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KSF Space has launched the Flexible CubeSat Kit 2.0 to reduce financial barriers for university researchers and emerging national space programs.
KSF Space uses SOLIDWORKS Flow Simulation and Finite Element Analysis (FEA) to ensure structural integrity at Max-Q.
KSF Space provides a NEP Certification program to support the training of university-level satellite engineers.
KSF Space announced the commercial availability of an expanded lineup of CubeSat structures on January 9, 2026.
KSF Space offers mission prime contractors a choice between industrial-grade polymer and traditional aerospace metals for its CubeSat structures.
KSF Space provides CNC-machined Aluminum 6061-T6/7075 structures for high-power missions.
Custom aluminum frames from KSF Space are shipping on a four-to-six-week cycle.
The new CubeSat offerings from KSF Space include 1U, 2U, and 3U form factors.
KSF Space has developed the Jupiter Rocket suborbital testing platform to lower orbital access costs.
The metallic frames from KSF Space function as superior heat sinks for high-power transmitters and feature hard-anodized rails to prevent cold welding during deployment in Low Earth Orbit (LEO).
KSF Space is accepting technical quotes for 2026 mission integration.
KSF Space offers two tiers of CubeSat structures: Educational Models for lab prototyping and Professional Flight Models that are delivered clean-room ready.
The KSF Space CubeSat Kit has a compact and lightweight design that facilitates easy launch and deployment.
Dr. Mohamed El Kayyali is the President of KSF Space.
KSF Space provides comprehensive online training and support throughout the entire build process of the CubeSat Kit.
KSF Space’s Flexible CubeSat Kit version 2.0 includes all necessary components and detailed instructions for assembly and integration.
KSF Space has introduced the CubeSat Kit version 2.0, which includes four PCB boards and ample room for extra payloads.
KSF Space Foundation offers Jupiter Rocket launch pricing starting at $5,000 per 1 kg per 1U per launch.
KSF Space Foundation’s Jupiter Rocket is a suborbital rocket optimized for launching cubesats for hardware cubesat testing to an altitude of 110,0 m.
KSF Space Foundation is collaborating with academic institutes and providing opportunities for students and researchers to learn and enhance satellite and aerospace engineering expertise.