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Funding and commercialisation are often as important as the engineering itself. These FAQs explain grants, investment, feasibility studies, Innovate UK, KTPs, R&D tax credits, grant applications, TRLs and how Hooper Quinn can support both the technical content and delivery of funded innovation projects.
There are several ways to fund product development, and many successful products are developed using a combination of funding sources rather than a single route.
Common options include:
- founder investment;
- business revenue;
- grants;
- angel investment;
- venture capital;
- strategic partners;
- loans;
- innovation competitions;
- customer-funded development.
The most appropriate funding route depends on the nature of the product, the stage of development, the level of technical risk and the commercial opportunity.
Early-stage projects often focus on proving technical feasibility and market demand before seeking larger investments.
The most attractive projects are usually those that can demonstrate progress, evidence, and a credible development plan rather than simply a promising idea.
A wide range of grants support product development, research, innovation, and commercialisation activities.
Funding opportunities vary over time, but commonly include programmes focused on:
- advanced manufacturing;
- clean technology;
- net zero technologies;
- digital innovation;
- artificial intelligence;
- health technologies;
- marine technologies;
- transport and mobility;
- energy systems;
- industrial innovation.
In the UK, major sources of innovation funding often include national, regional, and sector-specific programmes., and there are further opportunities farther afield in the EU (with Horizon) and beyond.
Grant availability changes frequently, though, so it is important to review opportunities regularly and assess them against the specific objectives of the project.
Innovate UK is the UK’s national innovation agency.
Its role is to support business-led innovation by providing funding, networking opportunities and innovation support programmes.
Innovate UK supports organisations developing new products, technologies and services with the potential to deliver economic and societal benefits. Funding programmes cover a broad range of sectors and technology areas, from early-stage feasibility studies through to large collaborative research and development projects.
For many UK businesses undertaking product development, Innovate UK represents one of the most significant sources of innovation funding.
Potentially, yes.
Innovate UK funds a wide range of innovation projects, but not every project will be eligible.
Successful applications typically demonstrate:
- genuine innovation;
- clear technical challenges;
- credible commercial opportunities;
- capable delivery teams;
- measurable impact;
- realistic project plans.
Eligibility requirements vary between competitions, and different funding calls may target different sectors, technologies or business sizes. (Note that as of 2026, the government has retired Innovate UK's SMART grants with a view to introducing a new programme with higher success rates for applicants. However, this new programme has yet to materialise.)
The best approach is usually to assess the project against the specific competition objectives rather than trying to force the project into an unsuitable funding opportunity.
A feasibility study is an investigation designed to determine whether a proposed product, technology or project is worth pursuing.
It aims to reduce uncertainty before significant development investment is made.
A feasibility study may examine:
- technical feasibility;
- commercial viability;
- market opportunities;
- manufacturing considerations;
- regulatory requirements;
- development risks;
- delivery approaches.
Many grant programmes specifically support feasibility studies because they help organisations make better-informed investment decisions.
Collaborative research and development funding supports projects delivered by multiple organisations working together.
Consortia may include combinations of:
- businesses;
- universities;
- research organisations;
- public bodies;
- specialist partners.
Collaborative projects are often used when a challenge requires expertise that cannot easily be provided by a single organisation.
These programmes can be particularly valuable for ambitious projects involving new technologies, complex systems or significant technical risk.
A Knowledge Transfer Partnership (KTP) is a UK innovation programme that helps businesses access specialist knowledge and expertise from universities and research organisations.
A typical KTP involves:
- a business;
- a university or research organisation;
- a dedicated graduate or specialist associate.
The associate works within the business to deliver a defined project, supported by academic expertise and part-funded through the KTP programme.
KTPs are often used to:
- develop new products or technologies;
- improve processes;
- introduce new capabilities;
- accelerate innovation and growth.
For businesses looking to access specialist expertise, research capability and additional resource, KTPs can be an effective route to delivering innovation projects while sharing some of the associated costs and risks.
Research and Development (R&D) tax relief schemes are designed to encourage innovation by helping businesses recover some of the costs associated with eligible research and development activities.
Eligibility depends on specific rules and definitions that may change over time. Qualifying activities often involve attempts to resolve scientific or technological uncertainties. Because tax rules are complex, businesses should seek advice from appropriately qualified specialists when assessing eligibility. For innovative businesses, R&D tax relief can form an important part of the overall innovation funding strategy.
Grants and investment provide funding in very different ways.
A grant is typically non-dilutive funding provided to support specific activities. In most cases, the funding provider does not take ownership in the business. Investment generally involves providing capital in exchange for equity or another commercial return.
Both routes have advantages. Grants can reduce development risk without diluting ownership. Investment can provide larger funding amounts and access to expertise, networks and growth support. The most suitable option depends on the project, the business and the long-term strategy.
