Standardutveckling · SIS/TK 643

Rymdteknik

Det pågår både globala och nationella initiativ för att förbättra hur vi kan utnyttja rymddata och avancerad rymdteknik. Sverige besitter hög kompetens och teknisk förmåga inom området, vilket utgör en möjlighet för både svensk konkurrenskraft och säkerhet. För att ge svenska aktörer möjlighet att påverka och delta i standardiseringsarbetet har SIS etablerat TK/643 Rymdteknik. Syftet är att främja teknologisk utveckling, ökad interoperabilitet samt stödja både civila och militära användningar av rymdteknik.

Kommittén arbetar med standardisering av bemannade och obemannade rymdsystem genom hela deras livscykel – från design och tillverkning till uppskjutning, drift, underhåll och avveckling. Detta inkluderar även hantering av rymdprogram. Kommittén ska bidra till att stärka den svenska rymdindustrins konkurrenskraft genom att främja säkerhet, interoperabilitet och civil-militärt samarbete inom ramen för standardisering.

Här är de prioriterade områden att arbeta med som kommittén har definierat:

  • Nedströmsaktivitet 
  • Interoperabilitet mellan mark- och rymdstandarder
  • Rymddataexploatering och AI-system.
  • Analysfärdigdaga, cybersäkerhet och kommunikation mellan satellit och mark.
  • Raketbränsle för civilt och försvar 

 

 

 

Mer information om kommitténs arbete:

