Mars base concept by Wojtek Fikus for Marsception 2018 competition

Marsception 2018 was an architectural competition by Volume Zero "to envision a habitat for the first five colonists on the Red Planet where they would research on the viability of life for the future human generations". The 2nd place in the competition was won by the team of Polish architectural designer Wojtek Fikus (Wojciech Fikus) & Space is More. Their concept of the habitat was "modular structure made from triangular, inflatable wall cells connected together with internal life support system, based on microbiological water environment".

Top view of the base:

Infographic about the concept:

SpaceX. Raising the bar!

"Do it", as Elon Musk bluntly replied to the bragging of Boeing's CEO about "beating Elon Musk to Mars" 😁

These days SpaceX is the leading NewSpace company developing innovative and cost-effective rocket/space technologies and beating all the "space dinosaurs" in the field. Its ultimate goal is to colonize Mars. In the spirit of this reality Instagram user starjet_pilot has made this retro style poster (recalling the iconic photography of US soldiers raising the flag on Iwo Jima by Joe Rosenthal) of starmen raising the flag of SpaceX on Mars with the Starship in the background.

New official renders of SpaceX Starship on the Moon & at Mars Base Alpha

Today Elon Musk revealed on his Twitter two more renders of SpaceX's Starship on the Moon and at Mars Base Alpha:

1 million human colony city on Mars by Max Rymsha

On 2017 HP announced the "Mars Home Planet" rendering challenge inviting participants "to imagine, create and virtually experience a sophisticated civilization on Mars. A new home for one million humans." Swedish architect and CG artist Max Rymsha was one of the winners of the challenge creating his concept "Between The Red Mountains" for a sustainable city on Mars for 1 million humans. His inspiring vision includes several large-scale biodomes, SpaceX's Starships (in their 2016 design) for Earth-Mars transportation, hyperloop lines for intercity transportation, electric rovers and quadcopters for local transportation, laboratories of NASA, etc.; most of the city (not shown in the illustration) is underground for better radiation and asteroid protection.

Infographic version with annotations:

China's C-Space Mars simulation base in Gobi desert

On April 17, 2019 China opened it's second Mars simulation base - C-Space Project, located in the Gobi Desert 40km from Jinchang, northwest Gansu Province. Its aim is to educate and provide an environment for youths and tourists to experience life on Mars. The facility consists of several interconnected modules including a domed greenhouse, living quarters, a control room and a mock decompression chamber. It is developed by a private company C-Space and will be heavily focused on tourism, with additional investment and development of the surrounding area hoping to attract two million visitors a year by 2030.

Apparently China has serious plans to inspire its population about human colonization of Mars, as only a month ago it opened its first Mars simulation base - Mars Camp, located in a high-altitude desert - the Qaidam Basin in Qinghai Province.

Here is a collection of photos from the base by Reuters, AFP, EPA & East News:

3D-printed Mars base by Hassell & EOC

Design studio Hassell and structural engineers Eckersley O’Callaghan (EOC) is one of the 10 finalist teams in phase 3 (virtual model stage) of NASA’s 3D-Printed Habitat Challenge for Mars. Both companies partnered to design a shell, which could be constructed entirely by autonomous robots using Mars’ natural regolith, to protect the astronauts from the radiation, as well as micrometeorite strikes. The human-centric design was made with an approach that moves beyond the idea of astronauts as purely operators, to create a habitat where people can not only survive life on Mars, but really thrive there. The concept is well explained in this video, which forms part of the final submission and was made in collaboration with the "LightField London":



Conceptual design images for the project:

SpaceX Starship on launch pad by William Falconer-Beach

Picture of the Day 16/4/2019 - SpaceX's stainless steel Starship on launch pad by William Falconer-Beach. More of his Starship renders here.

New official renders of Lockheed Martin's Lunar lander

American aerospace, advanced technologies and defense company Lockheed Martin has published two new renders of its Lunar lander. The lander seems to be scaled down a little if compared to the concept published last year. The purpose of the two-stage lander would be to ship 4 astronauts from NASA's planned Lunar Orbital Platform-Gateway to the surface of the Moon and back. The ascent stage is derived from the Orion spacecraft to ensure quicker development of the lander for an accelerated human return to the Moon as early as 2024 (according to the new aspirational timeline of NASA's leadership).

On 2017 Lockheed Martin also proposed its concept for a 4-person Martian lander.

Ascent stage docked to the "Early Gateway" in Lunar orbit:

SpaceX Starship arriving to Mars

Picture of the Day 13/4/2019 - Fan version of SpaceX's stainless steel Starship (with different configuration of windows) arriving to Mars by Reddit user lmg1114.

(Open link in new tab to view ⇩ in full resolution)

Map of shallow subsurface water distribution on Mars

On March 10 ESA has revealed the first results from ExoMars Trace Gas Orbiter orbiting Mars since October 2016. Among the data there is the best map of shallow subsurface water distribution on Mars ever created. The map is made by orbiter's neutron detector FREND mapping the distribution of hydrogen in the uppermost metre of the planet’s surface. Hydrogen indicates the presence of water, being one of the constituents of the water molecule; it can also indicate water absorbed into the surface, or minerals that were formed in the presence of water.

• Blue areas - more water
• Orange areas - less water