MacLuky

No I opted for redundancy, just have a fallback for everything, because you will lose stuff along the way. I am currently designing a ship for Jool with loads of shields habitats, multiple engines and at least 5 generators. But first I must finish this series.

@DiscoSlelge I saw your patches later on, they are so awesome. I'll put in a request for one with the next mission ;-) @Geschosskopf KIS is great, especially if you make stuff up on the fly. It would be nice if they added something like mirroring.

Chapter 17 The unexpected detour “Its good to be back and have some fresh krosswords,” said Naul. With still 21 days to their departure window the crew had finally found some downtime. Valentina and Tomoly were enjoying a game of “ko” for which the koogle company back on Kerbin had just developed a world champion AI. Harrick floated in the central structure of the ring, “guys, incoming transmission from KSC, prio 1.” “And despite the *crack* long overdue .. *crackle*” the audio came in. “Damn solar flares,” said Naul, “let me tune in a bit better.” suddenly the audio became clear and the printer started at the exact same moment. “Without further ado let me present your mission patches, and we are very sorry we couldn’t get them ready when you left.” “Ehm, could’t they have asked @DiscoSlelge?” said Valentina. “That’s a big mistake, why is Ike on the patch?” said Tomoly.” “and in case you are wondering,” continued the audio transmission, “we’ve done the math and are sending you to an additional expedition on Ike.” In the next few hours, more and more details poured in. They had to scavenge some parts from the Progress, move the lander to the front and transfer two of the Odysseys monopropellant tanks to the Dragon. It was a good thing that the team had brought an additional materials bay and goo experiment. It was with heavy heart that Tomoly unscrewed the carefully layout science instruments and attached them to empty spots on the Dragon. “Eh Tomoly, can you check the Progress? I can’t seem to disengage the docking clamp. The system says nothing is docked.” Naul radioed in with a frown on her forehead. This they had not seen since 1.0.5 and that was long, long ago. “This I can’t fix, better notify KSC, perhaps they can browse the forums for a solution.” Several hours later a large set of instructions got transferred to the repair station of the Odyssey. “You’ve got to be kidding me?” said Naul. Looking at the detailed instructions from @aerowook aerowook industries. “Next time they should include an emergency release,” Tomoly said. “or we should bring explosives,” smiled Naul who was up to the challenge of going through a zillion lines of code. With a soft “clank” the ships separated, and Valentina had already set an escape trajectory to Ike. “Wait for me to get inside,” said Harrick who had finished setting up the last set of experiments. The red giant sunk in the background when Valentina pointed the nose of the Odyssey to the escape vector. “3-2-1 initiating burn.” Since the latest software upgrade an annoying OLDD dialogue kept popping up, “there’s a dll somewhere that needs to be sent to eternal digital hunting grounds,” said Tomoly while going over the file structure. “It can wait till after the burn,” said Valentina. The course was laid out perfectly and a small correction burn would put them in an almost equatorial plane. According to KSC a 13km orbit was the lowest they could go. Which would minimise the load on the Dragon for ascent and descent. The burn happend exactly at the point where Ike would eclipse the sun and the team almost forgot to shut down the engines because of the beautiful view. “People will make postcards of this,” Valentina said. “one day,” After an uneventful capture, Harrick headed out to collect some more solar data and reset the collectors every time they passed over a new biome. “Looks just like the Mun,” he said, while floating peacefully perpendicular to the Odyssey. “altitude is really low, I do hope that radar data is within reasonable error margin,” Naul was slightly worried. “I have the feeling I can reach out and touch those mountain tops.” said Tomoly. Harrick was just admiring the view. “Heads up team! we can hit only a few biomes based on our current orbit and fuel reserves so lets make sure we land at the right spot.” Valentina had started planning the descent. “Hmm, two biomes here, or perhaps 3 there if we can fly.” she continued. “I’ve got an idea, let me step outside and go over those spare parts containers, I think I have a solution,” said Naul.

Yes the separator collided with the first stage. Kerbal fireworks ;-)

I see, I'll ask him for help when I get back to my folding wheel

"Farscape Landing Gear (by Nasai, left, right, & nose)" Interesting! how did you make the wheels work in 1.3

@Geschosskopf Yes the flying was fun. Really hard to land in one piece, I ended up adding a parachute since there were plenty left on the rover after its descent. I think I could have SSTO but didn't want to try. I could have done more on Duna, but there is only so much red sand that truly differentiates. A base is headed for north pole, I expect a new crew to stay longer.

