Dcubed Founder and CEO, Thomas Sinn, sits down with Balerion Senior Associate, Aidan Daoussis, to discuss the rise of in-space manufacturing and scalable power infrastructure.
00:00 – 01:30 Welcome & introductions
Aidan introduces Thomas Sinn, Founder and CEO of Dcubed, and frames the discussion around post-launch infrastructure—what happens after a spacecraft reaches orbit.
01:30 – 03:00 Explaining Dcubed to a non-technical audience
Thomas offers a simple analogy: Dcubed builds the “door openers” and “umbrellas” of space—deployment mechanisms and solar arrays that enable missions to function.
03:00 – 04:30 Power as the next bottleneck in space
Why launch is no longer the limiting factor—and why power generation is now constraining nearly every ambitious space application.
04:30 – 06:00 The solar supply chain problem
Space-grade solar cells are scarce, expensive, and slow to procure, making megawatt-scale space systems economically infeasible today.
06:00 – 07:30 Rethinking solar array design
Current arrays are designed for launch survival, not operational efficiency—Dcubed is redesigning arrays for how they are actually used in orbit.
07:30 – 09:00 In-space manufacturing as an unlock
How stiffening and manufacturing structures in orbit allows solar arrays to scale dramatically beyond today’s limits.
09:00 – 10:30 How big can structures in space get?
Discussion of kilometer-scale solar arrays and how data centers are pushing space infrastructure beyond science fiction.
10:30 – 12:00 Single-satellite deployment vs assembly
Dcubed’s approach: deploying and stiffening large structures from a single spacecraft rather than assembling many pieces in orbit.
12:00 – 13:30 Power generation and heat dissipation
Using the geometry of large solar arrays to simultaneously generate power and radiate heat into deep space.
13:30 – 15:30 Dual-nation company: Germany and the U.S.
Why Dcubed intentionally operates in both Europe and the U.S. to combine engineering rigor with risk-taking innovation.
15:30 – 17:30 Government demand accelerates the roadmap
How Space Force, German defense budgets, and ESA funding are rapidly expanding opportunities for in-space manufacturing.
17:30 – 18:30 Germany’s defense shift
A major increase in German space defense spending and its implications for startups and sovereign space capabilities.
18:30 – 19:30 Components vs power as a service
Dcubed’s long-term vision: evolving from component supplier to power provider for customers’ missions.
19:30 – 21:30 Standardization vs customization
How Dcubed balances off-the-shelf components with highly customized solar array systems.
21:30 – 23:30 Avoiding the consultancy trap
Why Dcubed is focused on scalable products and services rather than one-off engineering projects.
23:30 – 25:30 What comes after unlimited power?
Once power is solved, mobility in space becomes the next bottleneck—how to move massive assets efficiently.
25:30 – 27:30 European vs U.S. engineering culture
Risk tolerance, mindset differences, and why starting imperfectly often beats waiting for perfection.
27:30 – 29:30 Sovereignty and national constellations
Why nations increasingly want independent launch, communications, and defense capabilities in orbit.
29:30 – 31:30 Communications bandwidth as the next constraint
As power grows, antennas and data throughput will become limiting—driving demand for massive in-space reflectors.
31:30 – 33:00 Designing for micrometeoroids and debris
Biological-style redundancy, segmented structures, and resilience against inevitable orbital impacts.
33:00 – 35:30 Managing heat at scale
Radiative patterns, structural design, and why real answers require in-orbit experimentation.
35:30 – 37:30 Why Colorado?
Why Dcubed chose Colorado for its U.S. hub: customer density, facilities, and a strong space ecosystem.
37:30 – 40:30 Demonstration missions ahead
Upcoming launches: deployable booms, in-space manufactured arrays, and early power-beaming tests.
40:30 – 41:30 Five-year vision
Dcubed’s goal: becoming the backbone of a space-based power grid.
41:30 – 43:30 Underrated bets in space infrastructure
Defense demand, lunar infrastructure, and Europe’s evolving procurement model as key tailwinds.
43:30 Closing reflections
Final thoughts on the rapid pace of change in space infrastructure and why the next five years will look nothing like the last fifty.
