Mission Summary – April 12th

Mission summary Crew 296
Author : Loriane Baes
3, 2, 1… “Atlas mission Is back! It was a complete success!”
Crew 296 landed on the surface of Mars at midnight Earth time on March 31, 2024 and the mission ended on April 12, 2024. Twelve sols elapsed during which we took Mars as our habitat.

We quickly familiarized ourselves with our new home and, after a good night’s sleep, immediately started work on our experiments and spacewalks. The first two days were very busy, with report writing, spacewalks, the start of experiments, tasks to be accomplished in the MDRS, adapting to lyophilized food, all facets of accommodating to the new lifestyle required on Mars. Moreover, the next three days, as the first two, were also very busy, but we managed our tasks better to take time to enjoy the fact that we’re on Mars, the beautiful scenery and each other’s presence with team-building activities, card games and cooking together.

The days were punctuated by EVAs where Romain’s experiment involved determining the required frequencies to use a new digital system, Louis’ experiment involved 3D mapping of the terrain using drones, and Maxime’s weather station studied the movements of dust in the simulation, comparing them to Mars data. When the team wasn’t on EVA, Hippolyte took the opportunity to conduct his experiment on the implementation and interfacing of an intelligent voice assistant. The biomedical team also had a busy schedule with saliva, blood, urine, and stool samples, supplemented by self-questionnaires assessing sleep and stress. The goal was to evaluate the impact of LH supplementation on stress associated with confinement and sleep disturbances. The agenda was full, but as the crew likes to say, "science first."
Apart from scientific experiments, life on Mars involves a number of responsibilities. As the station’s engineer, Louis never failed in his duties: emptying toilets, calculating water and repairing various mechanical problems. As much as we appreciated his work and the security he provided, it was always a real challenge for the team to discuss with him the possibility of taking a shower, ruining all his water predictions. Hippolyte also did his duty by pampering the GreenHab all day long, allowing us to add great flavors to each of our dishes. Maxime, the crew’s astronomer, spent most of his time in the observatory, capturing spectacular images of the sun and sky. He even shared his passion with us by helping us observe a solar eclipse. Imane, Crew Safety, never failed to get a message across when someone had a sore back on the way back from EVA, and was always ready to help listening to our each and every little whining. The whole simulation would not have been so immortalized without Alba’s daily photos and videos. Despite the amount of work involved in her job as journalist, Alba always rose to the occasion. Arnaud, as Crew Scientist, proved to be a central pillar of respect for the various studies. SciencesDom became his second home, where he spent a lot of time preparing samples for the biomedical team. The team would not have been complete without Romain and Loriane, who were both in charge of the crew, ensuring that commitments were respected, as well as the team’s benevolence and cohesion.
As part of Loriane’s psychological experiment to study grouped confinement and, more specifically, the stress dimension, the team cut off all social networks and contact with loved ones. The team therefore had to demonstrate their autonomy and creativity, by proposing various playful team-building activities. In the afternoons, some of the team liked to meet up at the Science Dome for their sports session. Despite the limited space, we had no shortage of creative ways to let off steam. We also enjoyed the evening events. We try to innovate each evening with a new and stimulating activity. Card games, board games, mime games, personality tests, general knowledge tests and even a light painting session. The crew were able to take advantage of special moments to get closer to each other, creating real group cohesion.
The days were also punctuated by end-of-day meetings. We usually hold a meeting before dinner to plan the next day, review the simulation and experiences, and discuss how everyone was feeling. For us, the meetings are a privileged moment when we all get together and everyone is free to express themselves in a friendly atmosphere.
We weren’t expecting it, but we enjoyed the lyophilized food. It has to be said that we have some excellent cooks on the team. Loriane and Imane have become the chefs in the kitchen, creating varied, delicious meals every day that we’d never have imagined with this type of food. At the end of each meal, Imane would always prepare a sweet dessert with so few ingredients. She’s a real magician.
Time was also devoted to making videos. We’re keen to share our experience, so we’ve produced videos for several of our collaborators to share on their networks. The content of these videos explains the station, the way of life on Mars and our experiences. We also produced two live broadcasts at the end of the simulation with a major Spanish TV channel and the Mars Society Belgium. These exchanges allow us to share our passion for space exploration and attract the curiosity of some. We’ve also made videos for our aftermovie, so that when we watch them, we’ll be able to recapture the magic of the experience.

