What is a rideshare launch?

A rideshare launch is a mission where multiple small satellites share a single rocket, each paying for their share of the payload capacity. It is significantly cheaper than a dedicated launch for CubeSats and small satellites under 500kg.

How much does a CubeSat launch cost?

CubeSat launch prices range from $3,000 for a 1U on a rideshare mission to $15,000+ for a 6U. Prices depend on orbit, rocket, lead time, and form factor. Use NewSpace Market to compare current market rates.

What is the difference between SSO and LEO rideshare?

SSO (Sun-Synchronous Orbit) provides consistent Earth imaging conditions ideal for remote sensing. LEO rideshare is broader and includes ISS-altitude missions. Most CubeSat missions target SSO between 500–600km altitude.

How do I book a launch slot on NewSpace Market?

Browse available launch windows, select a window matching your orbit and schedule, then contact the service provider directly or submit a lead form on their service offer page. NewSpace Market connects you with verified launch providers.

What CubeSat sizes are supported on rideshare launches?

Most rideshare providers support 1U (100x100x113mm, 1.33kg), 2U, 3U, 6U, 12U, and 16U CubeSats, as well as custom SmallSat dispensers up to 500kg. Check each service offer for specific mass limits.

How far in advance should I book a launch slot?

Lead times vary by provider: rideshare slots on SpaceX Transporter missions typically require 6–12 months, while some smaller providers can accommodate payloads in 3–4 months. NewSpace Market shows real-time lead time per service offer.

					Space Industry Directory
				

🇺🇸 Space Companies in United States

300 space companies based in United States — launch providers, manufacturers and service suppliers listed on NewSpace Market.

300 companies

217 manufacturers

31 launch providers

33 universities

1,004 products listed

a-i-solutions

AAA Engineering & Test Lab

AAC SpaceQuest (AAC Clyde Space subsidiary)

Accion Systems

ACT (Advanced Cooling Technologies)

adaptive-launch-solutions-als

Adcole Space (Redwire)

Aerojet Rocketdyne (L3Harris)

AeroVironment (Tomahawk Robotics)

Aethero

Aevum

Agile Space Industries

Aitech Systems

Akash Systems

Alaska Aerospace Corporation

Albedo

Almagest Space

Amazon (Project Kuiper)

Anduril Industries

Antcom Corporation

Apex

Aphelion Orbitals

Apolink

Apollo Fusion (Astra)

Applied Ion Systems

Aptos Orbital

Arizona State University

Artemis CubeSat Kit

Ascend Beyond Space

AscendArc

Ascent Solar Technologies

ASTER Labs

Astra Space

Astradyne

Astranis Space Technologies

Astro Digital

Astro Mechanica

Astrobotic Technology

AstroForge

ATCi

Atlas Space Operations

Atomos Space

Auburn University

AVCOM of Virginia

Axiom Space

Ball Aerospace

Basalt Technologies

Benchmark Space Systems

Beyond Reach Labs

blacksky-technology

Bliley Technologies

Blink Astro

Blue Canyon Technologies

Blue Cubed

Blue Origin

BlueHalo (Applied Technology Associates)

Boeing Defense, Space & Security

Boreal Space

Boreal Space

Boyd Corporation

BridgeComm, Inc.

Brown University – PVDX Mission

Busek Co.

c6-launch-systems

CACI International

California Polytechnic State University – PolySat / CubeSat Program

Capella Space

Capitol Technology University

Carnegie Mellon University

Cascade Space

Catalyx Space

CC Explorations

CesiumAstro

Charter Space

chascii

CM Technology (CMT)

Cobham Advanced Electronic Solutions (CAES / Honeywell Aerospace)

Collins Aerospace

Columbia University – Columbia Space Initiative

Cornell University