Synopsis
The NASA CubeSat 101 handbook is an extensive guide covering various aspects of developing, launching, and operating CubeSats. Below is a summary of its key chapters and content.
Introduction to CubeSats and Launch Vehicles
- CubeSats: This section introduces CubeSats, which are miniaturized satellites used for space research.
- Dispenser Systems: Detailed information on CubeSat dispenser systems, including 3U and 6U dispensers, is provided.
- Launch Vehicles: The handbook discusses various types of launch vehicles, commonly referred to as rockets.
Development Process Overview
This section outlines the entire development process of a CubeSat project, from concept to deployment. It provides an estimated timeline for each phase, highlighting that the overall process can take anywhere from 9 months to a few years, depending on various factors such as the launch vehicle and orbital requirements. Key phases include concept development, securing funding, design, regulatory licensing, hardware fabrication and testing, readiness reviews, and integration with launch vehicle.
Mission Models
The handbook describes different mission models for launching CubeSats:
- NASA-Procured Launch Vehicle Model
- Operationally Responsive Space (ORS) Rideshare Mission Model
- National Reconnaissance Office (NRO) Rideshare Mission Model
- Commercial Launch Service through a Third-Party Broker
- International Space Station (ISS) Deployment Model
Requirement Sources for Launch
Key requirements and guidelines for launching CubeSats are covered, including:
- Mission-Specific Interface Control Documents (ICDs)
- Launch Services Program (LSP) Requirements
- CubeSat Design Specifications (CDS)
- Dispenser Standards/Specifications
- Federal Statutes
- Range Safety Requirements
Licensing Procedures
This chapter focuses on licensing procedures that CubeSat developers must follow, including radio frequency (RF) licensing and remote sensing requirements.
Flight Certification Documentation
Detailed information on the documentation required for CubeSat flight certification is provided. This includes compliance with orbital debris mitigation, transmitter surveys, material lists, mass properties reports, battery reports, dimensional verifications, electrical reports, venting analysis, various testing procedures and reports, compliance letters, and safety package inputs.
Overall, the handbook serves as a comprehensive guide for first-time CubeSat developers, providing detailed insights into each phase of the CubeSat development and launch process.
