Low Earth Orbit Launch Services
Browse 224 launch windows targeting Low Earth orbit. Compare rideshare slots, providers, and book your CubeSat deployment.
Low Earth Orbit (LEO) is the most active zone for commercial rideshare launches, occupying altitudes between 160 and 2,000 km above Earth. The majority of CubeSat and SmallSat missions deploy into LEO due to its favorable launch economics, low delta-v requirements, and compatibility with the widest range of rideshare vehicles — from SpaceX Falcon 9 Transporter missions to Rocket Lab Electron dedicated launches.
LEO is the backbone of Earth observation, IoT connectivity, and technology demonstration missions. Orbital periods of 90–120 minutes allow frequent ground station contacts, reducing data latency and simplifying mission operations for small teams. Atmospheric drag at lower LEO altitudes (below 500 km) ensures natural deorbit within 5–25 years, keeping missions compliant with debris mitigation guidelines.
Popular LEO inclinations include 53°, 97.6° (SSO), and 45°. Rideshare providers on KOSMOLAB SPACE offer slots across multiple inclinations, with prices ranging from $5,500/kg on shared manifests to fixed-price 1U CubeSat deployers. Compare all available LEO rideshare slots, check launch windows, and request a quote directly through our marketplace.
Launch windows · upcoming & recent
Electron — 3U CubeSat Rideshare to LEO
Rideshare slot for 3U CubeSat on Electron rocket to Low Earth Orbit. Suitable for science missions and constellation deployment.
View detailsElectron — Dedicated SmallSat Launch
Dedicated Electron launch for small satellites up to 300 kg to customized orbit. Full mission control and flexible scheduling.
View detailsNew Glenn — Heavy Lift to LEO
Heavy-lift reusable rocket capable of delivering up to 45,000 kg to Low Earth Orbit. First launch expected 2025.
View detailsMinotaur IV — Dedicated SmallSat Launch
Minotaur IV launch vehicle derived from Peacekeeper ICBM. Available from multiple U.S. launch sites.
View detailsPegasus XL — Air Launch to LEO
Air-launched rocket dropped from L-1011 aircraft. Provides flexible orbit inclinations without range constraints.
View detailsTerran R — Fully Reusable Launch
Fully reusable 3D-printed rocket capable of 20,000 kg to LEO. First launch targeted for 2026.
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