What We’re Watching Going Into Space Tech Expo 2026

Space Tech Expo is a good place to see where the industry is actually putting its attention.

There will be plenty of hardware on the floor. Materials, electronics, propulsion systems, software, manufacturing tools, testing capabilities, ground systems, components, and suppliers all show up in one place. For EXOS, that is what makes the event useful. It gives us a closer look at the systems and teams behind the larger programs everyone talks about.

This year, we are going into Space Tech with a specific focus: clarity on what EXOS provides and action toward filling our Q1 2027 BLK3 flight.

Right now, there are teams across the industry sitting on hardware and experiments they cannot fully validate without a real flight environment. Their options are often limited to ground testing, simulation, or moving straight to orbit and accepting the risk.

EXOS provides a reusable flight test platform for teams that need to fly subsystems, recover hardware, review data, and improve before those systems are tied to larger programs.

We operate reusable rockets as flight test platforms, which means customers can fly subsystems, recover hardware, review data, and improve before those systems are tied to a larger, more expensive program. That matters for teams working on avionics, guidance and control systems, propulsion technologies, sensors, payloads, reentry hardware, and other systems that need relevant flight data before the cost of failure increases.

At Space Tech, we are watching the parts of the industry that make repeatable spaceflight more practical.

That includes materials. Reusable systems place different pressure on structure, inspection, maintenance, thermal behavior, and long-term durability. The materials conversation is not only about performance on a single flight. It is about what holds up, what can be inspected, what can be supported, and what helps the next flight happen responsibly.

We are also watching propulsion. Ground testing is essential, but there is still a difference between engine development on a stand and integrated system behavior in a real flight environment. As propulsion systems continue to evolve, especially across defense, research, and emerging commercial programs, the need for practical flight validation becomes more important.

Electronics and avionics are another focus. A system may look ready in the lab and still need to prove itself through acceleration, vibration, pressure changes, thermal behavior, timing constraints, and recovery conditions. For many teams, getting that data before orbit can change the development path.

Integration will be an important conversation as well. A flight test opportunity is only useful if the payload can be integrated, reviewed, approved, flown, recovered, and evaluated in a way that supports the customer’s timeline. That is where the operational details matter: interfaces, documentation, range coordination, safety review, data return, recovery planning, and turnaround.

Manufacturing is part of the same picture. The industry is building faster, but hardware still needs practical paths to test. Faster manufacturing without enough flight validation can create a bottleneck later in the program. The question is not only how quickly a part can be built, but how quickly teams can learn whether it performs in the environment it was built for.

Testing is the thread that connects all of this.

Simulation and ground testing will always matter. They help teams reduce uncertainty before flight. But some questions require actual flight data, especially when a subsystem will eventually be part of a larger vehicle, payload, or defense system. A reusable suborbital flight environment gives teams a way to learn earlier and reduce risk before the stakes get bigger.

At Space Tech, we want to talk with teams that are already past the vague interest stage and need a real path to flight test planning.

We are looking for teams that need flight data, payload recovery, subsystem validation, or a lower-risk step before orbit. We are especially interested in teams that are serious about moving from general interest into real planning for a Q1 2027 BLK3 flight.

For EXOS, Space Tech is not just about visibility. It is about finding the right customers, partners, suppliers, and conversations that can move into action.

The industry has no shortage of ideas. What matters now is whether teams can test hardware in relevant environments, recover it, study the data, and make the next version better before the cost of failure gets bigger.

We are going to Anaheim to find the teams that need this kind of flight environment and are ready to move into serious conversation around the Q1 2027 BLK3 flight.