We’re leaving Mars on April 12 with lots of memories. We’re all very grateful to have had the chance to discover Mars and its complexity. We’ve all learned a lot from our scientific experiments as well as about ourselves. For some of us, it’s a first step towards our dream of one day becoming astronauts. This experience on Mars has been an important milestone in our journey, and we take with us unforgettable memories and valuable lessons.

Sol Summary – April 11th

Sol 11
Summary Title: Not ready to leave Mars
Author’s name: Alba Sánchez Montalvo
Mission Status: 99% complete
Sol Activity Summary:
SOL 11 started with an EVA for the biomedical team performing Romain’s experiment manipulating the drone. Everything went well until the drone unexpectedly started to convulse in the middle of one of the maneuvers, but our team reacted fast and could save its life. Back at the station, we spent some time together, and again, we tried to convince Louis to allow us to have a fast body-shower since the simulation is almost done and our water consumption is sustainable. After lunch, the biomedical team concluded their sampling plan at the station, collecting the last blood and saliva and performing the last inflammatory cell count in blood. In the afternoon, there was a second EVA for Louis’ experiment and a little bit of exploration, in which the crew members loved the breathtaking views. The team is really happy about our simulation, we are not ready to leave Mars.

Look Ahead Plan: there’s an EVA planned for tomorrow to continue with Romain’s experiment; the biomedical team will take the crew car to Grand Junction in order to arrange their samples shipment to Belgium, they will be back to the station in the evening.
Anomalies in work: Romain’s drone crashed during his experiment, but it was repaired in situ
Weather: Sunny, almost no wind and no clouds
Crew Physical Status: Good
EVA#15: The group went to Marble Ritual, where they conducted Romain’s experiment. Arnaud crashed the drone, but Romain fixed it, and they completed the task without further problems before returning to the hab.
EVA#16: The crew drove to the East of North Ridge, where Louis conducted his first flight. They then climbed part of North Ridge for a view. Then, Louis conducted two more flights before returning to the station.
Reports to be filed: Sol Summary, Journalist’s Report, Greenhab Report, Operations Report, Photos (6-8 pics), EVA Report, EVA Request(s), Astronomy Report

Support Requested: NA

Operations Report – April 11th

SOL: 11
Name of person filing report: Louis Joseph
Non-nominal systems: Suit 5 (battery connection), Suit 2 (stuck valve) and Suit 9 (broken visor)
Notes on non-nominal systems: Suit 5 was once more inspected inside the RAM. Louis (Engineer) and Hippolyte (GreenHab Officer) diagnosed the issue. It seems like there is a short-circuit at one of the ventilation’s connections (see linked pictures). The two wires connections are touching in some cases, causing the suit and the ventilation to shut down. A repair would require to re-solder this connection.
ROVERS
Spirit rover used:
Hours: 250.8
Beginning charge: 100%
Ending charge: 74%
Currently charging: na (came back after 3pm)
Opportunity rover used:
Hours: 178.1
Beginning charge: 100%
Ending charge: 85%
Currently charging: Yes
Curiosity rover used:
Hours: 276.9
Beginning charge: 100%
Ending charge: 77%
Currently charging: na (came back after 3pm)

Perseverance rover used:
Hours: 290.1
Beginning charge: 90%
Ending charge: 76%
Currently charging: Yes
General notes on rovers: NA
Summary of Hab operations:
WATER USE: 29.41 gallons
Water (static tank): 285.33 gallons
Static tank pipe heater (on or off): off
Static tank heater (On or off): off
Toilet tank emptied: no
Summary of internet: Used for music playing, mails, research for experiments, learning languages.
Summary of suits and radios:
Radios 1,2,3,4, 5 and 6 were used.
Light Suits 1,3, 4 and 6 were used.
Summary of GreenHab operations: Watered all the crops today, harvested parsley
WATER USE: 9 gallons
Heater: On
Supplemental light: N/A
Harvest:
Parsley (~20 leaves) : 2 g
Summary of ScienceDome operations:
During the morning, writing reports and working for research.
During the afternoon, collecting biological samples (blood and saliva)
Dual split: Off
Summary of RAM operations: Used to check the Suit 5 issue, a multimeter and some electric tape were used.
Summary of any observatory issues:
Summary of health and safety issues: everybody feels good
Questions, concerns and requests to Mission Support:

