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Reflect Orbital books 2 Indian launches as US rocket supply fears grow

A US startup secures Indian launch capacity for its mirror constellation, signaling concerns about domestic rocket availability.

Illustration: A small satellite shaped like a perfect sphere floats in deep space, its mirrored surface reflecting the blue curve of Earth below.
AI-generated illustration: Circuit Observer

Key points

  • Reflect Orbital purchased two launch contracts from Skyroot Aerospace, using Vikram-1 and Vikram-1U rockets.
  • The move highlights fears that US launch capacity may tighten as SpaceX shifts focus to Starship.
  • The FCC previously approved Reflect’s first in-space mirror satellite earlier this year.

California startup Reflect Orbital has secured launch capacity from Indian provider Skyroot Aerospace to support its ambitious plan to beam sunlight to Earth. According to Payload Space, the company announced the purchase of two launches on Wednesday. This decision comes as the broader satellite industry worries about potential shortages in US launch availability.

How it unfolded

  • Reflect Orbital announced the acquisition of two launch slots from Skyroot Aerospace on Wednesday.
  • One mission will utilize the Vikram-1 rocket, which previously achieved orbit in July.
  • The second mission is scheduled for the upgraded Vikram-1U rocket.

Who is affected

Reflect Orbital plans to deploy a constellation of approximately 50,000 mirrors in orbit. These mirrors are designed to beam sunlight to the ground for power generation and illumination purposes. The company intends to launch its first satellite on a SpaceX Falcon 9 rideshare next year. The Federal Communications Commission approved Reflect’s first in-space mirror satellite earlier this year, clearing regulatory hurdles for the initial phase of the project.

What happens next

The selection of an Indian launch provider underscores concerns among satellite operators regarding US launch capacity. Industry observers note that SpaceX is phasing out its Falcon 9 rocket in favor of the larger, less proven Starship vehicle. This transition could create a temporary under-supply of launch opportunities in the United States. Meanwhile, Colorado startup LEAP aims to enter the small-satellite launch market in 2028 with its Bighorn rocket.

The background in plain language

Space missions require rockets to reach orbit, a service provided by launch providers. Companies often book these slots years in advance to ensure their satellites reach space on schedule. If a primary provider reduces its fleet or shifts to new, untested vehicles, customers may face delays or limited availability. Diversifying launch providers helps mitigate this risk. Teams usually evaluate multiple vendors to ensure continuity. Check whether your supply chain depends on a single launch provider. Maintain flexibility in your launch contracts to adapt to market changes.

What to do and how to stay safe: Reflect Orbital

  • Monitor your launch provider’s vehicle roadmap for potential capacity reductions or transitions.
  • Identify alternative launch providers in different regions to diversify your supply chain.
  • Review contract terms for flexibility in scheduling and vehicle selection.
  • Stay informed about regulatory approvals for new launch vehicles and providers.

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General security guidance from the Circuit Observer newsroom. It is not confirmed advice from the organisations named in this story.

Frequently asked questions

Why did Reflect Orbital choose Skyroot Aerospace?

Reflect Orbital selected Skyroot to secure launch capacity amid concerns about potential shortages in the US market as SpaceX transitions to Starship.

What rockets will carry Reflect Orbital’s satellites?

The company will use Skyroot’s Vikram-1 rocket for one launch and the upgraded Vikram-1U for the other.

What is Reflect Orbital’s business model?

Reflect Orbital plans to launch a constellation of mirrors to beam sunlight to Earth for power generation and illumination.

Sources

  1. Ars Technica
Reflect OrbitalSkyroot AerospaceVikram-1Vikram-1USpaceX

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