The document outlines details of the Hungarian Astronaut Program (HUNOR). HUNOR aims to send the first Hungarian astronaut to the International Space Station by 2025. The program involves scientific research, technology demonstrations, industry development, and education. Key elements include astronaut selection and training, mission planning, and international partnerships. HUNOR has already achieved several milestones, such as contributing experiments to the Artemis and Mars Sample Return programs and selecting 8 candidates for astronaut training.

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DECLASSIFIED
The Hungarian
Astronaut Program
HUNOR
DECLASSIFIED
Balazs Zabori
HUNOR Program Manager

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CONTENT
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1 SCOPE & STRATEGY
2 HUNOR PROGRAMME OVERVIEW
3 HIGHLIGHTS & ACHIEVEMENTS

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1 SCOPE & STRATEGY

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STRATEGY ROADMAP
Beginning of commercial space flights
Scientific research and technology
demonstration in Low Earth Orbit
1st Human Mars Mission
Beginning of commercial Moon flights
1st Moon base
Moon infrastructure
Lunar Gateway Moon station
Artemis regular Moon missions
1980
2020
2030
2035
2025
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1st Hungarian Astronaut Flight

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STRATEGY ROADMAP
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National astronaut programme
and human spaceflight
competences
Contribution to sustainable
Moon explorations
Contribution to robotic Mars
explorations in preparation to
future human Mars mission

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2 HUNOR PROGRAMME OVERVIEW

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HUNOR Hungarian Astronaut Program
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HUNOR –
Hungarian to
Orbit
SCIENCE & RESEARCH
TECHNOLOGY
DEMONSTRATIONS
& INDUSTRY
DEVELOPMENT
HUMAN
SPACEFLIGHT
COMPETENCE
EDUCATION &
OUTREACH

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CENTRE FOR ENERGY RESEARCH
SPACE RESEARCH DEPARTMENT
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• Human Spaceflight
• Space Research
• Space Engineering
• Education & Outreach
• Service Provisions
• Operation of the Space
Research Laboratory
ek-cer.hu

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DECLASSIFIED
HUNOR MANAGEMENT PRINCIPLES
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Programme
Declaration
Implementation
Rules
•Specific Procedures
•Specific Regulations
Work Plan
•Approved Activities
•Planned Activities
HUNOR Control
Board
Programme
Execution
National Space
Strategy
International
Space Standards
(ECSS)

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DECLASSIFIED
HUNOR MANAGEMENT PRINCIPLES
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HUNOR
PROGRAMME
Research &
Development
Sub-Program
HUNOR-R&D
Selection &
Training
Sub-Program
HUNOR-S&T
Mission
Planning &
Operations
Sub-Program
HUNOR-P&O
Partnership
Activities,
Education &
Outreach
Sub-Program
HUNOR-E&O

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HUNOR MANAGEMENT ORGANISATION
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PROGRAM
MANAGER
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B. Zabori
Research &
Development
Group Lead
HUNOR-RD/L
A. Hirn
Astronaut Training &
Operations
Group Lead
HUNOR-TO/L
G. Magyari
Astronaut & Space
Health
Group Lead
HUNOR-SH/L
Dr. K. V. Nagy
Communications &
Partnership
Activities Group
Lead
HUNOR-CP/L
B. Szijjarto
HUNOR Control Board
HUNOR-CB
Ministry of Foreign Affairs and Trade

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Research & Development
Sub-Program
Selection & Training
Sub-Program
Mission Planning & Operations
Sub-Program
2022 2023 2025
2021
Definition
Studies /
Applications Developments Implementations
HUNOR-1
Mission
Mission Planning &
Cooperation
Mission Operation
Center Establishment
Application Selection Training
HUNOR TIMELINE
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2024

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COSMIC RAY RESEARCH & SPACE DOSIMETRY
MATERIAL SCIENCES
SPACE LIFE SCIENCES & SPACE MEDICINE
SPACE NUTRITION
TELECOMMUNICATION TECHNOLOGIES
SPACE SCIENCE EDUCATION & OUTREACH
RESEARCH & DEVELOPMENT SUB-PROGRAM –
DOMAINS OF INTEREST
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RESEARCH & DEVELOPMENT SUB-PROGRAM –
ACTIVITY CATEGORIES
HUNOR-X:
SCIENTIFIC OUTREACH
ACTIVITIES
HUNOR-LAB:
SCIENTIFIC AND
TECHNOLOGICAL
EXPERIMENTS
HUNOR-DEV:
COMPLEX SYSTEM
DEVELOPMENTS FOR HUMAN
SPACEFLIGHT
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DECLASSIFIED
SELECTION & TRAINING
SUB-PROGRAM –
PHASES
1. PHASE:
ADMINISTRATIVE
SELECTION
2. PHASE:
AEROMEDICAL
SELECTION
3. PHASE:
TECHNICAL
SELECTION &
INTERVIEWS
4. PHASE:
TRAINING
Centre for Energy Research
Space Research Department
Astronauts Group
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DECLASSIFIED
HUNOR ASTRONAUT TRAINING PROCESS
4. Phase / 1:
Orientation
Training
4. Phase / 2:
Basic
Training
4. Phase / 3:
Mission
Specific
Training
4. Phase / 4:
CTV
Training
4. Phase / 5:
ISS
Training
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HUNOR-1 MISSION
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• Crew Transport Vechicle (CTV)
to be used is SpaceX Crew
Dragon
• Experiments and activities will
be done on board of the
International Space Station (ISS)
NASA modules
• ESA co-operation to use the
COLUMBUS module for
contracted activities

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3 HIGHLIGHTS & ACHIEVEMENTS

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HIGHLIGHT #1: INDUSTRIAL
OUTCOME, PILLE WORLD FIRST
SPACE
DOSIMETRY
SYSTEM
1980-2024
One of the
longest used
space
hardware ever
in the human
history!
SCIENTIFIC
RESEARCH
TECHNOLOGY
DEMONSTRATION
& INDUSTRY
DEVELOPMENT
EDUCATION &
OUTREACH
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HIGHLIGHT #2: Artemis Program Contributions
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• Payload Developer & consortium lead
of Internal Dosimetry Array (IDA)
Payload
• First internal European/ESA science
experiment payload on Gateway
• European (ESA) & Japanese (JAXA)
instrumentation
• Utilized in early phase of Gateway within
US HALO
• Planned lifetime: 11 years
• Detector provider for ORION EM-1
Demo mission
• Passive detector packages for MARE
experiment

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HIGHLIGHT #3: Robotic Mars Exploration Contributions
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• Payload Developer &
consortium lead of Space
Dosimetry System (SDS)
Payload
• Utilized on Mars Sample Return
Mission
Earth Return Orbiter
• First time space dosimetry
and space radiation data
products on a return trip to
Mars

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HUNOR ACHIEVEMENTS
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• ASTRONAUT SELECTION
• 244 application has been received within the national call
• Final selection phase is just closed with 8 best qualified
candidates
• National astronaut training center establishment is initiated
• RESEARCH & DEVELOPMENTS
• Detailed definition studies were carried out for 8 baseline
national experiments for HUNOR-1 mission
• An open call released within the national community,
selection results are almost available
• MISSION PLANNING & OPERATIONS
• National payload control center establishment is initiated
• PARTENRSHIP ACTIVITIES, EDUCATION & OUTREACH
• Partnership activities has been initiated with Agencies (ESA,
NASA), companies (AXIOMSpace) and the V4 countries

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DECLASSIFIED
hunor.gov.hu
space.kormany.hu
2022
Contact: hunor@ek-cer.hu