laboratory at FPT Vietnam National University, Hanoi. The mission of F-1 was to "survive" the space environment for one month, measuring temperature and magnetic data while taking low-resolution photos of Earth. In 2013, Nanoracks sought permission from NASA to develop their own hardware and CubeSat/SmallSat deployer to use over the JEM-Small Satellite Deployer. Nanoracks brought leadership to the American small satellite industry by building a larger deployer capable of deploying 48U of satellites. Nanoracks designed, manufactured, and tested the deployer for NASA and JAXA approval to reach the International Space Station. The Nanoracks CubeSat Deployer was launched on 9 January 2014, on the Orbital Sciences Cygnus CRS Orb-1 mission along with 33 small satellites. Manufacturing the NRCSD Quad-M, Inc. developed the CubeSat Deployer to be compliant with the Cal Poly standard. It was redesigned and manufactured to Nanoracks' specification for use on the International Space Station. Quad-M performed an initial design analysis to ensure a compliant design. The structural analysis included a modal analysis to evaluate vibration response, and the thermal analysis included calculations to evaluate different door coating options and an initial transient thermal analysis to estimate. In addition, Quad-M performed development tests for: the door release, the CSD/CubeSat Deployment test, random vibration test, and temperature cycling. Mission profile Integrating the CubeSats CubeSat integration begins with unpacking the CSD from the shipping container and then removing the Base Plate Assembly from the rear of the CSD. Next, the CubeSat is inserted from the rear and is slid up snug against the doors. Additional CubeSats are then inserted from the rear in the same progress. The Base Plate Assembly is then reinstalled. Four jack screws are then adjusted with the Pusher Plate and locked. The Containment Bolt is then removed, and the deployer is packed for shipment. Orbital Sciences CRS Orb-1 Launch vehicle: Orbital Sciences Cygnus (Orb-1) Launch date: 9 January 2014 Total number of CubeSats: 33 Planet Labs: Doves, Flock 1A (28) Purpose: These 28 3U CubeSats are working to build an Earth-observation constellation based solely on CubeSats. The CubeSats contain batteries that provide power to the various systems in each Dove. Each satellite has an optical telescope for acquiring high-resolution images of Earth. Each satellites uses an X-band system for the downlink of acquired images and systems telemetry at data rates of 120 Mbit/s. NanoSatisfi: ArduSat (1) Purpose: This 2U CubeSat will provide a platform for students and