Month: July 2025

There’s a quiet revolution unfolding beneath our feet and it’s emerging layer by layer.

As infrastructure owners and contractors face increasing pressure to cut carbon emissions, trim costs, and enhance delivery timelines, 3D printed foundations are proving to be a game‑changer. At Hyperion Robotics, our mission is to make this pioneering technology the backbone of sustainable infrastructure.

This post explains what 3D printed foundations are, why they matter, especially in the context of our ongoing pilot with National Grid, and what the future holds.

What are 3D printed foundations?

3D printed foundations are structural concrete bases created using automated, additive manufacturing rather than traditional poured or precast methods. Using a robotic arm and proprietary software, the concrete is extruded layer by layer directly from a digital model, allowing for complex geometries and optimised material use.

Unlike traditional precast elements, which are typically over-engineered and require steel formwork, 3D printed foundations use just the right amount of material, precisely placed, without moulds or waste.

Hyperion’s robotic 3D printing system is specifically designed for infrastructure-grade concrete, engineered for performance, compliance, and sustainability.

The problem with traditional foundation construction

Foundations are critical to the performance and safety of infrastructure, but traditional methods are costly, carbon-heavy, and often inefficient. Some of the major challenges include:

• Material waste from overdesign and offcuts

• High CO₂ emissions, especially from cement-heavy mixes

• Manual labour constraints, site delays, and weather disruption

• Transport and logistics of large precast units from factory to site

• Complications caused by variations in size and dimensions depending on soil types and specific site constraints

This is particularly true for utilities and infrastructure operators managing complex, multi-site upgrade programmes, where even small gains in efficiency and carbon reduction scale significantly.

How 3D printed foundations work

At Hyperion Robotics, our process begins with digital design and structural engineering, followed by robotic printing at or near the site. Here’s how it works:

1. Digital twin foundation design – tailored to exact site conditions
2. Optimisation – structural analysis and material minimisation using FEA
3. Automated printing – robotic arm extrudes low-carbon concrete in precise layers. Steel reinforcement is efficiently integrated at pre-programmed points, ensuring structural integrity without interrupting the print workflow.
4. Curing and QA – monitored for strength, tolerances, and compliance
5. Installation – ready to install with no formwork or complex logistics

This workflow cuts manual effort, removes waste, and allows for repeatable, scalable deployment across multiple sites.

National Grid partnership — a live pilot

In early 2025, Hyperion Robotics partnered with National Grid to field‑test 3D printed foundations for substations. The foundations are being designed and produced in Finland, with physical testing planned in partnership with the University of Sheffield and National Grid’s Deeside Centre in 2025.  

While this is still an active pilot and benefits are projected, it’s worth noting that if scaled across the network, the initiative could deliver:

• Up to 705 tonnes less concrete
• Around 323 tonnes in CO₂ savings
• An estimated £1.7 million in consumer benefits

This is in addition to reductions in soil displacement, foundation weight, and site labour.

Environmental benefits — what studies show

Concrete 3D printing offers strong sustainability credentials when done right:

• Hyperion’s micro‑factories use 75 % less structural material, and support recycled industrial waste (slag, fly‑ash, tailings) to lower embodied CO₂ by up to 90%.
• UKGBC confirms our method combines large‑scale robotic printing with low‑carbon mixes (zero‑cement options) to deliver ~70 % lower embodied carbon, ~50 % faster lead times and ~30 % cost savings.
• Academic reviews note that optimised 3D printed concrete structures can halve material use and reduce LCA global warming potential, even more so in complex shapes.

These findings support how Hyperion’s approach – combining material science, structural optimisation, and automation – can significantly advance sustainability goals.

Economic benefits – reducing cost across the value chain

3D printed foundations offer multiple cost-saving levers across design, production, and installation:

• No formwork or steel moulds, which reduces materials and setup costs
• Optimised structural design means less concrete per unit, lowering material spend
• Digital fabrication removes costly human error and rework
• On-site or near-site production using localised micro-factories reduces transportation costs and crane hire
• Faster installation helps contractors avoid penalty charges or liquidated damages

When deployed across asset portfolios, these savings can translate into millions in avoided costs, as demonstrated in the projected savings from the National Grid pilot.

