The Goodwood Festival of Speed has always been about more than fast cars. Yes, the roar of engines, the drama of the hillclimb and the spectacle of motorsport history are still at the heart of the event. But in recent years, one of the most compelling parts of Goodwood has been found away from the track, inside FOS Future Lab, where visitors can get hands-on with the technologies that may shape the next decade of human progress.
For 2026, FOS Future Lab presented by Randox returns as Goodwood’s innovation zone, bringing together science, engineering and technology in a four-day immersive exhibition at the Festival of Speed. Lucy Johnston, curator of the Future Lab, explained to me that this year, the exhibition is built around four themes: New Frontiers, Unseen Worlds, Intelligent Systems and Extending Reality. Together, they offer a fascinating snapshot of where innovation is heading, from NASA’s return to the Moon and underwater human habitats to quantum computing, brainwave-powered art, electronic skin and robots that can be programmed in plain English.
What makes this so powerful is that Future Lab does something the technology world often struggles to do. It makes the future tangible. Instead of reading about artificial intelligence, quantum computing, robotics or spatial computing as abstract concepts, visitors can see, touch, experience and question them. That is important because the next wave of technology will not be defined only by what is technically possible. It will be defined by how people understand it, trust it and choose to use it.
From The Moon To The Ocean Floor
One of the areas of this year’s Future Lab is New Frontiers, which explores how humanity is pushing into environments that remain incredibly difficult to reach and understand.
The space story is especially timely. The Return to the Moon exhibit focuses on Artemis II, the first crewed mission in NASA’s Artemis programme and the first time humans are expected to travel around the Moon in more than 50 years. Curated with the European Space Agency, Dark Star Labs and leading space scientists, it explores the engineering, science and human ambition behind the next phase of lunar exploration, with astronaut Sir Tim Peake returning as Future Lab ambassador.
This is exactly the kind of story that captures the public imagination, but it also has a broader business and technology significance. Space exploration has always accelerated innovation, from materials science and communications to robotics, sensing and computing. As commercial space activity grows, the technologies developed for extreme environments will increasingly find their way into industries on Earth.
The same is true beneath the waves. British-founded engineering company Deep is building a new open-ocean underwater human habitat. The rationale is compelling: around 95 percent of the ocean remains unexplored, and the ocean could hold breakthroughs in pharmaceuticals, agriculture and carbon capture.
We often talk about the final frontier as space, but the ocean is another vast, underexplored realm. The technologies needed to live and work underwater, including life-support systems, remote operations, robotics and advanced sensing, could help us understand the planet at a time when climate, biodiversity and resource pressures are becoming more urgent.
Health Becomes Preventative And Data-Driven
Randox showcases its RanChip Insight 360, a preventative health intelligence platform using biomarker analysis to detect hidden risks, track long-term trends and help people take action sooner. The platform measures 250 biomarkers across 150 health conditions, using the company’s proprietary Biochip Technology to analyse multiple biomarkers from a single blood sample.
This points to one of the biggest shifts happening in healthcare: the move from reactive treatment to proactive prevention. For decades, healthcare systems have largely been designed to respond when something goes wrong. The next generation of diagnostics, wearables, AI analysis and personalised health platforms could change that by helping people understand risk earlier and act before problems become more serious.
Of course, this also raises important questions about data privacy, clinical accuracy, accessibility and trust. Preventative health technology will only reach its full potential if people understand what the data means and feel confident that it is being used responsibly. Future Lab is a useful setting for this conversation because it places sophisticated health innovation in front of a broad public audience.
Quantum Computing And The Invisible World
Under the theme of Unseen Worlds, Future Lab explores technologies that reveal what humans cannot normally see.
The National Quantum Computing Centre is bringing quantum computing to the event in a way designed to make the technology more tangible. Quantum computing is often presented as impossibly complex, but its potential impact is enormous. It could reshape fields such as materials science, cryptography, drug discovery, financial modelling, logistics and energy optimisation.
The challenge is that quantum computing is still hard for most people to grasp. Events like Future Lab help demystify these technologies by moving them out of research papers and specialist conferences and into real-world, hands-on public engagement. That is vital, because the organizations that benefit most from quantum computing in future will need leaders who understand enough to ask the right strategic questions today.
Another fascinating example is Quantum Solutions, which is using quantum-dot science in aerial imaging tools that can detect everything from water leaks to flaws in solar arrays and objects hidden in smoke. I loved the use case of taking drone images of a vineyard to measure the water distribution. Its imaging can offer around a thousand times the resolution of satellite imaging.
This is where frontier science starts to feel immediately practical. Better sensing and imaging can transform infrastructure maintenance, energy efficiency, emergency response and environmental monitoring. In business terms, seeing more clearly often means acting earlier, wasting less and making better decisions.