Arbetar nu med 82 standarder
ISO/DTR 18146.2, Space systems — Space debris mitigation design and operation manual for spacecraft (50.92)
ISO/DTR 20590, Space systems — Space debris mitigation design and operation manual for launch vehicle orbital stages (50.60)
ISO/FDIS 14711, Space systems — Uncrewed mission operations concepts — Requirements and recommendations (50.20)
ISO/DTR 20891, Space systems — Space batteries — Techniques for in-flight health assessment of lithium-ion batteries (50.00)
ISO/DTR 25775.2, Space systems — Justification of requirements for a spacecraft large constellation (50.00)
ISO/DTR 26097, Space systems — Micro-cathode arc propulsion module for CubeSats (50.00)
ISO/DTS 25309, Space systems — Requirements for space science payloads re-flight (50.00)
ISO/FDIS 15390, Rymdmiljö (naturlig och artificiell) — Modell för galaktisk kosmisk strålning (50.00)
ISO/FDIS 19971, Space systems — Spacecraft and launch vehicle combined operation plan (COP) at launch site — General format (50.00)
ISO/FDIS 25082-1, Space systems — Assessment of GNSS-based positioning system — Part 1: Definitions and system engineering procedures for the establishment and assessment of performances (50.00)
ISO/FDIS 25286, Space systems — Commercial Off-The-Shelf (COTS) electrical, electronic, and electromagnetic (EEE) components for space application — Quality assurance requirements (50.00)
ISO/PRF 23041, Space systems — Mission definition and execution of space activities — Requirements for spacecraft owners (50.00)
ISO/DIS 11231, Space systems — Probabilistic risk assessment (PRA) (40.99)
ISO/DIS 24873, Space systems — Design and verification requirements for fault diagnosability and reconfigurability of spacecraft (40.99)
ISO/DIS 14621-1, Space systems — Electrical, electronic and electromechanical (EEE) parts — Part 1: Parts management (40.99)
ISO/DIS 25667, Space systems — Requirements analysis of space experiment (40.99)
ISO/DIS 25978, Space environment (natural and artificial) — Earth standard atmosphere: ground level to 120 km for aerospace use (40.99)
ISO/DIS 11227, Space systems — Test procedures to evaluate spacecraft material ejecta upon hypervelocity impact (40.93)
ISO/DIS 12, Aerospace — Pipelines — Identification (40.60)
ISO/DIS 6772, Aerospace — Fluid systems — Impulse testing of hydraulic hose, tubing and fitting assemblies (40.60)
ISO/DIS 8913, Aerospace — Lightweight polytetrafluoroethylene (PTFE) metallic reinforced hose assemblies, classification 21 000 kPa (3 000 psi) and 204 °C (400 °F) — Procurement specification (40.60)
prEN 16601-70, Rymdprojektledning - Integrerat tekniskt stöd och service (40.60)
prEN 16604-30-01, Rymd - Övervakning av situationsmedvetenhet i rymden - Del 01: Ordlista med termer för jordnära objekt, rymdövervakning och spårning (40.60)
ISO/DIS 17770, Space systems — Cube satellites (CubeSats) (40.60)
ISO/DIS 18170, Aerospace series — AC induction electric motor driven, variable delivery, hydraulic pumps — General requirements (40.60)
ISO/DIS 20930, Space systems — Calibration requirements for satellite based passive microwave sensors (40.60)
ISO/DIS 14953, Space systems — Structural design — Determination of loading levels for static qualification testing of launch vehicles (40.20)
ISO/DIS 14954, Space systems — Dynamic and static analysis — Exchange of mathematical models (40.20)
ISO/DIS 21351, Space systems — Functional and technical specifications (40.20)
ISO/DIS 21494, Space systems — Magnetic testing (40.20)
ISO/DIS 24564, Space systems — Adhesives — General requirements (40.20)
ISO/DIS 25339, Space systems — Environmental control requirements for spacecraft assembly, integration and test (40.20)
ISO/CD 24113, Space systems — Space debris mitigation requirements (30.99)
ISO/CD 10795, Space systems — Programme management and quality — Vocabulary (30.99)
ISO/CD 7313, Aircraft — High temperature convoluted hose assemblies in polytetrafluoroethylene (PTFE) (30.99)
ISO/CD 7314, Aerospace — Fluid systems — Metal hose assemblies (30.99)
ISO/CD 16695, Space environment (natural and artificial) — Geomagnetic reference models (30.99)
ISO/CD 26386, Space systems — Semiconductor integrated circuits for space application-Verification and validation management (30.60)
ISO/CD TR 26099, Space systems — Magnetic cleanliness design (30.60)
ISO/CD 22591.2, Space systems — Space-based applications for a high accuracy positioning system with safety requirements (30.60)
ISO/CD 25687.2, Space systems — Optical fibre — General requirements (30.20)
ISO/CD 14620-5.2, Space systems — Safety requirements — Part 5: Human rated spacecraft (30.20)
ISO/CD 17546-1, Space systems — Lithium ion battery for space vehicles — Part 1: Cell design and applications (30.00)
ISO/CD 17546-2, Space systems — Lithium ion battery for space vehicles — Part 2: Battery design and evaluation (30.00)
ISO/CD 14624-4, Space systems — Safety and compatibility of materials — Part 4: Test method for flammability of materials in gaseous oxygen (30.00)
ISO/CD 26871, Space systems — Explosive systems and devices (30.00)
ISO/WD 22056-1, Aerospace series — Lubricant filter elements test methods — Part 1: Test sequence (20.99)
ISO/WD 22056-2, Aerospace series — Lubricant filter elements test methods — Part 2: Conditioning (20.99)
ISO/WD 22056-3, Aerospace series — Lubricant filter elements test methods — Part 3: Filtration efficiency (20.99)
ISO/WD 22056-4, Aerospace series — Lubricant filter elements test methods — Part 4: Dirt holding capacity (20.99)
