Mission: SpaceX CRS-27
Launch date: Tuesday, March 14, 2023 at 8:30 p.m. EDT
Location: Launch Complex 39A at Kennedy Space Center in Florida
SpaceX CRS-27
Launch Resources
- Mission Overview
SpaceX CRS-27 Mission Overview
On this mission, multiple payloads represent life science, advanced materials projects, and technology demonstrations sponsored by the ISS National Lab.
- Press Release
Next SpaceX Mission to International Space Station Includes Research on Cardiac Tissue Chips, Protein Crystals, and Materials for Cost-Effective Satellites
These investigations aim to improve life on Earth and foster commerce in low Earth orbit.
- Press Release
Cardiac Tissue Chips to Fly to the ISS to Refine Drug Screening
To improve patient care and quality of life for people with heart disease, researchers from Stanford University are turning to the ISS National Lab.
- Press Release
NIH-Funded Tissue Chips Will Fly to ISS on SpaceX CRS-27 Mission to Improve Therapeutics
Researchers from Johns Hopkins University are leveraging the microgravity environment of the ISS National Laboratory to better understand how cardiovascular disease progresses over time.
- Press Release
Investigation to Test 3D Printed Materials for Satellite Manufacturing Launching on SpaceX CRS-27
The investigation will utilize the MISSE Flight Facility where the material samples will experience the harshness of space in the ultimate test of their durability.
- Press Release
Research to Help Replace Medication Infusions with Quick Injections to Launch on SpaceX CRS-27
Bristol Myers Squibb is excited to take advantage of access to space through the ISS National Lab with research designed to "meet the unmet medical needs of our patients."
- Video
SpaceX CRS-27 Research: Overview
The SpaceX Dragon spacecraft will carry important research in the areas of life sciences and technology development to the ISS on its 27th Commercial Resupply Services mission.
- Video
SpaceX CRS-27 Research Overview; Cardinal Heart 2.0
Stanford University researchers are launching a new series of tissue chip investigations to evaluate heart cells and test new therapeutics for improving the quality of life of patients on Earth and beyond.
- Press Release
Heart Muscle Tissue Chips Among Life Science Investigations Launching to ISS on SpaceX CRS-27
Results from these investigations could offer better quality of life and improve patient care back here on Earth.
- Press Release
3D Bioprinter to Print Human Meniscus on the ISS
This investigation aims to provide data to aid in disease modeling, drug development and the advancement of tissue engineering.
- Press Release
Rhodium Scientific to Test the Concept of Biomanufacturing in Space
When you pack for an extended trip, you usually bring everything you will need while you are away. But what do you do if your trip takes you to space, where cargo room is extremely limited and expensive?
