The archive · Space, Robots, Defence · Technical decision · 2023–2026
Beyond Reach Labs bets deployable arrays unlock 10x satellite power; $350M LOIs
YC W26 startup's Flarewing arrays grow table-size to football-field-size in orbit; TechCrunch Demo Day fave, $350M LOIs, $10M seed, flight Q2 2027.
Beyond Reach Labs
What the business is
Beyond Reach Labs builds Flarewing, a line of rigid deployable structures for satellites: arrays stow in a small box and deploy to up to 625 m² generating up to 200 kW, giving small sats far more power without more launch volume; thermal radiators come next.
Starting capital：A little over $11M raised to date, including a $10M seed round announced July 2026 (SpaceNews).
How it started
Mitchell Fogelson and Pele Collins met as freshmen at UPenn in 2013. Collins spent seven years at SpaceX leading Dragon parachute engineering and production; Fogelson earned a CMU PhD on kilometer-scale deployable structures with NASA, inventing the core truss. They founded Beyond Reach Labs in 2023 in Brooklyn and joined YC's Winter 2026 batch.
What happened
At YC W26 Demo Day (March 2026), multiple VCs named Beyond Reach a favorite; TechCrunch reported claimed 10x power and 88% cost cuts, $325M in LOIs and a 2027 flight plan. The YC Launch post (2026-07-27) cited $175M+ in LOIs and a Q2 2027 demo-flight target. On 2026-08-24 SpaceNews covered the Flarewing product line: $350M in LOIs across power generation and heat dissipation, two contracts with undisclosed customers, a $10M seed announced in July, and 14 people in a 16,000 sq ft Brooklyn facility.
How it ended up
Building: 14 people in Industry City, Brooklyn; two customer contracts; first in-space flight demonstration targeted for late Q2 2027; long-term goal of kilometer-scale structures.
Background
Beyond Reach Labs builds deployable structures that let satellites carry far more solar power than launch volume would suggest. Its Flarewing line stows in a small box and deploys in orbit: the smallest configuration opens to 30 m² (5–8 kW) and the largest to 625 m² (up to 200 kW). The concept grew out of a NASA NIAC study Mitchell Fogelson worked on as a Carnegie Mellon PhD student; Pele Collins spent seven years at SpaceX leading Dragon parachute engineering. The two met as UPenn freshmen in 2013, founded the company in 2023, and joined YC's Winter 2026 batch.
The bet is that power, not launch volume, becomes the binding constraint for satellites, orbital data centers and lunar outposts. Instead of fragile, hand-built deployables, the truss stows flat and gets stiffer as it deploys, uses no composites, and is built from aluminum and novel joints — designed to be manufactured at scale. At W26 Demo Day, multiple VCs flagged Beyond Reach as a favorite, and TechCrunch reported claims of 10x usable power and 88% cost cuts.
Traction followed quickly: the YC Launch post (July 2026) cited $175M+ in letters of intent and a first in-space demo flight targeted for Q2 2027. SpaceNews reported on August 24, 2026 that LOIs had reached $350M across power generation and heat dissipation, with two contracts from undisclosed customers, a $10M seed announced in July (about $11M raised total), and a 14-person team in a 16,000 sq ft Industry City facility in Brooklyn.
What has to be true
- Power-per-launch, not launch cost, is becoming the binding constraint for constellations and orbital data centers, so buyers have a quantified reason to switch.
- The truss gets stiffer as it deploys, solving the flimsiness and pointing problems that killed prior large deployables — a physical property, not a marketing claim.
- Manufacturability was designed in from day one: aluminum and novel joints, no composites, so the 'hundreds of thousands of satellites' thesis is plausible for a 14-person team.
- Credibility was pre-built: SpaceX Dragon parachutes and a NASA NIAC study are references that customers and investors already trust.
What can be applied
Attack the binding constraint: pitch power-per-launch, not component specs, and a small hardware team converts demand into hundreds of millions in LOIs before first flight.
Aftermath
As of 2026-09-02, Beyond Reach Labs employs 14 people in a 16,000 sq ft Industry City (Brooklyn) facility, has raised a little over $11M including a $10M seed announced July 2026, holds two contracts with undisclosed customers, and reports $350M in letters of intent for power generation and heat dissipation (SpaceNews, 2026-08-24). The company targets its first in-space flight demonstration for late Q2 2027 and aims eventually at kilometer-scale deployable structures.
Sources
- Beyond Reach Labs: Space solar arrays that grow to the size of a football field in orbit
- Launch YC: Beyond Reach Labs: Solar Panels in Space the size of football-fields
- From moon hotels to cattle herding: 8 startups investors chased at YC Demo Day
- Beyond Reach Labs unveils line of large deployable solar arrays
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