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Date of submission of the idea: 17.01.2023

ESA campaign: Innovative Mission Concepts Enabled by Swarms of CubeSats

Idea number: I-2023-00277

Title of the idea: Strategic description of implementation of modular elements

1. A set of spacecrafts mini models (CubeSats) can be combined into modules: living block, life support, hydroponics, transport, monitoring and other modules, depending on the need and purpose.

2. Each mini module (CubeSat) can be transformed according to the intended purpose.

3. All mini models (CubeSats) have separate power units, that can be adapted as needed, for example, connected to a life support system, movement (adjustment), transport, etc.

4. The power source of all mini modules (CubeSats) – hydrogen.

5. The weight of one mini module (CubeSat) ranges from 0,6 kg to 30 kg, the connection with other elements is unified, so they can be used as space station elements or as spacesuit parts and additions.

6. The operation of each mini module (CubeSat) is individual, but it can also work in a swarm.

7. By connecting mini modules (CubeSats) together, large-scale (volume) areas are formed, in which household elements (bed, wardrobe, etc.) are formed from the same modules (CubeSats).

8. In space the space suit (AMG200 type) has the ability to connect directly to the mini modules (CubeSats) and control them, change configurations, perform and monitor tasks, that are displayed on the space suit.

9. With the help of mini modules (CubeSats), it is possible to connect objects of any shape from the modules (a room on the moon or a planet, a space orbital station, etc.).

10. Each mini module (CubeSat) is a reusable object and is used in the construction of larger objects (telescope, antenna, energy storage, energy production, etc.).

11. During launch the mini modules (CubeSats) are used to form fields around the general launch object and in orbit as an acceleration mechanism.


Date of submission of the idea: 22.11.2022

ESA channel: Open Discovery Ideas Channel

Idea number: I-2022-05181
Title of the idea: Technological strategy of the space industry

Ultima ratio – nothing can be used without energy, therefore a universal source of energy is offered – WATER.

1. Preparation stage
1.1. Manufacturing of individual components.
1.2. Energy production and storage.
1.3. Design of life-saving components and production of prototypes.
1.4. Protection measures against biological disease agents and radiation:
1.4.1. individual common skeleton
1.4.2. suit
1.4.3. biomechanical composite suit
1.5. Preservation of biological species and creation of biosphere in closed spheres.
1.6. Research and application of new physical phenomena.
1.7. An extrapolation laboratory, where tests are carried out on newly developed prototypes under extreme conditions.
1.8. Development and application of alloys with new properties.
1.9. Production and use of self-constructed autonomous elements.
1.10. Development and production of space vehicles:
1.10.1. rovers
1.10.2. spaceships
1.10.3. satellites
1.10.4. drones
1.10.5. robot drones with ID use in the construction of the space station and other space objects.
1.11. Development, application and production of food forms.
1.12. Air filtration (closed type).
1.13. Gerontology.
1.14. Research laboratories.

2. Energy sources
Water is an element, that can be used for human domestic physiological functioning and obtaining absolutely clean fuel. The first functioning and technologically functional working prototypes showed, that the use of water as an energy source, fully ensures the implementation of the tasks set in the initial stage of this project.
2.1 Mobile sources for equipment: mobile mini-reactors (batteries), which principle of operation - the use of water splitting products.
2.2 Individual sources for suits and other devices: the suits and/or station service suits have all the pre-suited functions, that are compatible with existing equipment.
2.3 Sources for backup storage: the fuel element of all reserve energy sources is water, which is the basis of electricity and heat generation.


3. Equipment and shape of the space station
3.1 Space station in outer space: the shape of the space station in outer space - round (sphere).

3.2 Space station on a planet: the principle of arrangement of the space station on the planet - hexagonal shape.
3.3 Space station on moving bodies: principle of a spider web network.
3.4 Space station on satellites: should be like a ship anchored in the sea, because this is the safest way to study space objects and their samples.


4. Spaceships
4.1 Spaceship is designed for low altitude orbit up to 1000 km.
4.2 Spaceship is designed to travel to a space station in orbit.
4.3 Spaceship is designed to travel to a space base on other planets.
4.4 Spaceship is designed to travel to the space station on moving space objects.
4.5 Spaceship is designed to move to satellites.


5. Life support systems
5.1 Spaceship: all life support systems (air, water, sewage, air and general filtration) must be easily accessible, repairable and replaceable.
5.2 Space station: all life support systems must be permanently installed and must not be able to be modified and/or accessed and influenced in any way.
5.3 Suit: for life support, protection and functional ensurement.


6. Technological compatibility
6.1 Universality of rigid connections for all components.
6.2 Unification of all interfaces.
6.3 Absolute duplication of all data.


