As a team, these moments matter. They help us, spark new ideas, and remind us that behind every line of code, customer call, inspection, or product update is a group of people working towards the same goal.

Of course, it wasn’t all meetings. We also enjoyed a round of disc golf, and the opportunity to catch up outside of work.

Building great technology takes great teamwork, and great teams are built through trust, shared experiences, and celebrating milestones together.

We’re already looking forward to the next one! 🌍

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The funding will help the company expand what it offers to the wind industry, increase its presence across existing and new markets, strengthen its offshore capabilities, and continue scaling the products that customers rely on every day.

Perceptual Robotics is grateful to Innovate UK for its continued support of innovation in the UK technology sector, alongside the backing of its shareholders and investors, in reaching this milestone.

Since its last investment round, Perceptual Robotics has expanded internationally, growing its customer base across Europe, North America, Latin America and beyond. Its technology now supports inspections in environments ranging from the forests of northern Sweden to the Caribbean and some of the world’s largest wind turbines.

Matthew Jellicoe, director of OnePlanet. Capital, said of the round. “It has been great to see such strong investor support for Perceptual Robotics.The business has strong momentum now across both onshore and offshore wind, and it is clear there are multiple verticals that the company can expand into over the next 24 months.” 

Evangelos Kosmidis, CEO & General Partner from Loggerhead said “Perceptual Robotics has continued to demonstrate the technical expertise, commercial vision, and execution needed to become a key enabler in the wind energy sector while advancing the resilience and efficiency of the clean energy transition. The company’s continued progress has further strengthened our confidence in the team and the impact they are well positioned to create.”

Eleonore Cottarel, Partner, Investing For Purpose, said “Perceptual Robotics exemplifies the type of company we want to support: one that combines technological innovation with meaningful, measurable environmental impact. By helping wind assets operate more efficiently, safely and for longer, the company is strengthening the resilience of renewable energy infrastructure while accelerating the clean energy transition. We are delighted to back Kostas and the team as they continue to scale their impact internationally.”

“This funding is a vote of confidence in the work our team has put in over the last few years, and in the direction we’re taking the business. It gives us the resources to move faster on the products our customers are asking for.” said Kostas Karachalios, CEO of Perceptual Robotics.

The company’s development has been driven by ongoing conversations with operators, service providers and blade experts about the practical problems they face, whether that’s inspection speed, damage prioritisation, or finding better ways to manage growing fleets. Those conversations have shaped developments including autonomous inspection systems, AI-assisted damage detection, the Repair Now Ratio, and platform integrations released over recent years.

With this new funding, Perceptual Robotics aims to move faster, delivering more products, more capability, and support for more turbines,  while continuing to build tools that help the wind industry keep turbines generating power and blades in service for longer.

The post Perceptual Robotics Secures Over £4 Million to Expand Wind Turbine Inspection and Maintenance Technology appeared first on Perceptual Robotics.

The conversation gets into the detail of how autonomous drone inspections actually works on a wind turbine. You press play, the drone flies the turbine on its own, and the data comes back for analysis. Lucia talks through why pairing AI with an experienced human reviewer beats either one working alone, and what it takes to capture damage on a blade that most people would walk straight past. The tip of a large blade can travel at close to 350 km/h making each water drop a bullet and a small crack that goes unnoticed can grow into a serious problem. Catching it early is the whole point.

There is plenty from the field too. Offshore lessons: those things  that only make sense once you have flown from a moving boat, a heatwave that pushed wind turbines to its limits, though the drone could continue, and a few stories that never make it into a brochure.

The episode is in Spanish. Give it a listen and let us know what you think.

Listen on Spotify

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“I started to quite like the portal.”

Not exactly the kind of quote you’d expect to find in a marketing brochure.

And that’s probably why we liked it.

Software in our industry doesn’t need to be exciting. It needs to help people get their jobs done.

The same customer went on to say that the damage categorisations with the associated cost and Repair Now Ratio  were “pretty much bang on the money”.

Comments like that matter because they come from people using the platform day after day. People reviewing real inspections, making maintenance decisions and dealing with the practical realities of blade management.