Operational benefits — speed, precision, and flexibility

For contractors and asset owners managing complex site logistics or tight upgrade timelines, 3D printed foundations bring clear operational advantages:

• Rapid production cycles — foundations can be printed in a matter of hours
• Just-in-time delivery — eliminates the need for stockpiling or waiting for precast supply
• Repeatability and standardisation — identical components can be reproduced with zero deviation
• Customisation — geometry, height, or cable channels can be adapted digitally
• Fewer site workers — ideal for constrained or remote sites with limited crew access

By integrating seamlessly into modern project workflows, Hyperion’s technology helps de-risk deployment, especially across multi-site infrastructure programmes.

Structural integrity and reinforcement – built to code

One of the most common misconceptions about 3D printed concrete is that it doesn’t include steel reinforcement, which leads some to assume it isn’t compliant with structural codes.

Let’s be clear: Hyperion’s 3D printed foundations are reinforced and code-compliant.

Our designs are developed in line with UK building regulations and Eurocode requirements, with reinforcement incorporated strategically during the printing process.

By starting from a digitally optimised model, we reduce not just the volume of concrete, but the volume of reinforcement as well, maintaining correct structural ratios. In most cases, we use less steel in proportion to the material reduction, without compromising performance or durability.

This approach ensures our foundations remain strong, lightweight, and fully certifiable, ready for real-world infrastructure deployment.

Why utilities and infrastructure providers are paying attention

The utility sector is under mounting pressure to modernise its asset base while cutting emissions. The UK’s Net Zero Strategy and Ofgem’s RIIO framework both reward innovation and carbon reduction.

3D printed foundations offer a low-disruption, high-impact solution that aligns with:

• Net Zero infrastructure goals
• Cost-efficiency mandates
• Resilience and safety standards

With thousands of asset upgrades planned across power, water, and transport, the potential for rollout is massive.

Hyperion Robotics – built for scale, ready for impact

Hyperion Robotics is one of the few companies globally – and the only one focused on critical infrastructure – delivering code-compliant, 3D printed concrete elements at scale.

Our approach combines:

• In-house robotics and automation systems
• Low-carbon concrete R&D
• Structural engineering aligned with Eurocode and UK standards
• Digital design, QA, and delivery under one roof

With plans to establish a dedicated UK manufacturing and R&D hub, we’re actively scaling our offering to meet growing demand across the utilities, energy, and infrastructure sectors.

What’s next for 3D printed foundations

From substations to renewable energy platforms, from transport infrastructure to industrial sites, the opportunity for additive manufacturing in civil engineering is enormous.

We’re already exploring applications with leading contractors, asset owners, and government agencies. If you’re interested in partnering with us on pilot projects or scaling rollout across your network, let’s talk.

Contact us to explore what 3D printed foundations could do for your projects.

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In an industry where infrastructure strength and safety are paramount, the materials and methods used to build foundations can make all the difference. Hyperion Robotics, with our cutting-edge 3D printing technology, offers a solution that is not only stronger than traditional methods but also more sustainable.

In this blog post, we’ll explore how our foundations provide unmatched strength, reduce material waste, and meet rigorous code compliance standards, ensuring safety, efficiency, and regulatory adherence.

The strength of Hyperion Robotics foundations

When it comes to building infrastructure, the strength of the foundation is non-negotiable. Our 3D printed foundations are up to 10 times stronger than traditional concrete. This immense strength comes from a blend of advanced material science and state-of-the-art design, which ensures that every foundation we create can withstand the test of time and the harshest conditions.

While conventional construction methods rely on mass and traditional reinforcement techniques, our 3D printing technology offers optimised reinforcement where it matters most. This results in foundations that don’t just meet, but exceed the structural requirements of most infrastructure projects.