7. Specialized aviation depending on the atmospheric environment (for associate members of ESA)
7.1 Development of new aviation technologies using water as the main source of energy.
7.2 Development of new materials for space industry.
7.3 Development of human food sources in various phases and states.
7.4 Development of hyponics media for growing plants on space stations and planets.
7.5 Development of emergency safety systems.

* A full detailed description of the strategy is available only to members of the Association Anima mundi or can be provided by separate agreement.

28.10.2022: AMG200 - suit for life support, protection and functional ensurement (prototype stage).

Date of submission of the idea: 29.10.2022

ESA campaign: Space Suit Design Competition

Idea number: I-2022-04826
Title of the idea: AMG200 - suit for life support, protection and functional ensurement.



  1. Helmet

  2. Skeleton (framework on the body)

  3. Gloves

  4. Bracelets

  5. Jacket

  6. Pants

  7. Shoes

  8. Belt

  9. Backpack: protection module / life support module / autonomous power source module / control and communication module / ventilation module


Construction - modular / all types, depending on the external environment, the most suitable model and functions are selected. All light and heavy elements can be connected to the structural frame of the helmet. The helmet can be used as an individual accessory independently of other components of the suit and/or combined with the skeleton frame with any element or whole of the suit. The helmet's autonomous modular power source supports the helmet's heating, cooling, ventilation, steam removal and structural material functions.

structural frame of the helmet

  • made of light alloy

  • has a quick system connection to extensions

light elements

  • face shield (easily mounted on the structural frame) with a display output and the ability to control content by voice and/or other means (e.g. via wristbands, keyboard, etc.)

  • functions: environmental capture and data collection (cameras, microphones, sensors, etc.) / system data exchange support / environmental and body temperature capture / external and internal pressure capture / body function analysis and biometric data collection / communication link support / air filtration and virus removal / adaptive protection: individual, complex / support of element integrity / support of adaptive autonomous energy source

heavy elements

  • designed to absorb and protect the head from impacts, mechanical and other damages


2. SKELETON (framework on the body)

The chain membered frame-skeleton of light alloy or polymer on which any of the elements is mounted or placed. The purpose of the skeleton is to evenly balance area, weight, ergonomics and other elements of distribution according to functionality. All elements of the skeleton can be separate: arms, legs, head, chest, back, lower legs, etc. All skeletal structures are supported by heating, cooling, ventilation, etc. In the event of skeletal injury, a skeletal realignment function is provided to restore basic skeletal integrity and functionality.


The platform for broad purpose sensors. Additionally, the glove has a built-in manipulative tongs, which allows you to perform additional force and other manipulative actions and tasks, depending on the level of complexity and heaviness.



The platform for input and duplicated output information. Additionally, depending on the level of danger, the bracelets has feature algorithmic protection systems, that allows protection against certain interventions and damage to the body and the integrity of the suit.



The platform for ventilation support. The jacket consists of two separate modular mesh fabrics, which additionally perform the following functions: I – protection against mechanical damage, II – protection against electromagnetic and other radiation.



The platform for protection and support of sensitive functional areas. Pants are modulated depending on the task, which implementation requires a long or short period of time. For a long period of use, the pants have a system for removing traces of human functions, which contents are stored in the capsule of the backpack. This capsule can be exchanged for a new empty capsule at any time as needed.



The platform for moisture collection, orthopedic foot adapter, cooling-heating-ventilation and massaging. The shoes have limited movement mobility (does not allow to turn, deviate, bend). The special function of connecting the shoes fixes the joint of the knee. In the front part the shoes have stiff reinforcements, that prevent strong impacts and/or give the shoes a form of support.



The platform for the energy power modules supporting, equipment mounting, first and essential medical aid elements.



An autonomous platform for a power source of increased power, air filtration of increased performance, storage of helmet parts and large modulation components transportation. Depending on the modification the backpack may contain component parts, that allow to ensure the necessity of the suit and body functioning.

protection module

  • electromagnetic protection

  • integrity assurance system: if damage to a part of the suit is detected, the functions of this part will be taken over by undamaged parts of the suit

life support module

  • climate control

  • adaptive medicine cabinet

  • body monitoring system, which depending on the damage or change in the body's basic functions, performs algorithmic operations and/or informs the operator about the need to make physical decisions or other manipulations

autonomous power source module

  • the functions of the suit can be provided by the energy of all basements (heat, light, batteries, internal reactor, modulating energy of autonomous energy sources)

control and communication module

  • remote access and control of all suit modules and functions is possible

  • provides continuous or algorithmic communication with a multi-channel central base

• ventilation module

  • fans, tubes for heating and cooling

  • autonomous operation and/or together in the system as required

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