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IDEACITY PROJECT

Innspace Team

19.10.2019, Los Angeles

Question is:

How to create an ideal city on Mars?

IDEA

But ideal... what does it mean?

IDEAL... FOR PEOPLE

so we asked them

IDEAL CITY

167 responders

2 weeks

12 questions

4 fields of research

One subject: MARS

OUR RESEARCH

OUR RESEARCH

The best way to govern a colony

Realizing services

Activities on Mars

Sharing a room

Aesthetic

Sharing a bathroom

...and more!

Services

CONCLUSIONS

Conclusions

Possibilities

Relations

Basic needs

Safety

HOW TO MAKE IT REAL?

PROJECT

BIOENGINEER

ROBOTICS

PROGRAMMER

CONSTRUCTOR

ARCHITECT

BEATA

PIOTR

MAGDALENA

JUSTYNA

ANDRZEJ

"We choose to go to the Mars not because it's easy, but because it's hard."

BACKGROUND

OUR BACKGROUND

WE WERE ALSO

INVOLVED IN:

RISK

THREADS

ASSUMPTIONS

small buildings

automation

radiation

distance

separation

self-sufficient

temperature

gravity

redundancy

data-driven approach

resources

wind (dust)

research centre

underground

pressure

incidents

short-distances

isolation

sun exposure

sustainable development

thick walls

long-term approach

cost

flat terrain

RISK

IDEACITY

SYSTEM BREAKDOWN STRUCTURE

IDEA CITY

Palmanova , Italy, Vincenzo Scamozzi, 1953

  • an idea of an ideal city
  • morphological analysis
  • building system
  • architectural quality of the building visual experience
  • form and management of public spaces
  • composition
  • proportions and specific objects
  • contrasts in the building or in the landscape
  • mutual relations
  • beauty should be a symbol of functionality
  • two independent levels of communication

Project of the perfect city of Leonardo da Vinci

IDEACITY

OUR PROJECT

- pavedroads, on the outline of the hexagonand radiate to its interior

- width is 5m (for two Martian vehicles)

- at least 3m between buildings - access to every building

- min. 2.5m between solar panels

- short distances

area: 58 ha

COMMUNICATION

  • vertical (between floors)
  • horizontal (between buildings)
  • network of underground corridors
  • outside
  • full marking system

vertical garden

along the communication

A system of lamps in calming colors Therapie

LIVING ON MARS

From -140 to 25 Celsius

Gravity 1/3 earthly

LIVING ON A MARS

Pressure about 1% earthly 24h 37m

687 days

96% of CO2

Up to 15 meters thickness

Localization - Arcadia Planitia

RESIDENTIAL AREA

plan A-A

floor example

plan B-B

Private room

  • 15-25 m2
  • flexible modules
  • possibility of connecting rooms
  • different configurations

(private or shared bathroom)

  • flexible interior design

(traditional or modern)

PUBLIC BUILDINGS

HOTEL

CENTER

Gastronomic area

  • canteen
  • restaurants
  • bars

Entertainment area

  • cinemas
  • bowling alley

  • VR travel agency
  • starting point for all tourist trips around Mars
  • high comfort of visitors
  • high standard
  • simulation of different variants
  • swimming pool with beach
  • large vegetation
  • non-standard entertainment
  • like water attractions
  • a paper wall extending over several floors
  • entertainment providing adrenaline

Cosmetic services

  • SPA

Culture area

  • concert hall
  • experimental hall
  • artistic studio

laser-tag

simulation

beach swimming pool

ILLUMINATION

Natural illuminations the safest for human eyes and influence in the best way their mood.

General illumination

  • movable light sources,
  • light sources with different colors,
  • light screens, panels,
  • surfaces reflecting light,
  • LED skylight

direct dispersed indirect

Parans Daylighting System for transportation of concentrated Sun-light

via optical fibers to the emitters inside (Parans Daylight AB)

  • bionic architecture
  • parametric architecture
  • ergonomics
  • relationship between digital tools and architectural design
  • flexible interiors (traditional and modern design)
  • known fragrances in material
  • living plants
  • psychology of colors
  • 3D printed garden
  • landscapes lectures

VARIOUS TEXTURES

  • cotton
  • flax
  • silk
  • wood
  • wood-based materials
  • skin
  • sponge

AESTHETIC

SOCIETY

DEVELOPMENT

HIGH-TECH COMPANY

independency (shares)

advanced research centre (IP)

data-driven approach

high automation

efficiency

permanent residence

high qualified specialists

countinous development

creative work

as a society - own culture, traditions, basing on relations

GOVERNMENT AND ORGANIZATION

influence

continous flow of information

team work

know-how, data

changes

long-term

approach

efficiency

diversity,

interdisciplinarity

creative work

focused on development

WORK

interdisciplinarity

similar work system

continous development

realizing interests

individual approach

EDUCATION

SOCIAL ISSUES

learning in practice - advanced knowledge

using digital education for standard classes

COHOUSING

  • an intentional space where people know each other
  • people have their own place
  • share significant spaces

Creating society is a process that occurs spontaneously.

We only create conditions.

COMMON SPACE

  • kitchen
  • dining room
  • living room
  • gym

RELATIONS, NOT APPLICATIONS

INDUSTRY

RESOURCES

INDUSTRY

Sabatier reaction

Manufacturing process

Ore enrichment

Preprocessing

Smelter

AUTOMATION

Fuel supply

Energy supply

Oxygen supply

Water supply

RISK MINIMIZING

Energy sources:

  • nuclear energy 7 MWh
  • 10 000 sq. m photovoltaic panels (max 1,2 MWh avg 0,25 MWh)
  • biomass energy plant 0,5 MWh
  • battery pack (back up and energy peek cover)

continous supply

redundancy

simplicity

airlock even underground

small buildings

Crops area is almost 40% of the entire city (over 23 ha).

AGRICULTURE

AGRICULTURE

9300 square meters for research and development labs

RESEARCH AND HEALTH

ECONOMY

Economy in base

Interplanetary trade

Cashless circulation

Accommodation provided

Food provided

Work provided

8 hours working time

Whole life on Mars

Identity

Science center - $80 mln

Implementation of space projects

Rare resources mining - $81 mln

Tourism

Rocks, gadget, marketing stuff - 1%

ECONOMY

ECONOMY

IDEAL CITY

FUTURE

FUTURE

FUTURE

long-term approach

adapted for expansion

radial expansion

building residential and crops areas

small expansion of industrial area

SUMMARY

IDEACITY

DEVELOPMENT

Starship - We Built This City

Idea(l)city

THANK YOU FOR ATTENTION!

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