Space and industry are increasingly intertwined because it simply pays off

Space is no longer just a goal. It is rapidly becoming a market in its own right.

For companies developing space technologies, this is a clear signal: if you want to grow, it is not enough to send solutions into orbit. You need customers on Earth. And that is where everything is: industry, scale, repeatability, and money.

For industry, on the other hand, space is not an abstraction. It is concrete solutions that can be implemented here and now. Ready-made technologies, developed in extreme conditions, which give a competitive advantage without the need to build them yourself.

And finally, for companies that have “nothing to do with space,” it's an opportunity to get started. Because today, the space sector needs more than just rockets. It needs UX, materials, testing, automation, and thousands of small components that you may already have.

In this article, I show three things:

1. Why space companies need to look to Earth if they want to scale.

2. How companies from other sectors can implement space technologies to operate better.

3. How industry can find a new market in space without changing its business profile.

   
   

If you create space technologies, look to Earth

For many companies developing space solutions, the main challenge is not technology, but scale. The orbital market is prestigious, but limited. What is created for rovers or satellites often works well in factories, logistics, automotive, and heavy industry.

Volkswagen uses ActiveONE AGV autonomous transport vehicles, inspired by ESA technology from Mars rovers, at its factory in Palmela. The same factory also uses a cockpit assembly system based on algorithms used to dock ships to the ISS. A camera precisely recognizes reference points on the bodywork and controls a robot arm that flawlessly assembles the interior of the vehicle while it is in motion.

At Le Mans, the Pescarolo Sport team used materials and technologies from ESA satellites. Composites reduced the weight of the car, and ceramic bearings, originally designed for satellites, reduced friction and improved performance.

In textiles, things are also going further than you might expect. Cameras from satellite positioning systems are now used to control the quality of silk. The Finnish company SPECIM has used technologies developed for analyzing vegetation from orbit to support fabric dyeing processes and minimize waste.

These cases show a clear pattern: space technologies adapted to industrial use can create measurable efficiency gains and competitive advantages.

Corpo Nove, in collaboration with materials laboratories, has developed a shirt that changes sleeve length in response to temperature. The mechanism, based on shape memory fibers, is derived from space suits.

There are many more examples: satellite structure vibration analysis systems used by BMW and Rover, software from the Hubble telescope that helps optimize solar panels in electric vehicles, and sensor “skin” from orbital robots, now found in smart bumpers.

Reliable, lightweight technology designed for harsh conditions is exactly what hundreds of industrial companies need. You can continue doing what you are doing. But you can also reach for a larger market.

If you work in industry, look at what space has created

Many everyday technologies have their roots in the space sector. But we're not talking about inspiration here. We're talking about specific solutions that have undergone extreme testing and are now used in completely mundane industries.

GPS is the obvious example, but far from the only one. Smoke detectors designed for the safety of astronauts on orbital stations are now standard in public buildings. Water filters developed for space mission crews have found their way into hospitals and homes, eliminating contaminants without the use of harsh chemicals.

Shape memory foams, created to absorb G-forces during launch, now improve sleep comfort and support rehabilitation. Thermal blankets used in mountain rescue and medicine are a direct descendant of the Apollo program.

Dyneema materials, which were designed to protect astronauts from micrometeorites, have been adapted for use in lightweight bulletproof vests. Laser technology from meteorological satellites has paved the way for eye microsurgery. UV filter lenses that protect astronauts' eyesight have found their way into sunglasses and outdoor equipment.

In the food industry, microwave technologies from planetary missions are used for real-time, contactless product quality control without opening the packaging.

All of this is already working. There is no need to reinvent the wheel. Just reach for existing solutions and see how they can help your process.

If you are a technology company, check if space is your new market

The space sector is growing faster than most industries. A decade ago, it was dominated by government contracts and heavy systems engineering. Today, it is a market built by private companies that commercialize missions, miniaturize satellites, automate testing, and design entire orbital constellations. And they are increasingly buying solutions from outside their industry.

It's no longer just rockets. It's hundreds of components, systems, and tools that can be built better, faster, and cheaper if you look beyond the closed circle of existing suppliers.

If you create technology that works in the automotive, industrial IoT, medtech, photonics, precision mechanics, robotics, data processing, embedded software, or materials science sectors, it is very possible that you already have a product or competence that the space sector needs.

What can you gain?

A new market for your existing product without changing your business profile.

• Higher margins – the space sector pays for reliability and quality, not just unit cost.

• Long-term contracts – building a constellation or mission takes months and years.

• Strong references – entering the space sector acts as a seal of quality in other industries.

What does the space sector actually buy today?

These are not just orders for “rockets and satellites.” Here are some examples of product and service groups that are outsourced to companies outside the space industry:

• Test systems – automation of validation, HIL, vibration tests, thermal chambers

• Onboard and ground software – RTOS, middleware, mission control systems, GUI for ground stations

• Energy management – BMS systems, distributed power supply, battery temperature control

• Sensors and optics – thermal sensors, spectrometers, hyperspectral cameras, precision optical systems

• New materials and micromechanics – protective coatings, ultra-light composites, precision drives and mechanisms

• Engineering services – cybersecurity, HMI/UX design, reliability, testing, standards

If your technology currently operates in a challenging industrial, medical, or military environment, it is likely that it can also be adapted to the space sector.

What skills matter?

The space sector does not always need a finished product. It often looks for a partner, someone who can enter the process, understand the limitations, and deliver quality. What really matters?

Experience with quality standards

• Ability to work with full auditability: traceability, documentation, changes in code or hardware

• Readiness to integrate with customer processes, including in environmental testing environments, cleanrooms, etc.

• Well-organized production or development, without shortcuts, but with iteration and quality

For many industrial companies, this is everyday business. But they don't always know that they can enter space with it.

The space sector today has more demand than it can handle on its own. Even the big players are not able to do everything themselves. Add to that cost pressure, commercialization, and international competition, so they are increasingly looking outside. And that's when you can come in with a ready-made product or expertise and quickly build a position.

Summary: three paths, one direction

Space is a tool for growth today. For some, it is an opportunity to scale beyond a niche sector. For others, it is a source of technology that does not need to be reinvented. And for many, it is simply a new market that is growing faster than many traditional industries.

If you are developing technology in the space sector but do not yet have paying customers outside of ESA-branded projects, you are too dependent on a single source of funding. You need industrial customers who buy on a large scale.

If you operate in a “normal” industry and develop technology on your own, check what the space sector has already done for you. You have access to solutions that have passed the most difficult tests: resistance to vacuum, radiation, and failures. In most cases, they are cheaper than your own R&D.

And if you have a ready-made, proven product, consider whether you can sell it to someone who builds satellites, tests sensors, validates robot software, or is looking for a partner to integrate on-board systems. You don't have to get into rockets. All you need to do is calculate your margin well and meet quality standards.

If you want to operate smarter, faster, and in markets that are just taking shape, space is one of the sectors worth looking at. Better to explore it now, before your competition sees the opportunity.