Journalist Report – April 11th

Crew 296 Journalist – Alba Sánchez Montalvo

SOL 11 started with an EVA for the biomedical team performing Romain’s experiment manipulating the drone. Everything went well until the drone unexpectedly started to convulse in the middle of one of the maneuvers, but our team reacted fast and could save its life. Back at the station, we spent some time together, and again, we tried to convince Louis to allow us to have a fast body-shower since the simulation is almost done and our water consumption is sustainable. After lunch, the biomedical team concluded their sampling plan at the station, collecting the last blood and saliva and performing the last inflammatory cell count in blood. In the afternoon, there was a second EVA for Louis’ experiment and a little bit of exploration, in which the crew members loved the breathtaking views. The team is really happy about our simulation, we are not ready to leave Mars.

GreenHab Report – April 11th

GreenHab Officer: Hippolyte Hilgers
Environmental control:
Heater on (setup temperature = 75°F)
Fan on (to keep temperature below 94°F)
Average temperatures: 78.2°F
Hours of supplemental light: None
Daily water usage for crops: 9 gallons
Daily water usage for research and/or other purposes: 0 gallons
Water in Blue Tank (200 gallon capacity): 101 gallons
Time(s) of watering for crops: 7:00 PM
Changes to crops: None
Narrative: Watered all the crops today, harvesting parsley
Harvest:
Parsley (~20 leaves) : 2 g
Support/supplies needed: None

EVA Report – April 11th

EVA #15
Author: Arnaud de Wergifosse (Scientist)
Purpose of EVA: This EVA will be focused on Romain Maddox’s experiment. On Sol 1, he took the baseline for his experiment, this time, he will do the fourth data collection and will continue on SOL12 with the rest of the team. The 3 crew members will continue the experiment by controlling a drone (Parrot Anafi) and doing 8 maneuvers with an estimate of 7 minutes per flight and per person and the same place that they did last time, Marble Ritual. Crew members will stay in a radius of about 60m around the rover. They should only go at around 20 meters but as we experienced last time, if the drone has a malfunction and crashes, we might need the 60 meter radius. Anyway, we will contact the Main Hab before exceeding 20 meters.
Start time: 9am
End time: 10:01am
Narrative: We drove to Marble Ritual as usual. Once there, we performed Romain’s experiment. Romain went first, then Arnaud, Imane and Alba last. During Arnaud’s turn, he roughly crashed the drone. Despite the missing two wings, Romain, with his craftsmanship, managed to repair the drone and completed the EVA. Nothing unplanned occurred until the end of the manipulation. Once it was done, we drove back to the hab.
Destination: Marble Ritual
Coordinates (use UTM WGS 84): 4251000 518750
Participants: Romain Maddox (Commander), Alba Sánchez Montalvo (Journalist), Imane El Bakkali (Health and Safety Officer) and Arnaud de Wergifosse (Scientist)
Road(s) and routes per MDRS Map: Cow Dung Road 0110
Mode of travel: Driving 2 rovers (Perseverance and Opportunity) and Walking

Astronomy Report – April 11th

[category 

astronomy-report]

Name: Maxime Foucart
Crew: 296
Date: 11-04-2024
MDRS ROBOTIC OBSERVATORY
Robotic Telescope Requested (choose one) MDRS-WF
Objects to be Imaged this Evening: M51, M104
Images submitted with this report: None
Problems Encountered: None
MUSK OBSERVATORY
Solar Features Observed: A lot of prominences and sunspots, I did a composite image to try to capture as many details as possible.
Images submitted with this report: Sun_240411_Prominences_Sunspots
Problems Encountered: None