Reflect Orbital is the US commercial space startup planning to deploy the world's first commercial orbital mirror. This is the most comprehensive independent profile of the company, its funding, its team, and its technology.
ORBITALSOLAR.AI IS INDEPENDENT AND NOT AFFILIATED WITH REFLECT ORBITAL OR ANY MIRROR OPERATOR. THIS PAGE IS COMPILED FROM PUBLIC SOURCES INCLUDING FCC FILINGS, PRESS RELEASES, AND MEDIA COVERAGE.
2021FOUNDED
$35.2MTOTAL FUNDING
$1.25MUSAF CONTRACT
LATER IN 2026TARGET LAUNCH
OVERVIEW
What Reflect Orbital Does
Reflect Orbital is a US commercial space company building a constellation of orbital mirrors to deliver sunlight on demand to paying customers on Earth's surface. The company's first satellite, EARENDIL-1, is an 18×18m aluminised Mylar reflector targeting 88° near-polar orbit at 625km altitude.
The business model is service-based: customers pay per mirror-hour of illumination. Primary target markets include solar energy companies wanting supplemental generation after sunset, entertainment and events operators seeking dramatic lighting effects, and military and emergency response agencies requiring on-demand illumination of remote areas.
If EARENDIL-1 launches and operates successfully, it would be the first orbital mirror deployed since Russia's Znamya-2.5 in 1999 and the first explicitly commercial orbital mirror in history.
FUNDING
Investors & Capital
TOTAL FUNDING — $35.2M — 2025
Reflect Orbital's Series A was led by Lux Capital, with Sequoia Capital and Starship Ventures participating. Sequoia had previously led the $6.5M seed in September 2024 — its first space investment since SpaceX in 2010. Combined with the SBIR contract and angel investments, total raised as of 2026 is $35.2 million USD. SpaceX was confirmed as launch provider for the first two missions in September 2025, using Falcon 9.
LUX CAPITAL — SERIES A LEADSEQUOIA CAPITAL — SEED LEADBAIJU BHATT (ANGEL · ROBINHOOD CO-FOUNDER)
MARKET DEMAND — 260,000 APPLICATIONS
Before launching a single satellite, Reflect Orbital received over 260,000 service applications from 157 countries — an extraordinary signal of global demand for orbital illumination. Solar farms, entertainment venues, emergency services, and military operators across every continent applied for access to the service. This figure represents the largest pre-launch waitlist in commercial space history and validates the company's core thesis that demand exists at scale before the technology is proven.
SEED ROUND — $6.5M — 2024
An earlier seed round of $6.5M provided initial capital for technology development and team building. Combined with the Series A, total venture funding stands at $26.5M ($35.2M including the Air Force SBIR contract).
US AIR FORCE SBIR CONTRACT — $1.25M — 2025
Reflect Orbital received a $1.25 million Small Business Innovation Research (SBIR) contract from the US Air Force. The contract funds research into military illumination applications including force protection, remote operations support, and search and rescue. This contract is significant beyond its dollar value — it represents US government validation of the technology and provides a credible non-commercial use case that strengthens the company's regulatory and public relations position.
US AIR FORCE SBIR — $1.25MFORCE PROTECTIONSEARCH & RESCUE
EARENDIL-1 MISSION
Technical Specifications
MIRROR SIZE
18×18m (Mylar aluminised film)
ORBITAL ALTITUDE
625 km 88° near-polar orbit
PASS DURATION
3.5 minutes per pass over a ground target
BEAM FOOTPRINT
5 km diameter on ground
BEAM INTENSITY
20% of midday solar irradiance (200 W/m²)
PEAK BRIGHTNESS
Magnitude −4 to −5 (Venus-equivalent) at zenith
LAUNCH VEHICLE
SpaceX Falcon 9 (confirmed)
FCC FILING
Experimental licence filed August 2025
TARGET LAUNCH
Mid-2026
MISSION TYPE
Commercial demonstration
EARENDIL-1 · MISSION GEOMETRY · ANIMATED · NOT TO SCALE
■ Mirror — 18×18m Mylar, aluminised
▲ Reflected beam — 20% solar irradiance
○ SSO orbit — 625km altitude
● Ground footprint — 5km diameter
EARENDIL-1 is a demonstration satellite — the first in what Reflect Orbital intends to become a constellation of up to 5,000+ mirrors by 2030, scaling toward 50,000+ by 2035. The demonstration mission's primary goal is to prove the end-to-end commercial concept: that a mirror can be precisely aimed at a paying customer's location, deliver meaningful supplemental light, and operate reliably enough to sell as a service.
TIMELINE
Company History
OCTOBER 2021
Company Founded
Reflect Orbital founded by Ben Nowack (ex-SpaceX) and Tristan Semmelhack (ex-Zipline). The founders bring launch operations and logistics experience respectively — both critical for a hardware-as-a-service space company.
SEPTEMBER 2024
$6.5M Seed Round — Sequoia Leads
Sequoia Capital's first space investment since SpaceX in 2010. Partner Shaun Maguire leads. Baiju Bhatt (Robinhood co-founder) and Zipline co-founders participate as angels. Initial seed capital funds technology development, team growth, and regulatory groundwork.
