Reflect Orbital
Ben Nowack
Data verified as of Jul 29, 2026
Summary
Reflect Orbital, founded in October 2021 by former SpaceX engineer Ben Nowack and former Zipline mechanical engineer Tristan Semmelhack, is building satellites that unfurl thin-film mirrors in low Earth orbit and steer reflected sunlight onto specific spots on the ground after dark. The pitch is 'sunlight on demand': a customer picks a location and a time window, and a passing reflector lights it up, initially at roughly the brightness of a full moon over a spot a few kilometers wide, with the long-term business aimed at extending the generating day of utility-scale solar farms by beaming sunlight to them just before dawn and just after dusk. The company has raised about $35 million, including a $6.5 million seed led by Sequoia Capital in September 2024 and a $20 million Series A led by Lux Capital in May 2025, and won a $1.25 million AFWERX SBIR Phase II contract in June 2025. Its first demonstration satellite, Earendil-1, carries a roughly 18-meter-square aluminized reflector on a 142 kg spacecraft bound for a 600 to 650 km orbit, and on July 9, 2026 the FCC licensed its construction and operation, clearing the way for a launch later in 2026 on a SpaceX rideshare. The application drew close to 1,900 mostly critical comments and hard opposition from astronomers: the European Southern Observatory calculated that a full constellation would raise background sky brightness by a factor of three to four, and the FCC granted the license while stating that optical-astronomy effects fall outside its authority. Reflect has answered with a dark-skies pledge to publish satellite positions in advance and to geofence reflections away from observatories, and its published roadmap runs from two demo satellites in 2026 to 36 in 2027, more than 1,000 by 2028, and 50,000 by 2035.
Main Products
The first demonstration satellite: a 142 kg spacecraft carrying an aluminized thin-film reflector roughly 18 meters on a side, folded into a container about the size of a microwave oven and deployed on orbit at 600 to 650 km. It is designed to steer a reflected beam onto a spot several kilometers wide at approximately full-moon brightness for up to five minutes per pass, within about two hours of local sunset.
FCC license granted July 9, 2026; launch on a SpaceX rideshare expected later in 2026
The commercial service the constellation is meant to deliver: customers request light at a location and time through an app, and passing reflectors steer sunlight onto it. Reflect commits to keeping reflections controllable and avoidable, publishing satellite positions in advance and geofencing observatories out of the service map. Brightness and duration scale with fleet size, from minutes of moonlight in 2026 toward daylight-level intensity in the 2030s.
No commercial service yet; capability gated on the 2026 demo satellites and the 36-satellite 2027 tranche
What's Next
Launch Earendil-1, the first orbital mirror
The FCC granted the license on July 9, 2026 and Reflect expects to fly Earendil-1 on a SpaceX rideshare later in the year. Watch for the launch manifest assignment, then for the two hardest events in sequence: deployment of the 18-meter membrane and the first steered reflection onto a ground target. Everything downstream, including the 2027 tranche and any energy business, depends on this vehicle working.
Scale to a 36-satellite operational tranche
The roadmap steps from two demonstrators to 36 satellites in 2027, the first fleet large enough to offer repeatable service windows rather than occasional passes. It will also require a far larger FCC authorization than the single-satellite grant, in a docket astronomers are already contesting.
Prove the solar-farm case at utility scale
The energy business, not novelty lighting, is what justifies a constellation of thousands. Reflect projects roughly a 1% capacity-factor gain for solar farms around 2030 rising toward 20% by 2035. Watch for a named utility or independent power producer signing up for a measured trial, which would be the first outside validation that the physics closes economically.
Track Record
0 of 1 announced date hit · 1 slipped
Launch first reflector satellite
Target Spring 2026 · Resolved Jul 9, 2026
The Series A announcement in May 2025 pointed at a first mission in early 2026, and the target moved through spring and then mid-2026 while the FCC application sat in a docket that drew about 1,900 comments. The license was granted July 9, 2026 and the launch is now expected later in 2026 on a SpaceX rideshare.
