241 - Maybe the Denver Airport (with Andrew Rush)

Off-Nominal1h 2mMay 15, 2026

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AI-Generated Summary

In this episode of Off-Nominal, host Jake Robbins celebrates his birthday with guest Andrew Rush, founder of Starcatcher, a company building a power grid in low Earth orbit (LEO) to enable the next industrialization of space. The conversation dives deep into Starcatcher’s mission: using laser-based power beaming from large solar-collecting satellites to deliver concentrated energy to other spacecraft, overcoming the persistent limitations of onboard power generation. Andrew shares how his frustration with power constraints during past ventures—like 3D printing on the International Space Station—spurred the idea. He explains the technology: large Fresnel-lens collectors focus sunlight onto high-efficiency photovoltaics, which power multi-wavelength lasers that beam energy to client satellites, boosting their power output by up to 10x. The system is designed to be backward compatible with existing solar arrays and includes safety protocols to prevent overcharging. With over 40 letters of intent and $60 million in power purchase agreements, Starcatcher is moving from concept to deployment, prioritizing orbits with high customer density like dawn-dusk sun-synchronous orbits. The team is focused on a crawl-walk-run approach, validating tech terrestrially before launching in-space demonstrations. The episode also touches on broader themes: the shift from bespoke spacecraft to shared infrastructure, the future of orbital data centers, and the importance of real-world application over theoretical perfection. Jake and Andrew express genuine excitement about the potential of space power as a foundational utility, likening it to Earth’s power grid.

Key Takeaways
1

Starcatcher is building a space-based power grid using laser power beaming to deliver 5–10x more power to satellites than they can generate on their own.

2

The technology is backward compatible with existing solar arrays and uses machine learning to safely beam energy without damaging client spacecraft.

3

Starcatcher’s business model is capital-efficient, using early revenue to fund further deployment, with $60 million in committed power purchase agreements.

4

The company is prioritizing deployment in high-density orbits like dawn-dusk sun-synchronous orbit based on customer demand, not just theoretical idealism.

5

Power beaming in space is not a stepping stone to space-to-ground energy, but a necessary infrastructure layer for orbital data centers, manufacturing, and permanent human settlement.

…and 3 more takeaways available in PodZeus

Chapters
0:00
2 min

Birthday Kickoff & Guest Intro

Jake Robbins celebrates his birthday on the show, greeted by co-host Omiko and guest Andrew Rush, who makes his Off-Nominal debut. The episode begins with lighthearted banter, birthday drinks, and a playful nod to the show’s long-running history.

2:00
3 min

From Shuttle Launch Fears to Space Power

The hosts reflect on public panic over drones and shuttle launches, using them as metaphors for how people misinterpret space phenomena. Jake points out that even in densely populated New Jersey, people are used to aircraft, just as Floridians are used to rocket launches.

5:00
5 min

Introducing Starcatcher: Power in Space

Andrew Rush introduces Starcatcher, a company building a power grid in LEO to solve the persistent problem of power constraints in space. He explains that while launch costs have dropped, power generation remains a bottleneck for advanced missions.

10:00
10 min

The Power Problem: From 3D Printers to Satellites

Andrew shares real-world frustrations from his time at Made in Space, where power budgets limited 3D printing on the ISS. He describes how satellites had to turn off mid-print due to power shortages—highlighting the absurdity of the current system.

20:00
10 min

Laser Power Beaming: How It Works

Andrew details Starcatcher’s technology: large solar collectors with Fresnel lenses focus sunlight onto photovoltaics, which power multi-wavelength lasers. These lasers beam energy to client satellites, boosting their power output by up to 10x without overloading them.

High-Impact Quotes
The real bottleneck in space advancement isn’t launch cost or size—it’s power.
Jake Robbins99:11
Viral: 90.0
The future of space is not about building every satellite from scratch—it’s about enabling new capabilities through shared infrastructure, like Earth’s power grid.
Jake Robbins102:08
Viral: 89.0
We need to make it easier for every bigger and badder satellite to be, to deliver for humanity.
Andrew Rush56:56
Viral: 88.0
Speakers

Host

Jake Robbins

Guest

Andrew Rush
Topics Discussed
space power infrastructure95%shared space infrastructure92%laser power beaming90%satellite power constraints88%space-to-space energy transfer87%orbital data centers85%space commercialization80%space mission economics78%
People & Brands

Andrew Rush

person

120xPositive

Starcatcher

organization

85xPositive

Jake Robbins

person

65xPositive

Low Earth Orbit

place

25xNeutral

dawn-dusk sun-synchronous orbit

place

18xPositive

Orbital Data Center

other

15xPositive

Made in Space

organization

15xNeutral

International Space Station

organization

12xNeutral

Fresnel lenses

other

8xPositive

Starlink

organization

5xPositive

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