview. It’s a testament to the power of mentorship and representation. Seeing someone you identify with succeeding can sometimes be all the push you need to get on a similar path.
The Simulator as a Springboard
Kalli’s rigorous dedication to mastering her craft through simulators — a digital proving ground where countless hours are spent refining skills — highlights an essential message about the importance of accessible resources in fostering talent.
“Most of my practicing I did on simulators. I practiced at least five hours a week,” she shared.
This statement not only showcases her dedication but also underlines the role of technology in democratising fields like drone racing, making them more accessible to diverse groups.
Breaking Barriers and Building Community
Kalli’s decision to join the all-girls team Mach1 is a vibrant illustration of the changing landscape of drone racing — a world becoming increasingly inclusive.
“Of course, an all-girls team, of course, I’ll join it,”
She enthusiastically remarked, underlining the significance of finding a community where she felt represented and supported. Here, Kalli’s narrative intertwines with the larger discourse on the importance of community in breaking down barriers and fostering a sense of belonging.
A New Horizon
KalliFPV is more than a competitor; she’s a symbol of change in the aerial arenas of drone racing and beyond. Her story is a powerful reminder that with passion, mentorship, and access to the right resources, the sky is not the limit but the beginning.
In sharing KalliFPV’s journey, we not only celebrate her achievements but also ignite a conversation about the future of women in STEM and sports. It’s a discussion about the potential that lies in empowering young women to explore, to create, and to dream without limits.
As KalliFPV continues to fly, her content serves as an inspiration — to young girls who look up at the sky and see not a limit, but a vast expanse of possibilities. It’s a call to the community, to mentors, and to organisations to invest in these dreams, to nurture these ambitions, and to watch as they take flight, transforming our world in the process.
What are your thoughts about the representation in sports and scientific fields?
If you want to watch the entire interview with Kalli – be sure to follow us on YouTube
Editor's Picks
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.
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.