Operations & Revenue
Reflect has flight hardware built and an FCC license in hand as of July 9, 2026, but nothing in orbit. Everything rests on Earendil-1 proving three things at once: that an 18-meter membrane deploys and holds its shape, that the spacecraft can point a reflected beam accurately enough to put a few-kilometer spot where a customer asked for it, and that the returned light is bright enough to be worth paying for. The business case beyond novelty lighting is solar: reflecting sunlight onto utility-scale solar farms in the hours around dawn and dusk, which the company does not expect to be meaningful before 2030 and which requires thousands of satellites to work economically. The binding constraint may be political rather than technical. Astronomers mobilized roughly 1,900 mostly critical FCC comments, and an ESO-led study projects a three to four times increase in background sky brightness from a full constellation, so each order-of-magnitude step in the roadmap invites a harder regulatory fight than the one before.
Revenue Streams
Sells time-boxed illumination of a chosen location ordered through an app or website, aimed at construction and industrial sites working after dark, disaster response and search and rescue, and events. Coverage is described as 5 km and up per pass, with the 2026 demo capability at roughly moonlight levels and brightness scaling with constellation size.
Solar farm illumination (energy)
The long-run business: beaming sunlight to utility-scale solar farms in the hours just after sunset and before sunrise to extend generating time and lift capacity factors. Reflect's published roadmap puts a roughly 1% capacity-factor gain around 2030 and up to 20% by 2035, both of which require thousands of satellites in orbit.
Key Metrics
Employees
~60 (2026)
Timeline
On July 9, 2026 the FCC grants Reflect a license to build and operate Earendil-1, a 142 kg satellite carrying an 18-meter-square thin-film reflector at 600 to 650 km, after a docket that drew roughly 1,900 mostly critical comments. The commission said optical-astronomy concerns fell outside its review while noting Reflect's commitments to work with NASA and the NSF.
A peer-reviewed study led by European Southern Observatory astronomer Olivier Hainaut concludes that a full 50,000-satellite reflector constellation would brighten the background night sky by a factor of three to four, degrading faint-object observations at facilities including the Vera C. Rubin Observatory.
With astronomers organizing against the constellation, Reflect publishes a set of commitments: reflections confined to defined areas for defined times, satellite positions shared in advance through standard channels, and observatory coordinates loaded into its service software so reflections are steered away from protected sites.
Funding
Related Companies
All Orbital Economy
Blue Origin
Orbital Economy +1
Blue Origin is a privately held aerospace company founded by Jeff Bezos that develops reusable launch vehicles, rocket engines, lunar landers, in-space mobility systems, and satellite communications infrastructure. Its current programs span the New Shepard suborbital system, the New Glenn heavy-lift rocket, the BE-4 engine family that also powers ULA's Vulcan, the Blue Moon lunar lander family, the Blue Ring spacecraft platform, and the TeraWave network. The FAA closed its NG-3 mishap investigation and lifted the New Glenn grounding on May 22, 2026 - pinning the BlueBird 7 deployment failure on a cryogenic leak that froze a hydraulic line - but six days later, on May 28, a New Glenn exploded during a hotfire at Cape Canaveral's LC-36, destroying the transporter-erector at Blue Origin's only New Glenn pad. CEO Dave Limp said the rocket will fly again before year-end via a hybrid horizontal-integration/crane-erect path that skips replacing the destroyed transporter-erector, with the propellant farm, a second flight-ready booster, and three upper stages intact; on July 24, 2026 NASA and Blue Origin agreed to conduct New Glenn second-stage (GS2) hot fire testing at Stennis Space Center's B-2 stand beginning this fall while LC-36 recovers. The Blue Moon MK1 'Endurance' cargo lunar lander has completed thermal vacuum testing at NASA Johnson, but with New Glenn grounded its launch to the Moon has slipped from a fall-2026 target to early 2027. In a landmark shift after 26 years of near-total self-funding (roughly $30B cumulative), Blue Origin raised about $10B at a $130B valuation in July 2026 - its first-ever outside round, led by Coatue (~$4B) with Jeff Bezos adding ~$2B - to bankroll Limp's target cadence of roughly 100 launches a year against an estimated ~$4.8B 2026 spend.
