Compare places
Two or three clusters, read side by side across sectors, research, companies, capital, infrastructure, government designations and UKIZ relevance. There is no score and no ranking: British clusters are different from one another, not better or worse than one another.
Choose up to three clusters
- London
- Cambridge
- Oxford
- Manchester
- Birmingham & the West Midlands
- Bristol & Bath
- Sheffield & Rotherham
- Leeds & West Yorkshire
- Liverpool City Region
- Newcastle & the North East
- Teesside & the Humber
- Edinburgh
- Glasgow & the Central Belt
- Belfast
- Cardiff & South Wales
- Southampton & Portsmouth
- Cornwall & Plymouth
- Nottingham & Derby
- Norwich & the East
Side by side
| Dimension | Newcastle & the North EastNorth East | Southampton & PortsmouthSouth East | CambridgeEast of England |
|---|---|---|---|
| Sectors | Clean Energy, Mobility & Transport Technology, Advanced Manufacturing Supporting: Life Sciences, Digital Technologies, Robotics & Autonomous Systems | Defence & Security, Robotics & Autonomous Systems, Advanced Manufacturing Supporting: Clean Energy, Digital Technologies, Advanced Materials | Life Sciences, Semiconductors, Engineering Biology, Artificial Intelligence Supporting: Quantum Technologies, Advanced Materials, AgriTech & FoodTech, Digital Technologies |
| Research |
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| Companies | Not recorded on the map. | Not recorded on the map. |
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| Infrastructure |
Offshore renewable test facilities, battery production investment and university research centres. | Not recorded on the map. Naval and maritime engineering facilities, photonics research centres and port infrastructure. |
University and institute laboratories, genomics and biomedical campus facilities, and semiconductor design capability. |
| Capital | Infrastructure and development finance, with limited venture capital relative to industrial scale. | Prime contractor supply chain finance and public programmes rather than venture capital. | Specialist deep tech and life science funds, university-linked funds, and corporate partners; strong at seed, thinner at growth stage relative to demand. |
| Government programmes |
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| No place-based designation recorded. |
| What exists | Offshore renewable energy testing at national scale, battery and electrification investment, ageing and life sciences research and a strong engineering base. | Maritime, naval and defence engineering, marine autonomy, photonics research and a major port and logistics complex. | Extreme research density for its size: life sciences and genomics, semiconductor and processor IP, engineering biology and AI, with a mature spin-out culture and specialist investors who understand long timelines. |
| What's missing · UKIZ interpretation | Supply chain retention. Britain builds offshore capacity while importing much of the equipment; local firms often serve as installers rather than manufacturers. | Routes for smaller innovators into defence and maritime procurement, and a civil market for capability developed for defence customers. | Ownership retention. Discovery and early company formation work; the Series B onward stage frequently transfers ownership overseas. Laboratory and scale-up space, power and housing also constrain growth. |
| What could connect · UKIZ interpretation | Offshore testing capability connected to Teesside and Humber industrial land, Sheffield manufacturing research and domestic energy buyers — an energy supply chain rather than an energy market. | Marine autonomy and photonics connected to Plymouth marine capability, Bristol robotics and offshore energy operations — the same technologies serving defence, energy and shipping. | Cambridge discovery connected to UK manufacturing and biomanufacturing capacity, and to later-stage domestic capital, so that value created here is realised here rather than acquired out of the country. |
| UKIZ relevance | The region has the industrial land, the ports and the skills base. The proposed North East mission focuses on retaining the supply chain, not only the assembly. | Marine autonomy is where defence, robotics and clean energy meet. The proposed Cornwall & Devon marine mission connects to this capability directly. | Cambridge produces intellectual property at a rate few places match, and loses ownership of too much of it at Series B. The proposed Oxford–Cambridge zone concentrates on commercialisation and retention rather than on more discovery. |
| Last verified | 15 August 2026 | 15 August 2026 | 15 August 2026 |
Proposed by UKIZ · independent · not a government designation