There is no single correct answer.
For some businesses, grants provide an excellent way to reduce technical risk before seeking investment, where early investment may be necessary to move quickly or pursue larger opportunities for others.
Factors that influence the decision include:
- technical maturity;
- funding requirements;
- commercial urgency;
- investor appetite;
- grant availability;
- ownership objectives.
Many successful businesses use grants and investment at different stages of their growth journey.
Strong grant applications typically combine innovation, technical credibility, and commercial relevance.
Assessors generally want to understand:
- what problem is being solved;
- why the innovation matters;
- what is genuinely new;
- what technical challenges exist;
- how the work will be delivered;
- what outcomes are expected;
- how success will be measured;
- what impact the project could create.
The strongest applications are evidence-based, realistic, and clearly aligned with the objectives of the competition.
Overstating claims or making unsupported assertions rarely improves an application’s chances of success, but the most common failure is in retaining focus on the grant's explicit direction and responding directly and comprehensively to its stated objectives.
Many unsuccessful grant applications contain genuinely good ideas, and grant applications are rarely rejected because the project itslef is weak. Rather, the reason applications don't succeed is becuase they fail to convince assessors that it is the best use of available funding.
Common reasons for this include:
- poor alignment with the competition objectives;
- insufficient evidence of innovation;
- unclear technical challenges;
- weak commercial justification;
- unrealistic project plans or timescales;
- poorly defined work packages;
- inadequate risk management;
- unsupported assumptions or claims;
- unclear outcomes or impact.
One of the most common issues is a lack of evidence. Assessors are rarely looking for certainty, but they do expect applicants to demonstrate a clear understanding of the problem, the proposed solution, the risks involved, and the route to delivering meaningful outcomes.
Applications can also struggle when they focus too heavily on the technology itself. Most funding bodies want to understand not only what is being developed, but why it matters (in the context of the competition). This often means clearly articulating:
- the problem being addressed;
- the market opportunity;
- the benefits to users or customers;
- the technical innovation involved;
- the wider economic or societal impact.
Another common challenge is failing to answer the question that has actually been asked. Even strong projects can score poorly if responses do not align closely with the competition criteria and assessment framework.
Successful applications typically combine a compelling opportunity with a credible delivery plan, realistic budgeting, appropriate expertise, and a clear evidence-based narrative. They demonstrate not only that the project is interesting, but that the team understands the challenges involved and has a structured approach to managing them.
In almost all cases we see, the difference between a successful and unsuccessful application is not the quality of the underlying idea, but how effectively that idea is communicated, justified, and evidenced.
The amount of funding available depends entirely on the specific programme.
Some grants provide relatively modest support for feasibility studies or early-stage innovation.
Others support large collaborative development programmes worth hundreds of thousands or even millions of pounds.
Funding levels may depend on factors such as:
- business size;
- project type;
- technology area;
- project duration;
- collaboration structure.
The eligibility criteria and funding rules of each competition should always be reviewed carefully.
They can, but not always.
Many innovation funding programmes require organisations to contribute a proportion of the project costs themselves.
The level of contribution varies depending on the programme and the organisation.
When planning a funded project, it is important to consider:
- internal resource requirements;
- cash flow;
- procurement costs;
- reporting obligations;
- project management requirements.
A successful grant application should be supported by a realistic delivery plan and appropriate resources.
Not only can they, but they are often essential. .
Engineering partners very frequently participate in innovation programmes by providing specialist technical expertise and delivery capability.
Depending on the project structure, a development partner may act as:
- a subcontractor;
- a technical partner;
- a consortium member;
- a work package lead.
Partners can contribute to activities such as:
- feasibility studies;
- product development;
- prototyping;
- testing;
- validation;
- systems integration;
- technical project delivery.
The exact role depends on the requirements of the funding programme and the needs of the project. But when it comes to demonstrating credibility and the ability to deliver the contents of the application, companies with deomstrable experince and a reputation like Hooper Quinn's become essential.
Commercial viability depends on whether a product can create sufficient value for customers while generating a sustainable return for the organisation developing it.
Important questions include:
- Is there a genuine customer need?
- How large is the market?
- What alternatives already exist?
- What makes the product different?
- Can it be manufactured economically?
- Can it be sold profitably?
- Are customers willing to pay for it?
- Are there barriers to adoption?
A technically impressive product is not automatically a commercially successful product.
Both technical feasibility and commercial viability must be considered.
A go-to-market strategy describes how a product will reach customers.
It may include:
- target customer groups;
- pricing strategy;
- sales channels;
- distribution methods;
- marketing activities;
- partnerships;
- launch plans.
Even outstanding products can struggle if there is no clear strategy for reaching the intended market.
Commercial planning should therefore be considered alongside technical development rather than after it.
