JAXA安全・信頼性推進部 HOME > JAXA共通技術文書 Take maximum benefit from JAXA's Development Experience Safety and Mission Assurance Department has developed a number of Standards for various spacecraft development, including satellites and rockets. These Standards must be a kind of “bibles”, which have evolved over time to promote development efficiency and mission success. Although the Standards have been developed to apply to larger JAXA projects, we believe they are still useful for a variety of commercial projects. JAXA Management Requirement JMR-001　System Safety StandardJapanese JMR-002　Launch Vehicle Payload Safety StandardJapanese - JMR-002 Format - CZA-2018029 Launch Vehide Payload System Safety Program Plan / Safety Data Package Template - CZA-2018029 Format JMR-003　Space Debris Mitigation StandardJapanese JMR-004　Reliability Program StandardJapanese JMR-005　Quality Assurance Program StandardJapanese JMR-006　Configuration Management StandardJapanese JMR-010　Contamination Control StandardJapanese JMR-012　Electrical, Electronic, And Electromechanical Parts Program StandardJapanese JMR-013　Quality Assurance Program Standard（Basic Requirements: JIS Q 9100）Japanese JMR-014　Planetary Protection Program StandardJapanese JMR-016　Standard for Spacecraft Collision Risk ManagementJapanese JAXA Engineering Requirement, Guideline -- Spacecraft Design Standards Tree JERG-0-001　Technical Standard For High Pressure Gas Equipment For Space UseJapanese JERG-0-047　Safety Standard for Controlled Re-entryJapanese JERG-0-039　Standard for Soldering Process for Space UseJapanese JERG-0-043　Standard for Surface Mount Soldering Process for Space UseJapanese JERG-0-049　Software Development StandardJapanese JERG-0-052　Handbook of the use of Commercial EEE Parts in Space Applications (General Purpose)Japanese JERG-0-054　Standard for BGA/CGA Mounting Process for Space UseJapanese JERG-0-062　Guideline for Space Application of Commercial EquipmentJapanese JERG-1-007　Safety Regulation for Launch Site OperationJapanese JERG-2-000　Spacecraft Design StandardJapanese JERG-2-026　Safety Standard for ON-ORBIT Servicing MissionsJapanese JERG-2-027　Handbook of the use of Commercial EEE Parts in Space Applications (Small Satellite, Nanosatellite)Japanese JERG-2-143　Space Environment Effects MitigationJapanese JERG-2-144　Micro-debris Impact Survivability Assessment ProcedureJapanese JERG-2-152　Disturbance Control StandardJapanese JERG-2-200-TP001　Template for Electrical Design Criteria for Scientific SpacecraftJapanese JERG-2-211　Spacecraft Charging and DischargingJapanese JERG-2-212　Wire DeratingJapanese JERG-2-213　InsulationJapanese JERG-2-214　Power Sub SystemJapanese JERG-2-215　Solar Array PaddleJapanese JERG-2-241　EMCJapanese JERG-2-310　Spacecraft Thermal Control SystemJapanese JERG-2-330　MechanismsJapanese JERG-2-400　CommunicationsJapanese JERG-2-400-TP101　Standard of Communications and Data-Handling ArchitectureJapanese Part 1: General Part 5: Onboard Subnetwork Protocol Architecture Part 6: Ground Subnetwork Protocol Architecture Template for Communications Design Criteria for Scientific Spacecraft JERG-2-400-TP102　Standard of Communications and Data-Handling ArchitectureJapanese Part 2: End-to-End Protocol Architecture (SCDHA2) JERG-2-400-TP103　Standard of Communications and Data-Handling ArchitectureJapanese Part 3: Space Data Link Protocol Architecture (SCDHA3) JERG-2-432-TP101　SpaceWire-RJapanese JERG-2-500　Control SystemJapanese JERG-2-510　Attitude Control SystemJapanese JERG-2-610　Software Development Standard For SpacecraftJapanese JERG-2-700-TP001　Functional Model of Spacecrafts (FMS)Japanese JERG-2-700-TP002　Spacecraft Monitor and Control Protocol (SMCP)Japanese JERG-2-700-TP004　Definition of Spacecraft Information Base 2 (DSIB2)Japanese JERG-2-700-TP108　Standard of Communications and Data-Handling ArchitectureJapanese Part 8: Time Management (SCDHA8) JERG-3-003　Software Development Standard For Ground SystemJapanese