CASC
Orbital Economy +1
China Aerospace Science and Technology Corporation (CASC) is the state-owned prime contractor for China's space program and the world's most prolific launch organization by missions flown. Wholly owned by the central government through SASAC, it develops and operates the Long March (Changzheng) rocket family - which flew its 650th cumulative mission on June 11, 2026 - along with the Shenzhou crewed spacecraft, Tianzhou cargo vehicles, the Tiangong space station, BeiDou navigation and GuoWang broadband satellites, the Chang'e lunar and Tianwen planetary probes, and China's strategic missiles. After a national-record 73 launches in 2025, CASC is targeting over 100 launches in 2026 amid an industry-wide national push toward ~140, debuted the partially reusable Long March 12B in June 2026, and saw its Tianwen-2 probe reach the quasi-moon asteroid Kamo'oalewa on June 7, 2026. On July 10, 2026 it made China the second nation ever to recover an orbital rocket first stage, when the new single-stick, partially reusable Long March 10B flew its maiden mission from Hainan and captured its booster in a sea-based net - a landmark step toward closing the reusability gap with SpaceX. It is preparing to fly Chang'e 7 to the lunar south pole no earlier than August 2026 while advancing the triple-core Long March 10 toward a crewed Moon landing before 2030.
Rocket Lab
Orbital Economy +1
Rocket Lab is an end-to-end space company spanning launch, hypersonic test launch, spacecraft, payloads, satellite components, and now laser optical communications and space robotics. Electron remains the second most frequently launched U.S. rocket - Rocket Lab reached 92 missions with the July 1, 2026 'Grain Goddess' launch of iQPS' QPS-SAR-13 radar satellite, putting it on track for a record year and its 100th launch - and Rocket Lab is developing the medium-lift Neutron rocket for constellation, national-security, and exploration missions, with first launch still targeted for Q4 2026. The company posted record Q1 2026 revenue of $200.3M and backlog above $2.2B, completed the $155.3M Mynaric acquisition in April 2026 to add laser comms and a European footprint, and closed the Motiv Space Systems robotics acquisition in May 2026 to bring Mars-proven robotics in-house. On May 27, 2026 Rocket Lab cleared the System Requirements Review for the Space Development Agency's $816M Tracking Layer Tranche 3 missile-defense constellation, taking total SDA awards above $1.3B, and on June 22, 2026 the company joined the Nasdaq-100 Index. On June 29, 2026 Rocket Lab announced its largest-ever deal - an agreement to acquire satellite-communications operator Iridium Communications for about $8B in cash and stock ($54.00/share, roughly half cash and half Rocket Lab stock), adding an operational 66-satellite L-band constellation, ~2.55M subscribers, $871M of 2025 revenue, and globally harmonized spectrum, with the transaction expected to close in mid-2027.
Astroscale
Orbital Economy
Astroscale is the only company in the world building a business purely around servicing what is already in orbit: removing debris, deorbiting dead satellites, extending the life of working ones, refueling them, and inspecting them. Founded in Tokyo in 2013 by Nobu Okada and listed on the Tokyo Stock Exchange Growth market since June 2024 under ticker 186A, it operates across Japan, the UK, the US, France, and Israel. Its ADRAS-J spacecraft made history in 2024 as the first vehicle ever to approach and photograph a large piece of orbital debris up close, a discarded Japanese rocket upper stage, and it completed operations and began its own deorbit in March 2026. JAXA has since contracted the follow-on ADRAS-J2 for roughly 12 billion yen to go back to that same rocket body and actually remove it with a robotic arm. Alongside that flagship line Astroscale is preparing ELSA-M, billed as the world's first commercial end-of-life deorbit service and now booked on Isar Aerospace's Spectrum rocket; LEXI, a geostationary life-extension servicer; the Astroscale U.S. Refueler, which is set to perform the first refueling of a United States Space Force asset; and ISSA-J1, a 2027 mission that will inspect two retired Japanese satellites in different orbits on a single flight. The company remains deeply loss-making: for the fiscal year ended April 30, 2026 it reported 5.94 billion yen of IFRS revenue against a 9.98 billion yen operating loss, with an order backlog of 37.94 billion yen.