ISO/WD 22056-5, Aerospace series — Lubricant filter elements test methods — Part 5: Verification of collapse/burst pressure rating (20.99)
ISO/WD 22056-6, Aerospace series — Lubricant filter elements test methods — Part 6: Resistance to flow fatigue (20.99)
ISO/WD 22072, Aerospace — Electrohydrostatic actuator (EHA) — Characteristics to be defined in procurement specifications (20.99)
ISO/WD 26088, Aerospace — Liquid-cooled heat dissipation systems — General requirements for self-sealing flat-face couplings for use at pressures from 0 to 300 psi (20.60)
ISO/WD 26089, Aerospace — Liquid-cooled heat dissipation systems — Test methods for flat-face self-sealing quick-action couplings under pressures from 0 to 300psi (20.60)
ISO/WD 8625-4, Aerospace — Fluid systems — Vocabulary — Part 4: General terms and definitions relating to control/actuation systems (20.60)
ISO/AWI 25082-2, Assessment of GNSS-based positioning systems — Part 2: Part 2: Nominal accuracy performances during operations in typical environments (20.00)
ISO/AWI 26252, Interoperable spaceborne remote sensing services (20.00)
ISO/AWI 26335, Space systems — Space-based rescue services using low power wide area (LPWA) technology (20.00)
ISO/AWI 26391, Polarity check requirements for launch vehicles (20.00)
ISO/AWI 26614, Space systems - Lunar planar coordinate system (20.00)
ISO/AWI TR 11225, Space environment (natural and artificial) — Application of reference and standard atmosphere models (20.00)
ISO/AWI TR 26701, Space systems — Limits on unintended electromagnetic radiation (UEMR) for satellites in operation in low-earth orbits (20.00)
ISO/AWI TR 26939, Space systems — Direct Acoustic Field Testing — Design approach (20.00)
ISO/AWI TR 26940, Space systems — Application of Reference Architecture for Design of Space Systems (20.00)
ISO/AWI TS 26392, Space systems — Management of modification requirements of off-the-shelf item (20.00)
ISO/AWI TS 26776, Guidelines for the management of use of Artificial Intelligence (AI) for space systems (20.00)
ISO/AWI 26633, Aerospace — Fittings and couplings — Test fixtures (10.99)
ISO/AWI 26634, Aerospace — Metallic materials for tubes — The uniaxial fatigue performance test method and mapping relationship of tube components (10.99)
ISO/AWI 14623, Space systems - Pressure vessels and pressurized structures — Design and operation (10.99)
ISO/AWI 21648, Space systems — Flywheel module design and testing (10.99)
prEN 16604-30-02, Space - Space Situational Awareness Monitoring - Glossary of Space Weather Terms (10.99)
prEN 16605 rev, Space - Galileo Timing Receiver - Functional and Performance Requirements and associated Tests (10.99)
prEN XXX, Space - Space Situational Awareness Monitoring - FITS Keyword requirements (10.99)
ISO/NP 26950, Space systems — General requirements for GNSS performance monitoring and assessment (10.60)
ISO/NP 25082-3, Space systems — Assessment of Global Navigation Satellite System (GNSS)-based positioning systems — Part 3: Part 3: Robustness under radio-frequency interferences in typical environments (10.20)
ISO/NP 26964, Space systems --Operational requirements for attitude and orbit control of spacecraft utilizing continuous low-thrust propulsion (10.20)
ISO/PWI 26117, Space systems — Modal testing (00.60)
ISO/PWI 26163, Space Systems — Multi-axis Vibration Testing (00.60)
ISO/PWI 26387, Total Leakage Detection Methods of Spacecraft using Helium Mass Spectrometer (00.60)
ISO/PWI TS 26508, Design and Verification Requirements for FDIR of Control System (00.60)
ISO/PWI 18197, Space systems — Space based services requirements for centimetre class positioning (00.00)
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Utgivet 15 standarder
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Deltagare 5 företag och organisationer
Chalmers Tekniska Högskola, Göteborg
Ecaps AB, Solna
Försvarets Materielverk FMV, Stockholm
RISE Research Institutes of Sweden AB, Kista
Rymdstyrelsen, Solna
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Internationellt deltagande 12 internationella kommittéer
ISO/TC 20, Aircraft and space vehicles
ISO/TC 20/SC 10, Aerospace fluid systems and components
ISO/TC 20/SC 13, Space data and information transfer systems
ISO/TC 20/SC 14, Space systems and operations
ISO/TC 20/SC 14/WG 1, Design engineering and production
ISO/TC 20/SC 14/WG 2, System requirements, verification and validation, interfaces, integration, and test
ISO/TC 20/SC 14/WG 3, Space Operations
ISO/TC 20/SC 14/WG 4, Space environment (natural and artificial)
ISO/TC 20/SC 14/WG 6, Materials and processes
ISO/TC 20/SC 14/WG 8, Downstream space services and space-based applications
CEN/CLC/JTC 5, Space
CEN/CLC/JTC 5/WG 6, Upstream standards
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Finansiering

Deltagande i standardiseringsarbete inbegriper en deltagaravgift. Läs mer här om hur arbetet finansieras och vilka avgifter som gäller för olika typer av organisationer.


Intresseanmälan

Jag vill gärna veta mer om kommitténs arbete.

Verksamhetsplan 2025

Kommitténs ordförande

Martin Elofsson från FMV är vald till ordförande för perioden 2025-2026
martin.elofsson@fmv.se

Kontakt

Har du frågor eller vill veta mer om SIS standardiseringsverksamhet? Kontakta gärna oss.

Sara Campbell
Projektledare
sara.campbell@sis.se

Amanda Franzen
Projektkoordinator
amanda.franzen@sis.se

Martin Elofsson
Ordförande
Försvarets Materielverk FMV