Over the years we’ve spent countless hours improving classification models, workflows and review tools.

It’s easy to focus on new features.

Sometimes the most satisfying feedback is simply hearing that the system works the way people hoped it would.

The post The Feedback We Didn’t Expect appeared first on Perceptual Robotics.

Based in Sweden, Skyforest is currently one of the most northerly Dhalion operators in our network. The company brings extensive experience from drone operations in forestry, often working in remote locations and demanding environments. That expertise is now being applied to wind turbine inspections.

Two results stand out immediately.

• Using Dhalion, the Skyforest team inspected eight Siemens turbines with 170-metre rotor diameters (85 m blade) in a single ten-hour working day. Considering the size of those turbines, that’s an impressive achievement. (For comparison: An Airbus A380 is 72.7 m long and The Statue of Liberty (ground to torch) is  93 m tall, or consider a blade is equal to 1.7 olympic swimming pools)
• In a different deployment, see the Case Study,  the team was able to spot two cracks just as the drone landed and they were reviewing the images as part of their Q&A Workflow. Spotting those cracks in the field allowed early warning to the operator and mitigation measures put in place in no time.

The project also demonstrates something we’ve seen repeatedly over the years: organisations with strong operational discipline and professional drone workflows adapt exceptionally well to autonomous blade inspections.

Technology matters. People using it matter just as much or even more.

Read the full case study here (PDF DOWNLOAD)  or visit www.perceptual-robotics.com/case-studies/ to see other case studies!

The post From Northern Forests to Wind Turbines appeared first on Perceptual Robotics.

A skilled pilot can collect excellent data manually. But when you’re inspecting hundreds of turbines, consistency becomes just as important as image quality.

Here are five areas where autonomous inspections make a real difference:

☀️ Sun position
The sun moves constantly. If pilot and flight paths don’t account for it, some images can end up overexposed while others are too dark. Autonomous inspections plan around lighting conditions and modify exposure to keep image quality consistent.

🔄 Blade identification
When inspecting all three blades together, knowing whether you’re looking at A-B-C or A-C-B matters. Automated workflows keep blade order consistent from inspection to inspection.

📏 Inspection distance
Small changes in distance affect image resolution and subsequent data processing. Autonomous flights maintain the same distance away throughout the inspection.

📸 Image overlap
Too little overlap creates gaps. Too much creates unnecessary data. Automated inspections capture the right amount every time. Sometimes manual inspections include too many images.

⚙️ Processing speed
Data from autonomous inspections is ready for processing immediately. Manual inspections often require additional quality checks before analysis can begin.

Good inspections start in the field. Great inspections start with consistency.

The post Did you know these 5 things about drone inspections? appeared first on Perceptual Robotics.

For us, this anniversary feels personal.

Future Space has been our home since our early steps.

Over the years, we’ve grown from a small team with an ambitious idea into a company supporting customers across multiple continents. Throughout that journey, we’ve benefited enormously from being part of an ecosystem built around innovation, collaboration and practical technology development.

Being located alongside researchers, engineers, founders and high-tech businesses has created opportunities and conversations that simply wouldn’t have happened elsewhere.

A huge congratulations to everyone involved in building Future Space over the last decade.

And thank you for giving companies like ours a place to grow.

The post Ten Years of Future Space appeared first on Perceptual Robotics.

We’re based at  Future Space / Bristol Robotics Laboratory (BRL). BRL is the UK’s largest academic centre for multi-disciplinary robotics research, and Future Space is an innovation hub built for companies working on real-world, high-impact technology. It’s a place where research meets industry, and where ideas move quickly from concept to deployment.

During the visit to our offices and workshop, our Greek UK-based team, Kostas (CEO), Dimitris (COO) and Roi (Head of Customer Success), had the chance to share what we’re building at Perceptual Robotics, and how drone-based inspections combined with AI are changing the way wind turbine blades are maintained.

We also spoke about the strength of the Greek research community in Bristol. BRL and Future Space bring together engineers, scientists and founders from across the world, and it’s striking how many Greek researchers are contributing to that ecosystem. 

We’re grateful for the time, the interest, and the support shown to both the Greek community in Bristol and our team in particular.

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