Axiom Space
Orbital Economy
Axiom Space, founded in Houston in 2016 by former NASA ISS program manager Michael Suffredini and entrepreneur Kam Ghaffarian, is the leading commercial human-spaceflight company, built around three lines of business: private astronaut missions to the ISS, the Axiom Station commercial space station, and next-generation spacesuits. It flew Ax-1, the first all-private crewed mission to the ISS, in April 2022, and has since flown four missions carrying 16 astronauts - most recently Ax-4 (June–July 2025), which returned India, Poland, and Hungary to human spaceflight; NASA has ordered a fifth mission (Ax-5) for no earlier than January 2027. In 2020 NASA awarded Axiom a $140 million contract to attach the first commercial module to the ISS, and in September 2022 a $228.5 million task order (under a contract worth up to $1.26 billion) to build the Artemis moonwalking spacesuit, the AxEMU - Axiom became NASA's sole suit developer after Collins Aerospace was descoped in 2024, though a NASA OIG report in April 2026 warned the suit could slip to 2031. The company hit severe financial turbulence in late 2024 - roughly 100 layoffs, voluntary 20% pay cuts, and late payments to contractors including SpaceX - followed by rapid CEO churn (Suffredini out August 2024, Ghaffarian interim, Tejpaul Bhatia April–October 2025, then NASA-veteran astrophysicist Jonathan Cirtain). In December 2024 it re-sequenced station assembly to launch a Payload Power Thermal Module first (NET 2027) so a free-flying station could form as early as 2028. Finances have since stabilized: a $100M round at a ~$2B valuation (March 2025), $100M from Hungary's 4iG (December 2025), and an oversubscribed $525M+ round closed June 2026 with Qatar Investment Authority, Type One Ventures, and MUFG Bank. With ~700 employees, Axiom launched its first two orbital data center nodes in January 2026 and is competing for NASA's Commercial LEO Destinations Phase 2 award expected in spring 2027.
Firefly Aerospace
Orbital Economy
Firefly Aerospace is a public space and defense company that launches the Alpha small-lift rocket, is co-developing the Eclipse medium-lift vehicle with Northrop Grumman, flies Blue Ghost lunar landers, and builds Elytra orbital vehicles for maneuvering, communications, imaging, and other cislunar services. After becoming the first commercial company to complete a fully successful Moon landing, Firefly expanded further into defense software and data systems through its SciTec acquisition, which won a U.S. Space Force Space-Based Interceptor OTA agreement in May 2026 and a $5.5M Air Force CBC2 data-fusion option in June 2026 as part of the Golden Dome architecture. Q1 2026 revenue was $80.9M against $1.3B of backlog, Firefly doubled its Cedar Park campus to 144,000 sq ft to industrialize Blue Ghost and Elytra production, closed a 12M-share follow-on at $48/share on June 1, 2026, and - per June 23, 2026 Reuters reporting - is set to secure a ~$110M EXIM loan to fund further Texas production expansion as it prepares the first full Alpha Block II flight (Flight 8) for late summer 2026. In July 2026 Firefly also won a $13M NASA JPL subcontract - the first out of its new Gloworks innovation lab - to build the aeroshell for NASA's SkyFall Mars helicopter mission, extending it into planetary entry-descent-and-landing hardware.