Space & Aerospace 2026Updated

List of Commercial Spacecraft Rideshare Launch Brokers

Directory of companies that aggregate, broker, and manage rideshare launch slots for smallsats and CubeSats on commercial rockets, including integration services, deployment hardware, and orbital transfer capabilities.

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Company Name
Headquarters
Launch Vehicles Supported
Max Payload Mass
Orbit Types
Price per kg (USD)
Deployment Hardware
Satellites Deployed
Contact Email
Website

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CompanyHeadquartersLaunch VehiclesSatellites Deployed
Exolaunch GmbHBerlin, GermanyFalcon 9, Vega, PSLV380+
ISISPACE (ISILaunch)Delft, NetherlandsFalcon 9, PSLV, Vega, Firefly Alpha775+
SEOPSHouston, TX, USAFalcon 9, Atlas V400+
Maverick Space SystemsSan Luis Obispo, CA, USAFalcon 9, Electron100+
D-OrbitFino Mornasco, ItalyFalcon 9, Vega-C19 OTV missions

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Commercial Rideshare Launch Brokerage: How Smallsats Reach Orbit

Rideshare launch brokers serve as intermediaries between small satellite operators and launch vehicle providers, purchasing bulk capacity on rockets and reselling individual slots to customers who cannot fill—or afford—an entire launch. This aggregation model, pioneered by companies like Spaceflight Inc. in the early 2010s, has become the dominant pathway to orbit for satellites under 500 kg.

Market Structure and Key Players

The landscape shifted significantly when Firefly Aerospace acquired Spaceflight Inc. in 2023, pivoting the original rideshare pioneer toward orbital transfer vehicles. This left Exolaunch as the highest-volume independent broker, claiming integration of over 80% of commercial smallsat operators. Other major players include ISISPACE (775+ satellites deployed from the Netherlands), SEOPS (NASA VADR contract holder), and Maverick Space Systems (30+ launch campaigns since 2019).

Pricing and Launch Economics

SpaceX’s Transporter rideshare program set the benchmark at ,000/kg for its 2026 missions (,000 for 50 kg). Brokers typically add a margin for integration, regulatory handling, and deployment hardware, bringing the all-in cost to ,000–,000/kg depending on orbit, timeline flexibility, and satellite form factor.

Service TierTypical CostWhat You Get
Basic Rideshare Slot,000/kgPort on rocket, standard deployment
Managed Integration,000–,000/kgLicensing, testing, integration, deployment
Last-Mile Delivery (OTV),000–,000/kgPrecise orbital placement via space tug

Orbital Transfer Vehicles: The Premium Option

D-Orbit (ION Satellite Carrier, 19 commercial missions) and Momentus (Vigoride OTV) offer last-mile delivery—deploying satellites to precise orbital parameters rather than the shared drop-off orbit of a standard rideshare. This is critical for operators needing specific altitudes, inclinations, or LTAN windows that differ from the primary payload.

What to Evaluate When Choosing a Broker

Manifest Frequency
How often does the broker fly? SpaceX Transporter missions launch roughly quarterly; brokers with multi-vehicle access offer more scheduling flexibility.
Regulatory Support
FCC licensing, ITU coordination, export control (ITAR/EAR) compliance—some brokers handle this end-to-end, others expect the customer to arrive license-ready.
Deployment Heritage
Ask for flight-proven deployer data. CubeSat dispensers (QuadPack, Mercury series) and microsat separation systems have varying track records.
Insurance and Liability
Third-party liability coverage varies significantly between brokers. Some include basic coverage; others require the customer to procure their own.

Frequently Asked Questions

Q.How far in advance do I need to book a rideshare slot?

Typical lead times range from 6 to 18 months depending on the broker and launch vehicle. SpaceX Transporter missions often fill 9–12 months ahead. Brokers with multi-vehicle access can sometimes accommodate shorter timelines by shifting between manifests.

Q.Can rideshare brokers place my satellite in a specific orbit?

Standard rideshare drops all payloads at the same orbit. If you need a different altitude or inclination, brokers like D-Orbit and Momentus offer orbital transfer vehicles (OTVs) that perform last-mile delivery to your target orbit after separation from the primary vehicle.

Q.What regulatory approvals does the broker handle?

Coverage varies. Full-service brokers manage FCC/ITU spectrum licensing, launch licensing, and export control compliance (ITAR/EAR). Others expect you to arrive with licenses in hand. Our data includes each broker’s regulatory service scope so you can filter accordingly.

Q.How is data on these brokers collected?

When you request this dataset, AI crawls public sources—company websites, launch manifests, FCC filings, press releases, and industry databases—to compile the latest information. Data reflects publicly available information at the time of your request.