Compared to the competition, many 3D printed solutions fail to meet these strength standards, often due to lack of reinforcement. Our approach, on the other hand, ensures that our foundations are built to last and handle heavy loads, making them an ideal choice for critical infrastructure like data centres, power stations, and utilities.

What do we mean by “built to last”?  All of our foundations, chambers and drawpits have a 100 year design life for multiple classes, and are built with the flexibility to accommodate future alterations or maintenance, ensuring long-term value for your projects.

The advantage of using less material

Not only are our foundations stronger, but they are also more sustainable.

Hyperion Robotics’ technology reduces the amount of material used by up to 75% compared to traditional construction methods. This dramatic reduction in material waste means fewer resources are consumed, lower transportation costs, and reduced carbon emissions.

The environmental benefits of using less material are substantial, as construction is one of the largest contributors to global waste. By utilising 3D printing, we can create structures that are both efficient and eco-friendly. This is not only a win for your projects but also for the planet.

Code Compliance: The backbone of reliable construction

When constructing critical infrastructure, safety and adherence to regulations are non-negotiable. We understand the importance of meeting stringent code compliance standards in every project. Our 3D printed foundations are not only strong but also fully code-compliant, ensuring they meet all relevant building codes and safety standards.

Our foundations undergo rigorous testing and certification processes, giving clients confidence that their projects are built to last and adhere to all legal requirements. Hyperion’s technology is specifically designed to meet local and international construction codes, ensuring that every project is safe, reliable, and up to industry standards.

Code compliance is particularly crucial for long-term infrastructure, where any structural failures could lead to costly repairs, downtime, or even safety hazards. By choosing Hyperion Robotics, you’re choosing a solution that is built to be safe, reliable, and future-proof.

What sets Hyperion Robotics apart from competitors

While there are other companies offering 3D printed structures, many of them fall short in one key area: reinforcement and code compliance.

Competitors may offer solutions that appear innovative but fail to meet the rigorous standards required for critical infrastructure. Some 3D printed structures are not reinforced to the extent needed for heavy loads, and others may not have the necessary code compliance certifications.

This can be a huge risk for developers and contractors, especially when building infrastructure that needs to meet safety and performance standards.

Hyperion Robotics, however, ensures that every structure is reinforced for maximum strength and built with complete code compliance, providing peace of mind that your project will stand the test of time and meet all regulatory requirements.

Real-world applications

Hyperion Robotics’ foundations have already been successfully implemented in a variety of high-stakes infrastructure projects. Whether it’s for power utilities, data centres, or transport infrastructure, our 3D printed foundations offer the strength and compliance necessary for long-lasting structures.

Severn Trent Water

When asked by Severn Trent Water to design and manufacture  32 pipe support foundations for the world’s first net-zero wastewater treatment facility, we reimagined the conventional box-shaped foundation with an optimised ribbed design calculated to Eurocode 7 standards. The hybrid structure combined 3D-printed concrete faces with a reinforced concrete core, ensuring durability and compliance with EN1990 and EN1992 codes while using less material.

Learn more about our work with Severn Trent Water.

National Grid

Another notable example is our collaboration with National Grid on a UK-first trial to manufacture, install, and test low-carbon 3D-printed substation foundations.

This project has the potential to reduce construction-driven carbon emissions and lower costs to consumers of network construction. If rolled out across National Grid substations, it could save up to 705 tons of concrete and 323 tons of CO₂, delivering £1.7 million in consumer savings over a 10-year period.

Not only that, but despite using 70% less material, Hyperion Robotics’ 3D-printed foundations have been proven to be four times stronger than traditional methods. Previous on-site structural tests have demonstrated significantly higher resistance compared to conventional foundations, ensuring enhanced durability and long-term reliability.

Read more about the National Grid project.

Iberdrola/Scottish Power

And let’s not forget our collaboration with Iberdrola/Scottish Power on a pilot project to develop sustainable concrete structures using 3D printing and recycled materials.

