SpaceX and Blue Origin's UK and European Expansion: The Complete Guide

For years the assumption was simple: work for SpaceX or Blue Origin, move to America. That was historically anchored in the difficulty of obtaining US citizenship or permanent residency to satisfy export control law around launch vehicle technology. It is no longer the full picture. Both companies are actively building UK and European teams right now, driven by the explosion of the space data economy and the aggressive integration of AI into orbital infrastructure. This guide covers exactly why that shift happened, which roles are genuinely open without relocation, which will never be, and the UK-based alternatives if you want to build actual flight hardware instead.

The Rule That Used to Make This Impossible

The US International Traffic in Arms Regulations (ITAR) control the export of defence articles and services on the United States Munitions List, and critically, this includes not just physical hardware but technical data, design documents, source code, engineering specifications. A "deemed export" violation occurs when ITAR-controlled technical data is released to a foreign person regardless of location, showing a restricted satellite schematic to a UK citizen standing inside a California facility is itself an illegal export. Consequently, US aerospace companies have generally required employees working on launch vehicles and core spacecraft architecture to be "US Persons": citizens, lawful permanent residents, or protected individuals like refugees or asylees.

What has changed is not the law itself, but that both companies have built entire divisions whose work simply falls outside it, using three distinct legal and operational models. First, the commercial and EAR segregation model: not all space technology is ITAR-controlled, and dual-use or standard commercial telecoms equipment often falls under the separate, less restrictive Export Administration Regulations (EAR), SpaceX's Starlink consumer broadband largely operates within these parameters, so hiring a Network Engineer or Regulatory Affairs Manager in London to manage Starlink gateways does not violate ITAR, and these employees are geographically and digitally firewalled from Falcon 9 or classified Starshield data. Second, the software abstraction layer: foundational AI coding environments and cloud infrastructure are not USML-listed defence articles, so UK software engineers can build tools that deploy globally across the SpaceX enterprise, fully integrated with US teams and insulated by corporate export compliance functions. Third, fundamental research exclusions and supply chain ring-fencing: UK partners can develop technology like radioisotope power units under UK and European nuclear regulations, with the finished, qualified product then procured by a US company as a component, never requiring access to the underlying US vehicle design data.

SpaceX in the UK: Two Genuinely Separate Worlds

SpaceX operates formal UK/European corporate entities, SpaceX Enterprise Limited, registered in London since late 2020; a separate SpaceX Ltd was incorporated but compulsorily struck off in 2022; Starlink Internet Services Limited is headquartered at the Miesian Plaza in Dublin and handles the bulk of European internet operations. Core launch operations and vertical manufacturing (Falcon 9, Starship, Raptor engines) remain centralised in the US at Hawthorne, California, and Starbase and McGregor in Texas — the UK's role is entirely downstream.

Starlink Ground Operations. Starlink is now fully operational in the UK across residential, commercial and maritime markets, supported by physical ground stations and Ofcom-regulated gateway earth stations operating in Ka-band frequencies at sites including Fawley, Wherstead, Woodwalton and the Isle of Man.

Salaries for these UK-based roles range from £35,000 to £50,000 for entry-level technical and support staff, £55,000 to £85,000 for experienced network engineers and regulatory managers, and past £100,000 at senior director level. None of these roles touch Starlink satellite design or Falcon 9 engineering, they are the fully localised, downstream operational, regulatory and commercial arm.

The AI Pivot: Cursor and the London Hub. In summer 2026, SpaceX completed a $60 billion all-stock acquisition of Anysphere, developer of the AI-powered code editor Cursor, which had scaled to $4 billion in annualised recurring revenue. Cursor already had a substantial European footprint and, concurrent with the acquisition, opened a new London headquarters, announcing plans to hire 200 staff across Europe, the Middle East and Africa in 2026 alone.

SpaceX intends to use Cursor's technology to accelerate its internal "Macrohard" autonomous agentic AI platform, intended for the manufacturing, testing and orbital docking of future Starships. Because these tools are developed as enterprise coding and AI infrastructure rather than weapons systems, they sit outside traditional export controls, this is a fully integrated global team model, not a firewalled local outpost. A software engineer hired in London works on the same product as the team in the US, collaborating daily, insulated by corporate export compliance rather than geography.

Blue Origin: Luxembourg Supply Chain and UK Nuclear Research

Blue Origin's approach contrasts sharply with SpaceX's bifurcated model, focused instead on deep-tech research partnerships, long-term space resource utilisation, and supply chain management for its New Glenn rocket and Blue Moon lunar lander programmes. A historical UK entity, Blue Origin Ltd, was registered in Kent in 2011 and formally dissolved via voluntary strike-off in April 2021. Its primary European operational flag is now Luxembourg, established in 2025, chosen specifically for the Grand Duchy's 2017 Exploration and Use of Space Resources law and its central EU positioning.