Robots That Feel More Natural
My highlight is the theme Intelligent Systems, which looks at the evolution of AI and robotics, with a clear focus on making machines more useful, accessible and human-friendly.
One standout is Enchanted Tools and its fox-eared Mirokaï robots. Designed in Paris and deployed in settings such as hospital wards, care homes and airports, these robots take a very different approach to humanoid design. Rather than trying to perfectly imitate people, they use expressive ears, animated faces and a story-led design language to create a more approachable interaction.
This is an important lesson for the wider robotics industry. The future of robotics will not depend purely on technical performance. It will also depend on social acceptance. Robots that help in hospitals, care homes, airports, hotels, factories and public spaces need to be safe, useful and emotionally intuitive. Sometimes the smartest design decision is to avoid pretending a robot is human and instead give it a character people can understand.
OLO Robotics is another interesting example. The Sheffield startup has developed a way to program robots from a web browser using plain English, with no coding experience required. At Goodwood, it is bringing live robots, humanoids dancing, and robot dogs working together to play football.
This reflects a broader shift in technology: the interface is disappearing. AI is making it possible for people to control complex systems using natural language, whether that system is a chatbot, a business workflow, a software tool or a physical robot. When robots can be instructed in ordinary language, automation becomes more accessible to small businesses, schools, researchers and frontline workers.
Giving Machines A Sense Of Touch
TouchLab, based in Edinburgh, is working on electronic skin that gives machines a sense of touch. Its ultra-thin sensors can wrap around robotic hands and capture pressure in three dimensions. At Future Lab, visitors can use a haptic glove to control a robotic hand and feel what it touches in real time.
This could be a major step for robotics. Vision has powered much of the recent progress in AI and automation, but touch is essential for many real-world tasks. A robot that can see an object is useful. A robot that can feel how firmly it is holding that object becomes much more capable.
The implications span healthcare, manufacturing, logistics, remote work and hazardous environments. Imagine surgeons operating remotely with richer tactile feedback, engineers repairing equipment in dangerous locations or robots handling delicate items without crushing or dropping them. Giving machines a sense of touch brings automation closer to the physical nuance of the real world.
When Brainwaves Become Art
The Extending Reality theme explores how digital tools are changing the way we create and experience virtual worlds.
Emotiv is debuting Brain Art, an immersive experience that turns live brain activity into a personalised, aurora-inspired generative artwork. The company describes itself as an operating system for the brain and builds wireless EEG headsets used in more than 20,000 scientific papers.
This is eye-catching, but it also points to a deeper trend: the convergence of neuroscience, AI, creativity and human-computer interaction. We are moving toward interfaces that can respond to gesture, voice, emotion, attention and perhaps eventually intent. Used responsibly, these technologies could open new possibilities in accessibility, mental health, education, entertainment and creative expression.
Sony XYN adds another layer to this story. It is an integrated hardware-and-software platform for spatial content creation, combining motion capture, photorealistic 3D capture from mirrorless cameras and a prototype 4K OLED headset for immersive creative work.
This is where the future of entertainment, training and design is heading. Films, games, product prototypes, simulations and virtual worlds will increasingly be built with tools that blur the line between physical and digital production. For businesses, spatial content will become more important as customers, employees and partners expect richer, more immersive digital experiences.
Making The Future Tangible
What I like about FOS Future Lab is that it avoids presenting the future as a cold, distant or purely technical concept. Instead, it shows technology as something human: something we can explore, question, play with and understand.
The Future Lab also includes a strong STEM education dimension, with interactive robotics, drone flying, space sustainability and other experiences designed to involve young people. In 2026, Formula E and IBM are also partnering with the Goodwood STEM Programme to bring hands-on experiences connecting electric racing with AI and quantum-powered computing for high-performance vehicle design.
That is important because the future will require far more people who are comfortable with science, technology, engineering and mathematics. We need engineers, data scientists and AI specialists, but we also need creative thinkers, ethicists, designers, communicators, teachers and business leaders who can connect technology to real human needs.
This is why Future Lab feels so relevant. The technologies on display are exciting in their own right, but they also reveal the bigger forces reshaping business and society. Health is becoming more predictive. Machines are becoming more intelligent and more physical. Interfaces are becoming more natural. Space and ocean exploration are creating new innovation frontiers. Quantum technologies are beginning to move from theory into application. Digital worlds are becoming more immersive and creative.
Goodwood may be famous for celebrating the past and present of speed, but Future Lab is about a different kind of acceleration. It shows how quickly science fiction is becoming real, and how important it will be for leaders, educators, policymakers and businesses to understand what is coming next.
The future is not arriving in one single breakthrough. It is emerging through thousands of innovations across health, mobility, energy, computing, robotics, creativity and exploration. At Goodwood, visitors get a rare chance to see many of those threads come together in one place.
And that may be the real magic of Future Lab. It does more than showcase technology. It makes people curious about the future, and curiosity is where every great innovation story begins.