In this project, we applied our innovative 3D printing technology to create a concrete base for an electrical substation. The structure was designed and printed at our Helsinki facility and then transported to Peikko Group’s test location in Lahti, Finland, for installation and testing. The live test demonstrated that the sustainable infrastructure could withstand three times its design load – using only a quarter of the material normally required. This achievement underscores the potential of our technology to optimise construction processes by reducing material usage and associated carbon emissions. Learn more.

A strong, compliant future with Hyperion Robotics

At Hyperion Robotics, we don’t just build foundations; we build strong, sustainable, and safe foundations that meet the highest standards of code compliance.

Our 3D printing technology allows us to deliver foundations that are up to 10x stronger than traditional methods while using significantly fewer materials.

By choosing Hyperion Robotics, you are ensuring that your infrastructure project will be built to last, stay within budget, and meet all regulatory requirements. Our technology offers the perfect blend of strength, efficiency, and compliance.

If you’re looking for a stronger, more sustainable, and code-compliant foundation solution for your next infrastructure project, get in touch with us today. Explore our product catalogue to learn more about our offerings, or contact our team for a consultation on how Hyperion Robotics can help bring your vision to life with the most innovative 3D printed solutions available.

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The UK utilities sector is at a critical juncture. Water, gas, and energy networks are under intense pressure to modernise rapidly, while also hitting net-zero targets, improving resilience, and minimising public disruption. These pressures are converging just as the sector faces significant challenges around skilled labour shortages, material inflation, and ageing infrastructure.

To keep pace, utility providers and their contractors must embrace new methods of infrastructure delivery – methods that are faster, greener, and smarter. One such innovation gaining traction across Europe and now making its mark in the UK is 3D printing for utilities infrastructure.

At Hyperion Robotics, we’re at the forefront of applying robotic 3D printing with low-carbon concrete to real-world infrastructure challenges. Our technology offers a powerful tool for utilities seeking to streamline delivery, cut carbon, and future-proof their assets – all while maintaining high structural integrity and compliance with UK and EU standards.

Why digital construction Is a game-changer for Utilities

Utilities operate in some of the most complex and constrained environments, often working below ground, in congested corridors, or in ecologically sensitive areas. Traditional construction methods, which rely heavily on manual labour, formwork, and long lead times, can be slow, disruptive, and expensive.

That’s where energy infrastructure digital construction can transform outcomes.

Digitally enabled methods like 3D printing offer utilities a way to:

• Automate and accelerate prefabrication of reinforced concrete structures
• Standardise and customise components through parametric design
• Reduce on-site labour and disruption with off-site production and plug-and-play installation
• Improve traceability and quality control through data-rich digital workflows

By integrating 3D printing into infrastructure programmes, utilities gain more control over time, cost, and carbon – key priorities as the sector modernises.

Concrete 3D Printing in action: real-world applications

The Strongford Wastewater Hub

At Severn Trent’s Strongford Wastewater Treatment Works, Hyperion Robotics delivered 3D printed concrete chambers and drawpits designed for underground utility infrastructure as part of the UK’s first Net Zero Hub for wastewater treatment. By reimagining foundation design, Hyperion achieved a 32% reduction in embodied carbon – saving 608 kilograms of CO₂ per foundation – through optimised 3D printing that reduced concrete use by 50%, resulting in cost savings of 60%.

Efficient offsite production enabled all 32 foundations to be printed in just two days, with each unit taking only 15 minutes. On-site installation was fast and required minimal manpower, cutting project time by 67% to just 16 days. The durable, Eurocode-compliant hybrid structures demonstrate Hyperion’s ability to deliver sustainable, high-quality, and cost-effective infrastructure solutions for UK utilities.

Read more about the Strongford project.

National Grid’s 3D-Printed Substation Foundations

Hyperion Robotics has partnered with National Grid and the University of Sheffield to trial low-carbon 3D-printed concrete foundations for electrical substations – a UK-first initiative aimed at reducing carbon emissions, material use, and costs. The project is part of National Grid’s commitment to leverage innovation to future-proof the network.

Our 3D-printed foundations offer multiple efficiency improvements over conventional designs. As conservative figures, these include a 70% reduction in concrete usage, 80% less soil displacement, and a 65% decrease in carbon emissions. The new foundations are also 70% lighter than typical foundations and require 50% fewer site operative hours.