MAY 2025
$20M Series A — Lux Capital Leads
Series A led by Lux Capital, with Sequoia Capital and Starship Ventures participating. Josh Wolfe (Lux) joins the cap table. Total raised reaches $35.2M including the Air Force SBIR contract. SpaceX Falcon 9 confirmed as launch vehicle.
JUNE 2025
US Air Force SBIR Contract — $1.25M
AFWERX and the Air Force Research Laboratory award Reflect Orbital a Phase II Small Business Innovation Research contract to study military illumination applications. This is the first public indication of US government interest in the technology and significantly strengthens the company's position with regulators and investors.
AUGUST 2025
FCC Experimental Licence Application
Reflect Orbital files with the FCC for an experimental licence (SAT-LOA-20250701-00129) to operate EARENDIL-1 in an 88° near-polar orbit. The filing triggers significant media coverage and the first sustained public debate about orbital mirror regulation. Target launch date cited in filing: April 2026.
OCTOBER–DECEMBER 2025
Mainstream Media & Astronomer Response
Space.com, Scientific American, Smithsonian, and Live Science all publish major analysis pieces. The International Astronomical Union expresses concern. Coverage peaks with astronomers describing the proposed constellation as "catastrophic and horrifying." The controversy establishes orbital mirrors as a mainstream science policy debate.
LATER IN 2026 · TARGET
EARENDIL-1 Launch
If launched on schedule on a SpaceX Falcon 9, EARENDIL-1 would be the first orbital mirror since Znamya-2.5 (1999) and the first commercial orbital mirror in history. the FCC granted approval on 9 July 2026; a confirmed launch date is the only remaining gate. Pass tracking will go live on OrbitalNodes.ai from launch day.
BUSINESS MODEL
How Reflect Orbital Makes Money
SERVICE PRICING — ESTIMATED
Reflect Orbital's commercial model sells illumination as a service rather than selling hardware, and the pricing is tiered. In a March 2026 interview, chief executive Ben Nowack put the rate at roughly $5,000 per mirror-hour for a customer committing to an annual contract of at least 1,000 hours. One-off events and emergency lighting would cost more, because they need multiple satellites and considerably more coordination.
Solar farms are the exception. Rather than billing them by the hour, Nowack described splitting the revenue from the additional electricity generated — a fundamentally different arrangement to the headline rate, and one that quietly concedes that no solar operator would pay $5,000 an hour for roughly $72 of electricity. The per-hour economics work best for entertainment and military customers, where the value of light isn't measured in kilowatt-hours. We break the solar case down here.
TARGET CUSTOMER SEGMENTS
Solar energy farms — supplemental generation after sunset to extend revenue windows. Economics challenging at current pricing for smaller installations.
Entertainment & events — stadiums, festivals, outdoor concerts seeking dramatic lighting effects. High willingness to pay relative to energy value.
Military & emergency response — SBIR contract validates demand. Illuminating remote sites on demand without aircraft or ground infrastructure has strategic value.
Search & rescue — disaster zones, remote crash sites, maritime emergencies where on-demand illumination could save lives.
Revenue model and customer segmentsReflect Orbital
☀Solar farms
Extend generation after sunset
Challenging at $5k per mirror-hour
🎪Entertainment
Stadiums, concerts, outdoor events
Strong — value is not measured in kWh
⚡Military / govt
Remote operations; a USAF SBIR contract has been won
Very strong — no terrestrial alternative
🚨Emergency
Disaster zones, search and rescue
Humanitarian — not a primary revenue line
Estimated pricing at launch — $5,000 per mirror-hour
Breakeven · solar farm
1 MW farm × 3.5 min pass = 0.058 MWh × $50/MWh = $2.92 of electricity vs $5,000 service cost
That is roughly 1,700 passes a year to break even on a single farm. The economics only close with far larger farms or far lower per-pass pricing.
Breakeven · stadium event
Event revenue in the millions of dollars $5,000 lighting spend = ~0.03% of takings
Here the economics work, because the value is not tied to an energy price — it is priced as spectacle, not as kilowatt-hours.
The solar-farm case is the one Reflect Orbital leads with publicly, and it is the hardest to justify arithmetically at the quoted price. Entertainment, defence and emergency use are the segments where a $5,000 mirror-hour is small against the value delivered. Pricing is an estimate; Reflect Orbital has not published a rate card.
CONTROVERSY
Opposition & Regulatory Status
Reflect Orbital faces near-unanimous opposition from the professional astronomy community. The International Astronomical Union has called for a moratorium on large reflective satellite constellations pending environmental impact assessment. The IAU has no regulatory authority, but its position has influenced public and political debate.
The FCC, which issued Reflect Orbital's experimental licence, is a telecommunications regulator with no mandate to weigh astronomical or ecological impact. No US or international body currently has specific authority to approve or deny an orbital mirror mission on environmental grounds.
The core governance question — whether any body can prevent a commercial operator from altering the shared night sky — remains unresolved. EARENDIL-1 alone is unlikely to cause material harm to observatories. The concern is what the precedent enables.
For a full analysis of the arguments on all sides, see our Controversy Explained page.
// WHILE YOU WAIT FOR EARENDIL-1
Reflect Orbital's first satellite isn't in orbit yet. In the meantime, you can see what else is up there right now — the ISS, Hubble, Tiangong, every Starlink train, and thousands of other satellites with live pass predictions for your location.