The Luxembourg office does not manufacture New Glenn or the BE-4 engines, those remain built and tested across Washington, Texas, Alabama and Florida. Instead it coordinates engagement with the European Space Agency, the Luxembourg Space Agency, and a wide network of European high-tech suppliers.

The structural relationship here is carefully managed vendor integration, the European team manages contracts, audits manufacturing quality and oversees logistics, without transferring restricted US vehicle design data to European nationals. The OASIS project specifically integrates the European team directly into Blue Origin's core lunar resource utilisation mission.

Beyond Luxembourg, Blue Origin is engaged in the UK through a 2026 Memorandum of Understanding with Perpetual Atomics, a University of Leicester spinout based at Space Park Leicester and a recognised global leader in space nuclear power systems, specifically Radioisotope Heater Units and Radioisotope Thermoelectric Generators using Americium-241. Deep space missions have relied for decades on Plutonium-238, a material with a supply chain constrained primarily by the US and Russia; Perpetual Atomics, using a proprietary ceramic pelleting process, has developed a sustainable alternative sourced from spent European reactor fuel. The partnership aims to use this UK-developed technology for lunar transport vehicles and hardware surviving the extreme cold of the lunar night. This is not direct Blue Origin employment, but it means UK nuclear physicists, propulsion researchers and materials scientists at Leicester are functioning as an external, sovereign R&D arm for Blue Origin's most advanced deep-space hardware, with intellectual property development staying within UK jurisdiction until final procurement, a pattern reflecting a broader trend of US primes outsourcing highly regulated fundamental research to allied nations with favourable academic environments.

If You Want to Build the Actual Hardware, Not Just Support It

Skyrora offers genuine hands-on rocketry experience many UK engineers mistakenly assume only exists in the US, propulsion engineers focus on combustion stability, turbomachinery and propellant handling at the Salisbury facility, while avionics developers build flight software and guidance/navigation systems in embedded C/C++. Space Forge, backed by Series-A funding and major ESA contracts, represents the UK sector's shift toward Model-Based Systems Engineering, and is notable for explicitly prioritising a hybrid, mental-health-conscious work culture, a stark contrast to the burnout-heavy hours associated with US launch startups. MDA Space offers a stable, highly technical, multidisciplinary alternative to the more volatile NewSpace startup environment, working on globally deployed satellite infrastructure.

The Skill Matrix - What's Required Regardless of Employer

Hiring managers in 2026 increasingly scan for multidisciplinary crossover, a mechanical propulsion engineer who can also script test data analysis in Python is significantly more valuable than a pure theoretician, and hardware/electronics engineers are expected to understand the software stack driving their physical components.

The Honest Trade-Off: Global Compensation

The arrival of SpaceX's AI division via the Cursor acquisition is expected to put real upward pressure on UK software engineering salaries, as Silicon Valley-scale compensation begins competing directly with traditional UK aerospace primes like Airbus or BAE Systems for the same talent pool. The absolute numbers remain lower in the UK, but the cost of living in US aerospace hubs (Los Angeles, Seattle, the Bay Area) is exceedingly high, mitigating some of the purchasing power gap, and UK/European work culture places a materially higher premium on work-life balance, flexible working, and comprehensive benefits including 25+ days holiday and generous parental leave, a genuinely compelling counter-offer to the burnout culture often associated with hyper-competitive US launch startups.

What Life Is Actually Like

The good: this is a genuinely open, growing pipeline into two of the most recognisable brands in commercial space without relocation, and the domestic UK alternative (Skyrora, Space Forge, MDA) offers hands-on flight hardware design entirely free of ITAR complexity, alongside materially better long-term work-life balance than the US equivalent.

The honest downsides: the SpaceX and Blue Origin UK/European roles are structurally support functions, ground operations, supply chain, software, research partnership, not launch vehicle design. If you specifically want to design the rocket itself, this pipeline will not get you there without becoming a US Person and relocating. The compensation gap against the US is real and persistent at every career stage, even after accounting for cost of living and benefits, and equity upside at US startups can be transformative in a way UK roles generally cannot match.

If Neither SpaceX nor Blue Origin Has the Role You Want

The wider UK space sector is broad enough to track in parallel, the same core skills (systems engineering, RF, propulsion, software) transfer directly across Skyrora, Space Forge, MDA Space, SSTL and Airbus Defence and Space, none of which carry any ITAR complication at all.

Subscribe to Crosswind Careers for weekly aviation, aerospace and space career breakdowns - no commercial stake, no marketing.