Learn more about the National Grid project.

Yorkshire Water – Esholt Wastewater Treatment Works

At Yorkshire Water’s Esholt Wastewater Treatment Works near Leeds, Hyperion Robotics collaborated with Mott MacDonald Bentley and Tarmac to deliver four 3D-printed drawpits for electrical cabling. These bespoke structures replaced traditional 5.2m² concrete pits with 2.2m diameter circular designs, reducing material use by 50% and achieving a 40% reduction in embodied carbon.

Each drawpit was printed in approximately two hours, incorporating pipes and reinforcement. The units were then delivered from Finland to the UK, where they were successfully installed at the newly refurbished pumping station.

This project exemplifies how 3D printing can facilitate faster, more sustainable infrastructure delivery, aligning with Yorkshire Water’s commitment to reducing its carbon footprint and exploring innovative construction methods.

Learn more about this Esholt project.

Quantifiable benefits for utilities

Transitioning to 3D printed infrastructure isn’t just about innovation; it’s about delivering tangible business and project outcomes. Here are some of the key benefits that matter most to utility stakeholders:

Carbon savings

Hyperion’s concrete formulations are low-carbon, cutting embodied CO₂ by up to 75% compared to conventional concrete. With sustainable infrastructure construction UK targets becoming more stringent, this offers a credible pathway to reduce Scope 3 emissions.

Time savings

3D printed components can be produced in days, not weeks. No time is spent building and dismantling formwork, waiting for curing, or transporting large raw materials to site.

Fewer man hours and lower site risk

Automation reduces dependency on skilled on-site labour – a major advantage amid industry-wide labour shortages. Fewer personnel on-site also means lower health and safety risks, fewer vehicle movements, and reduced need for site accommodation or welfare facilities.

Less site disruption

Off-site prefabrication and just-in-time delivery are particularly beneficial in dense urban environments, rural locations, or ecologically sensitive zones. With energy infrastructure digital construction, you avoid the noise, dust, and traffic disruption of traditional site works.

Cost efficiency

3D printed components require less raw material, less transport, and less installation time. Combined, this results in reduced total installed cost for utilities and contractors, especially when scaled across multiple standardised assets.

Learn more about how our technology delivers these results on the Hyperion Robotics homepage.

Built for compliance: meeting industry standards

Innovative construction methods must still meet the rigorous technical and regulatory requirements of the utilities sector. At Hyperion, we design every solution with compliance and safety at the core.

• Our components follow British Standards (BS) and Eurocode guidelines for reinforced concrete structures
• All designs are structurally validated through finite element analysis and digital simulation
• Hyperion is actively pursuing CE marking and other certification pathways for widespread infrastructure use
• We collaborate with our partners to co-develop specifications, ensuring all outputs meet utility performance criteria

Whether you’re installing a foundation or a drawpit, you can trust that every Hyperion product is engineered for the demands of UK infrastructure environments.

What’s next: the future of Utilities Construction

As asset owners look to decarbonise their portfolios, streamline delivery, and build more resilient infrastructure, 3D printing offers a unique opportunity to reset expectations.

We’re seeing growing interest from UK utilities in using 3D printing to:

• Standardise repetitive infrastructure assets
• Prototype and test modular systems in energy transition projects
• Reduce embodied carbon across major capital programmes
• Deploy prefabricated solutions at pace for maintenance and emergency repairs

By embracing sustainable infrastructure construction UK methods now, utilities can unlock long-term cost savings, risk reduction, and carbon reduction – all while staying ahead of regulatory and public expectations.

Let’s build the future – together

Hyperion Robotics is ready to help you explore what 3D printing can do for your utilities project. Whether you’re focused on water, gas, or energy, our team of engineers, designers, and project delivery experts can help you identify the right pilot opportunity, align with your internal standards, and demonstrate impact quickly.

Get in touch to explore a pilot project and start building smarter with Hyperion Robotics.

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