JUPITER 1: Your CubeSat's High-Altitude Testbed – Reliable Suborbital Flight for Orbital Readiness
For universities and small satellite developers, the gap between building a CubeSat and launching it into orbit is bridged by one critical phase: rigorous testing. KSF Space Foundation introduces the JUPITER 1 Suborbital Rocket, a dedicated, cost-effective platform designed to put your Nanosatellite hardware through the ultimate space readiness trial.
No longer do you have to rely on complex, expensive, and non-dedicated launch vehicles for essential pre-orbital testing. JUPITER 1 is engineered to provide the high-stress, real-world conditions—including vibration, thermal cycling, and telecommunication checks—necessary to ensure your satellite is truly ready for its long-term orbital mission.
The Purpose-Built Solution for CubeSat Flight Testing
A suborbital test flight is an indispensable step in the Verification & Validation (V&V) process for any small satellite. The JUPITER 1 rocket is specifically dedicated to this mission, offering a true-to-life environment far beyond the capabilities of ground-based thermal vacuum chambers or shaker tables.
Ensuring Orbital Readiness
JUPITER 1 provides an affordable way to confirm your satellite bus and payload can survive the journey and perform in the vacuum of space.
Vibration Testing:
Validate the integrity of your CubeSat structure and components against the severe acoustic and mechanical stresses of launch.
Thermal and Vacuum Exposure:
Subject your satellite's electronics and materials to the extreme temperature swings and vacuum environment experienced on a typical ascent trajectory.
Telecommunication Checks:
Test the deployment and function of your antennas and the reliability of your communications link before your orbital flight.
What is the JUPITER 1 rocket used for? It is KSF Space’s first suborbital rocket dedicated exclusively to CubeSat and Nanosatellite hardware flight testing to confirm vital system functionality before an expensive orbital deployment.
JUPITER 1's Technical Edge: Reusable and High-Altitude Capacity
The design and capabilities of the JUPITER 1 vehicle were conceived to maximize both performance and accessibility for the global small satellite community.
Engineering for Efficiency and Extreme Altitude
The JUPITER 1 platform is the result of focused academic and industry cooperation, built to deliver exceptional value:
Reusable and Cost-Effective:
JUPITER 1 is a two-stage reusable rocket supported by excellent recovery systems. This reusability is key to driving down costs, making repeated test flights for iteration and refinement affordable for international universities.
Extreme High-Altitude Apogee:
JUPITER 1 is designed with a remarkable altitude capacity, able to exceed an apogee of 30,000 KM. This capability offers an extended period of space-like conditions for comprehensive data collection.
Dedicated Payload Capacity:
The vehicle is built to carry up to three CubeSat payloads per flight, optimizing launch efficiency and availability for test missions.
Collaborative Design:
The rocket was developed in collaboration with the Aerospace Department at Kansas University in the USA, guaranteeing a blend of academic rigor and cutting-edge engineering.
Watch our intro video
Global Access to a US Launch Site
KSF Space is committed to democratizing space access, meaning the JUPITER 1 is available to academic and commercial partners from around the world.
Our JUPITER 1 Suborbital Rocket launches from a dedicated site in the USA, providing a reliable, established gateway for international teams to validate their hardware. By partnering with KSF Space, your project benefits not only from cutting-edge rocket technology but also from reliable flight scheduling and robust recovery services.
If your university or company is developing its first, or next, Nanosatellite, do not compromise on testing. Contact KSF Space today to reserve your flight and secure your satellite’s successful transition from the lab to orbit.
Interested in a rideshare or dedicated launch, contact info@ksf.space
Download CubeSat Kit Version 2.0 Technical Presentation
