Space as a growth catalyst: what Artemis II means for investors

Crucially, Artemis should not be viewed just in the context of a standalone NASA programme. It reflects a broader shift in how space activity is organised and financed: from occasional exploration missions to repeatable industrial activity involving complex supply chains, public private partnerships, and global collaboration. This evolution has implications well beyond the United States; from European strategic autonomy to global tech supply chains and China’s parallel space ambitions, Artemis heralds a new phase of space driven growth.

VIRGINIE DUBOIS, Senior Product Specialist

From a European standpoint, Artemis II highlights both the continent’s strength, and the need for global collaboration. Europe has played a critical role through the European Service Module (ESM), which provided power, propulsion, life support, and thermal control for the Orion spacecraft. The contribution underscores Europe’s industrial reliability and technical depth, positioning European aerospace companies as credible partners in next generation space programmes.

The EU has begun to respond accordingly. Budgetary ambition for space and aerospace could rise materially in the next multi year financial framework, with cumulative allocations potentially reaching well over USD 100 billion over the coming decade. Alongside this, Europe is seeking greater coordination and industrial integration, most visibly through initiatives such as the proposed space joint venture involving three of the continent’s leading aerospace firms. The objective is to move beyond fragmented national champions toward a more coherent European ecosystem capable of competing at scale.

For investors, this matters as it frames the European space agenda not as a niche exploration theme, but as part of a broader autonomy agenda encompassing defence, digital sovereignty, and manufacturing.

STEPHANIE SUTTON, Senior Product Specialist

For global tech investors, the most important takeaway from Artemis II is not the flag on the rocket, but the validation of a sprawling industrial supply chain. Artemis represents the industrialisation of deep space activity, requiring advanced materials and components that can operate with extreme reliability in hostile environments.

NASA itself frames the Artemis programme as a catalyst for a sustainable commercial lunar economy, rather than a sequence of isolated missions. This reframing shifts value creation away from headline launch events and toward the less visible layers of the ecosystem: component suppliers, specialised manufacturers, and so on. It is here that many of the most durable growth opportunities typically reside.

This dynamic echoes earlier industrial transitions. Just as the rise of EVs reshaped battery suppliers and electronics manufacturers, rather than vehicle producers alone, the expansion of space activity benefits those enabling scale, reliability, and cost reduction. Artemis thus offers a useful template for how future space investment value may be distributed: broadly, globally, and across multiple industrial layers.

WILLIAM RUSSELL, Head of Product Specialists Equity Asia Pacific

China is not a participant in the Artemis programme, but it is pursuing a broadly similar vision of space as an industrial system rather than a series of one‑off missions. Over the past decade, Chinese authorities have consistently framed space as both a strategic capability and a commercial growth area, embedding it within wider industrial and technology‑upgrade objectives. This framing matters for investors, as it signals long‑term commitment to scale, standardisation and domestic supply‑chain depth.

For instance, China is developing satellite “megafactories” designed to produce hundreds, and eventually thousands, of satellites per year. These facilities borrow heavily from China’s strengths in automation, electronics manufacturing and quality control, applying production techniques developed in automotive and consumer‑electronics supply chains to the space sector. The result is a steady reduction in unit costs, improved reliability, and shorter production cycles — the same dynamics that have underpinned scale advantages in other advanced manufacturing industries.

In this sense, China’s space ambitions look less like a geopolitical play and more like a familiar industrial story. Space becomes another domain in which scale, automation, cost discipline and incremental reliability improvements matter as much as scientific breakthroughs. For global investors, this reinforces the idea that space should not be viewed in isolation, but as part of a wider ecosystem of technologies and manufacturing capabilities that increasingly overlap with mainstream industrial activity

JOHANNES JACOBI, Senior Product Specialist Global Investment Platform

The Artemis II lunar mission represents a potential inflection point in establishing a sustained human presence on the Moon and advancing the longer‑term path to Mars. This milestone accelerates the development of the space economy, which is intertwined with the advancement of the artificial intelligence ecosystem, as space exploration increasingly depends on AI‑enabled systems, mission operations and spacecraft design. Further development of the space economy could enable the extension of AI infrastructure into orbit. Such space‑based AI infrastructure would be powered by continuous solar energy, overcoming terrestrial data center constraints related to power availability and cooling. Companies pursuing early‑stage initiatives within the space ecosystem include those building GPUs for satellites with AI workloads, as well as low‑Earth‑orbit satellite networks that may evolve to support expanded space‑based connectivity and edge‑compute use cases.