Astra

ASTR

Astra Space is a launch services company focused on providing frequent, affordable access to space for small satellites.

Alameda, United States
Est. 2016
Commercial Public
Visit Website
Quick Facts
Country
United States
Founded
2016
Type
commercial
Status
public

About Astra

Updated 2024-12-28

Astra Space is a launch services company focused on providing frequent, affordable access to space for small satellites. Founded in 2016 and headquartered in Alameda, California, Astra developed one of the smallest orbital rockets ever built, targeting the emerging small satellite constellation market. The company has faced significant challenges in achieving operational stability.

Astra trades on NASDAQ under ASTR following its 2021 SPAC merger, though the company has experienced substantial stock price decline from its debut. The company has undergone leadership changes and strategic pivots, with Chris Kemp serving as CEO. Astra represents both the promise and challenges of the small launch vehicle market.

History and Milestones

Chris Kemp and Adam London founded Astra in 2016 with the goal of developing an orbital rocket within a short timeframe and minimal budget. The company participated in DARPA's Launch Challenge competition, pushing rapid development of its Rocket 3 series.

Astra achieved orbit for the first time in November 2021 with Rocket 3.3, becoming one of the few companies to demonstrate new orbital capability that year. However, the company struggled to establish reliable operations, with multiple mission failures affecting customer payloads.

In 2022-2023, Astra pivoted from its small Rocket 3/4 design to develop Rocket 4, a larger and more capable vehicle. The company also acquired Apollo Fusion, an electric propulsion company, diversifying into spacecraft components. These strategic shifts aimed to improve long-term viability.

Products and Services

Astra developed the Rocket 3 and Rocket 4 series, small orbital launch vehicles designed for rapid, flexible launch operations. The rockets use five Delphin kerosene/liquid oxygen engines on the first stage, designed for mass production and low cost.

Following its pivot, Astra focuses on spacecraft propulsion systems through its Apollo Fusion subsidiary. The company's electric propulsion systems serve small satellite constellations and larger spacecraft, providing a revenue stream independent of launch operations.

Astra offers launch services for small satellites, competing in the dedicated small launch market. The company's approach emphasizes operational flexibility and rapid deployment capability rather than the highest performance.

Technology and Capabilities

Astra designed its rockets for simplicity and manufacturability, using pressure-fed engines and minimizing complexity. The company developed mobile launch infrastructure enabling operations from multiple locations with minimal ground support.

Apollo Fusion's electric propulsion technology includes the Apollo Constellation Engine and other systems for satellite station-keeping and maneuvering. These propulsion systems serve both internal Astra programs and external customers.

The company invested in manufacturing automation and efficiency, aiming to produce rockets at rates supporting high launch frequency. However, achieving reliable operations has proven challenging.

Business and Financial Overview

Astra went public through a SPAC merger in 2021, initially reaching a valuation exceeding $2 billion. The stock has since declined significantly as operational challenges became apparent. The company has raised additional capital to fund continued operations and development.

Revenue comes from launch services and spacecraft propulsion sales, though launch revenue has been limited by mission failures and program delays. The Apollo Fusion acquisition provides a steadier revenue stream from propulsion system sales.

The company faces significant financial challenges, including cash burn and the need for additional capital. Strategic decisions about launch vehicle development versus propulsion system focus will determine Astra's path forward.

Recent Developments

In 2024, Astra continued developing Rocket 4 while operating its spacecraft propulsion business. The company faced decisions about resource allocation between launch vehicle development and the propulsion systems business.

Astra's Apollo Fusion unit secured contracts for electric propulsion systems, providing ongoing revenue. The company also explored partnerships and strategic alternatives to improve its competitive position.

The small launch market has proven challenging for multiple companies, with Astra's struggles reflecting broader industry dynamics. The company's future depends on achieving operational reliability or successfully pivoting to spacecraft systems.

Market Position

Astra entered a competitive small launch market including Rocket Lab, Virgin Orbit (now defunct), and emerging players. The company's challenges illustrate the difficulty of establishing reliable orbital launch operations.

The pivot toward spacecraft propulsion diversifies Astra's business beyond launch services. Electric propulsion represents a growing market as satellite constellations demand efficient maneuvering capabilities.

Astra's competitive position remains uncertain, with the company needing to demonstrate either successful Rocket 4 operations or a viable path as a spacecraft systems provider. The small launch market continues to consolidate around proven providers.

Stock Performance

ASTR · Daily close data

Yahoo Finance

Share

Share:

Suggest an Edit

Is this information outdated or incorrect? Help us improve this profile.

Submit Correction

Explore More

Discover 1,000+ space companies worldwide

Browse All Companies

Data Accuracy Notice: Information about Astra is compiled from publicly available sources including company websites, press releases, regulatory filings, and industry reports. Data is reviewed periodically but may not reflect the most recent developments.

Last updated: December 28, 2024
Company representatives may submit corrections This page does not constitute an endorsement or affiliation Learn about our data methodology