Booking a CubeSat rideshare launch requires navigating payload requirements, provider selection, export licensing, and integration timelines. This guide walks you through the full process from mission definition to launch — so you know what to expect at each step.
Step 1: Define Your Mission Requirements
Before approaching any launch provider, document your mission parameters:
- Mass: CubeSat form factor (1U, 3U, 6U, 12U) and wet mass in grams
- Volume: Stowed dimensions (must fit in standard P-POD or equivalent deployer)
- Orbit: Target altitude (km), inclination (°), and LTAN (for SSO)
- Power and thermal limits: Maximum power during integration and deployer exposure
- RF requirements: Frequency bands, transmit power, polarization
- Needed launch date / launch window: Hard date or flexible range
Step 2: Understand Export Licensing Requirements
If your payload contains US-origin components or technology, it may be subject to ITAR (International Traffic in Arms Regulations) or EAR (Export Administration Regulations). Before choosing a launch vehicle:
- Classify your payload under USML or CCL (consult an export attorney)
- If ITAR-controlled: you can only launch on US vehicles without a license, or must obtain a State Dept. license for foreign launch
- Process takes 3–18 months; factor this into your booking timeline
Step 3: Select Your Target Orbit
Your orbit determines which launch vehicles and rideshare manifests you can join:
- LEO (28–53°): Broadest selection, most affordable. Good for technology demonstration and Earth imaging at mid-latitudes.
- Sun-Synchronous Orbit (SSO): Required for consistent lighting in Earth observation. Served by Falcon 9 Transporter, ISRO PSLV, Rocket Lab Electron, Vega-C.
- Polar Orbit: Full global coverage for IoT and AIS constellations.
- Custom altitude: Only achievable with in-orbit transportation (D-Orbit ION, Exolaunch CargoLiner) or a dedicated launch.
Step 4: Compare Rideshare Providers
Key criteria when evaluating rideshare providers:
- Available launch dates and manifest slots remaining
- Target orbit (inclination, altitude)
- Price per kg or fixed-price for your form factor
- Integration services included (testing, deployer, insurance)
- Customer references and launch success history
- Launch site location and RF licensing support
Compare available launch services on KOSMOLAB SPACE →
Step 5: Request a Quote and Negotiate the LSA
Once you have identified 2–3 shortlisted providers:
- Submit a formal Request for Quote (RFQ) with your mission parameters
- Receive preliminary pricing and slot availability
- Review the Launch Services Agreement (LSA): pay attention to liability clauses, indemnification, range safety requirements, and schedule change provisions
- Confirm insurance requirements — most providers require 3rd-party liability coverage
- Sign the LSA and pay the deposit (typically 20–30% of total contract)
Step 6: Complete Environmental Testing
Most providers require the following tests before integration:
- Vibration test: Simulates launch acoustic environment. Required for all flight hardware.
- Thermal vacuum (TVAC): Verifies operation in space environment. Required by most providers for payloads with active electronics.
- EMI/EMC test: Ensures RF systems do not interfere with launch vehicle or other payloads.
- Mass properties measurement: Precise mass and center-of-mass for flight manifest documentation.
Step 7: Integration and Launch
- Ship hardware to the provider’s integration facility (typically 4–8 weeks before launch)
- Integration review: Provider verifies your payload meets interface requirements
- Closeout: Payload installed in deployer, battery fully charged or discharged per requirements
- Launch: NET date confirmed 2–4 weeks before; T-0 within launch window
- Separation: Deployer springs eject payload 30–90 minutes after MECO
- First contact: Acquire signal from ground station within first 1–2 passes
Booking Timeline Summary
| Phase | Duration | Notes |
|---|---|---|
| Mission definition | 1–3 months | Internal |
| Export licensing (if needed) | 3–18 months | Start early |
| Provider selection + LSA | 1–3 months | Includes negotiation |
| Environmental testing | 1–4 months | Depends on readiness |
| Integration at launch site | 1–3 months | Before launch |
| Total typical timeline | 9–24 months | From start to launch |
Ready to Start?
Browse available rideshare launch services on KOSMOLAB SPACE — filter by orbit, form factor, and launch date to find the right manifest for your mission. Submit a request and receive quotes directly from certified providers.
Frequently Asked Questions
How far in advance do I need to book a rideshare launch?
Most rideshare providers recommend booking 12–18 months before your target launch date. Some Transporter manifests fill up 18+ months in advance. Dedicated small launches (Rocket Lab, Firefly) may be bookable 6–12 months out.
Can I book a launch without a complete satellite?
Yes, many providers allow early booking (with a deposit) to reserve a slot while development continues. You typically need to provide preliminary mass/volume data and complete testing 3–4 months before launch.
What if my satellite is not ready for the booked launch?
Launch services agreements typically have schedule change provisions. Rolling to the next manifest usually incurs a fee of 10–25% of contract value. Some providers offer flexible booking with roll-forward options for an additional premium.
Do I need launch insurance?
Launch insurance for the satellite is optional but strongly recommended for missions with hardware cost above $100,000. Third-party liability insurance is required by most launch vehicles and is typically provided by the launch vehicle operator — confirm what is included in your LSA.