Technology Readiness Level (TRL) is a framework used to describe the maturity of a technology, and many funding programmes reference them when defining the type of projects they wish to support.
Originally developed by NASA, the framework is now widely used by organisations including Innovate UK, UK Research and Innovation (UKRI), the European Commission and many industrial organisations to assess how close a technology is to real-world deployment.
The framework consists of nine levels, progressing from basic scientific research through to proven operational systems.
TRL 1 – Basic principles observed
Scientific research begins and fundamental principles are identified.
TRL 2 – Technology concept formulated
Potential applications and concepts are proposed.
TRL 3 – Experimental proof of concept
Initial studies and experiments demonstrate technical feasibility.
TRL 4 – Technology validated in a laboratory
Individual components or subsystems are tested in controlled environments.
TRL 5 – Technology validated in a relevant environment
Testing begins to resemble real-world operating conditions.
TRL 6 – Technology demonstrated in a relevant environment
Prototype systems are demonstrated under representative conditions.
TRL 7 – System prototype demonstrated in an operational environment
A near-final system is tested in real-world environments.
TRL 8 – System complete and qualified
The technology has been fully developed, tested and qualified.
TRL 9 – Actual system proven in operation
The technology is deployed successfully in its intended operational environment.
Lower TRLs typically focus on:
- scientific principles;
- concept development;
- feasibility studies;
- proof-of-concept activities.
Higher TRLs focus on:
- prototype development;
- testing and validation;
- qualification;
- commercial deployment.
Understanding the maturity of a technology helps organisations identify suitable funding opportunities and plan development activities more effectively.
Yes.
Hooper Quinn regularly supports projects funded through Innovate UK, UKRI, Horizon Europe and other innovation funding programmes of various sizes.
Our involvement can range from targeted specialist support through to responsibility for the complete technical delivery of a project.
Depending on the requirements, we may act as:
- lead applicant;
- consortium partner;
- technical delivery partner;
- work package lead;
- specialist engineering subcontractor.
Many grant-funded projects involve significant technical uncertainty. Our role is often to help transform project objectives into structured engineering activities that generate evidence, reduce risk and deliver measurable outcomes.
Whether supporting a small specialist work package or leading a substantial development programme, our focus is on ensuring that technical delivery remains aligned with the objectives, timescales and success criteria of the project.
Successful innovation projects require more than good ideas.
Funding bodies, investors and project partners ultimately want to see evidence that technical challenges can be understood, managed and overcome through a credible delivery programme.
Many organisations have strong commercial ideas or research capabilities but require additional engineering expertise to transform concepts into demonstrable technologies, products and systems.
Hooper Quinn helps bridge that gap.
We support organisations by:
- defining technical challenges;
- developing realistic delivery plans;
- structuring work packages;
- reducing technical risk;
- generating evidence;
- developing prototypes;
- testing assumptions;
- validating technologies;
- preparing products for deployment or manufacture.
Our team has experience delivering projects across advanced engineering, digital technologies, clean technology, marine systems, motorsport and emerging technologies, allowing us to combine structured engineering delivery with innovation-focused thinking.
Perhaps most importantly, we understand that innovation projects are rarely linear. New information emerges, assumptions are challenged and priorities evolve. Our approach focuses on maintaining momentum while ensuring that decisions remain grounded in evidence and engineering judgement.
Innovation is most effective when creativity is combined with disciplined execution. We help organisations do both.
Yes, absolutely.
Many organisations struggle not because funding opportunities do not exist, but because finding relevant opportunities can be time-consuming and difficult.
Hooper Quinn regularly monitors innovation funding opportunities across a range of sectors and technology areas and can use proprietary tools to help organisations identify programmes that align with their objectives, technologies and development plans.
Yes.
Hooper Quinn regularly supports organisations preparing applications for Innovate UK, UKRI, Horizon Europe and other innovation funding programmes.
While funding decisions ultimately depend on the quality of the project and the assessment process, we can help organisations develop the technical foundations of a strong application and ensure that engineering activities are realistic, credible and aligned with the funding objectives.
This may include:
- defining technical challenges and objectives;
- developing project concepts and innovation strategies;
- structuring technical work packages;
- feasibility planning;
- technical risk identification and mitigation;
- project delivery planning;
- engineering justification and evidence generation;
- budgeting and resource planning;
- technology roadmapping;
- drafting and reviewing technical application content.
Depending on the project, we may contribute to specific technical sections or provide the majority of the technical input for the entire application.
We also work effectively alongside specialist grant writers, commercial consultants and consortium partners, providing the engineering expertise required to support a compelling and technically credible proposal.
Strong applications require more than an interesting idea. They must demonstrate a clear technical challenge, a realistic delivery plan, appropriate expertise and a credible route to generating meaningful outcomes. Our role is to help ensure that these elements are clearly defined, evidenced and communicated within the application.
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