← The field
AerospaceSeries AHawthorne, CAVerified

Reflect Orbital

Sunlight on demand — a satellite constellation that sells daylight after dark.

AerospaceEnergy
What they build

The product

Reflect Orbital is developing Eärendil-1 and proposes a follow-on constellation of reflective satellites for localized lighting and energy applications. The FCC authorized construction, launch, and operation of the single Eärendil-1 demonstration spacecraft; that authorization does not establish commercial service, production scale, or approval for an operational constellation.

Why it matters

The thesis

Solar's biggest constraint is the duck curve — generation drops at exactly the wrong time. If Reflect's constellation works at scale, it turns nighttime solar from impossible to economic, unlocking baseload-grade renewable power and a new orbital infrastructure category. A genuine new-physics bet on U.S.-built space hardware.

Operating model

How it runs

Plans to operate shared orbital infrastructure and sell scheduled sunlight or lighting services to approved users. The company remains in demonstration and regulatory development, supported in part by venture funding and a federal Phase II SBIR award of $1,248,763; public sources do not establish customer pricing, binding commercial contracts, or operating revenue.

Revenue model

How it earns

Commercial sunlight-as-a-service contracts are the core model, supplemented during development by government R&D awards such as a $1.25 million AFWERX Phase II SBIR contract. Customer pricing and contract economics have not been publicly disclosed.

Strategic edge

Why it wins

The system is designed to deliver controllable, relocatable, full-spectrum light to precise service areas without poles, wires, fuel, or other ground infrastructure. A shared orbital constellation could serve multiple markets while scaling brightness and duration as satellite count grows.

Source material

Evidence ledger

Mentioned in

Articles, news, and updates

No tagged mentions for Reflect Orbital yet.