Chapter 16 The ride of the Red Dragon After locking up the affairs in the base, transferring one of the nitrogen filters to the hull and disabling disabling the habitat, the team drove off in the heading of the direction of their ride to orbit. “I can see it in the distance,” Val exclaimed. “Good, that means that its upright,” Naul grinned. The three of them examined the craft, it seemed so small compared to the regular Soyuz they had all flown back home. “I’ll transfer the samples,” Harrick went about but during his second pass he slipped. “Whaaaaat,” and with that, he plummeted through a solar panel, tore his suit and crashed into the ground. “Quickly, get him in the Dragon before his suit loses pressure,” Valentina said. “No more EVA’s for you,” Val said to Harrick who was patching his suit. “There are spare suits on the Odyssey,” he replied. “Yeah but I gotta clean up the mess you made of the rover,” Naul replied. It took a bit of juggling, but she managed to rearrange the panels so the Atlas 4 could run on solar power during their absence. That way the fission reactor would be spared for the next team. Naul also transferred goo canisters, material bays and new parachutes to the Dragon, while Valentina parked the rover a small distance away so that the cameras could record their ascent. “All systems are green, the Odyssey is approaching the marked coordinates in orbit, launching in 3, 2, 1,” Valentina, flipped the switch and the 4 909 type engines ignited right on the mark. “We’ve got good TWR, data relay is far in the green, nav is looking good.” The rocket team did a good job designing a rocket that was not fully tested on Kerbin. Retracting the gear went down without a glitch. “I appreciate the fact that they rushed the Dragon in time to be here for us, but the interior could have done with a paint job.” Harrick was making jokes again. “I hear MacLuky Space Solutions has taken over from Cardboard Processor to refurbish the Dragons,” said Naul. “I’ll settle for grey if it gets us home,” said Valentina. “There’s a ton of fuel in this thing.” Valentina was surprised, with a direct rendez-vous it looked like they wouldn’t need the second stage at all. “Amazing view, its good to see her again.” The Odyssey was shining in the sunlight when the Dragon completed his rendez-vous. From there is was a series of basic manoeuvring bursts that Valentina could do in her sleep. With less than 10 units of LFO the Dragon docked to the side of the Odyssey and after a brief checklist and fuel transfer, the hatch was opened and the team was reunited with Tomoly who had kept the Odyssey in tip-top shape. Then it was time for laughter, stories and fresh produce from the greenhouse.

Thanks for this thread, it still holds many truths in 1.3.1 and led to the sparkle:

Chapter 15 Household chores The Progress D1 was the final craft in the flotilla that arrived. Its proximity to the relay network woke the probe from its sleep and after more than 300 days KSC regained access to its systems and started running diagnostics and telemetry calculations. Apparently the exit vector had been perfect, because there was no need for course corrections. After a rather uneventful capture burn the probe ran out of fuel but ended up so close to the Odyssey that the intercept could be done using monopropellant. From there the automated docking computer aligned the probe and back on the Odyssey Tomoley made sure docking went as expected. And with hard dock confirmed, supplies and more importantly water reserves were enough to last for at least a year. Tomoly started the harvest in the greenhouse, things were looking very good. But he was feeling lonely, and missed his teammates that had been on the surface for more than 80 days now. Back on Duna the Atlas 4 had made it back to the safety of Hab 1. The team would rest, run some final experiments and make sure all soil, goo and drill samples were processed and transmitted back to Kerbin, then they would wrap up and start the long journey to the ascent vehicle that was parked 200km to the west and had given some reports of broken panels and parachutes.

Chapter 14: A sparkle in the sky “T-15 automated capture burn set at a 1 minute and 22 second burn.” The guys at KSC were looking at the data. “Telemetry is looking good.” Gene smiled, “you know, we can be nervous about it, but it has already happened. We are looking at the past.” The Sparkle probe grazed the atmosphere and completed her atmospheric exit exactly as planned. Almost immediately the relay satellites re-established control and the probe started circularising. “Correction burn is low on delta-v, the computer is switching to the emergency scenario and dropping this thing in the atmosphere, now lets hope Bills new retro-propulsion system works.” said Gene. “We will know in the next few hours,” replied Bill. “It’s through the upper atmosphere, we are getting good telemetry,” Bill sounded really happy about his secret project. “Chutes did deploy right on the mark.” “Hmm, one of the retro rockets is malfunctioning, the landing computer disabled it and its pairing brother on the other side, lets hope we have enough thrust.” Gene looked at the team, which was working franticly to interpret data from half a light hour away. “Rockets firing, speed is dropping,” everybody was looking at the data streams that poured in. “Touchdown, and … where did my feed go?” Bill looked at is screen. “I lost telemetry, too,” Nav exclaimed. “Signal dead,” Things did not look good. “Go over the data again team, what can you tell me?” Gene kept his calm. It didn’t take the team long to figure out that the probe had landed with low enough velocity to survive, but probably toppled over on a steep slope and destroyed its uplink antenna. “It may have dropped into an abyss, but more likely its still okay, but on its side.” Bill and Gene, concurred. “Lets tell the team that they should check it out.” Granted, the team was reluctant. The detour to investigate the Sparkles crash site would eat several out of their budget, and more importantly: not get them to any new biomes so, no new science. “Found her, she fell over, but is looking intact. But might slip down the hill” Val was making her report and sending camera data to KSC. She parked in front of it and Naul disembarked to check out the contents of Bills secret package. “Oh you won’t believe what this contains! I’m gonna love puzzling this together.” Naul smiled and started extracting parts and schematics from the containers. “Its a small drone plane, powered by fission reactor and using the new Xeon powered ion engines.” Naul was quite excited. “Do you think it can reach the highlands?” Harrick came in over the comms. He was still not happy about the detour. “Reading a TWR of 0.76 and 5347 m/s delta-v, this thing is a potential SSTO!” Harrick and Naul were admiring the plane and observing the ions kick in for the first time. “Test flight is looking good, we can get her off the ground, but she’s pulling a bit too the left.” The team decided to pull the chute and drive up to the landing location. “Well there’s your problem, right there, the lower right wing is not aligned properly,” Naul looked annoyed at Harrick who was pointing out her mistake. “You just reset those experiments, while I fix this.” she said. Since the time to visit additional biomes was short, the team decided they would try to remote pilot the craft to fly above the highlands regions and capture the science data, while flying above it. “Running a high altitude test, bringing her up to 14 km” Naul was quite happy with the performance. The landing and take-off speed was still ridiculous compared to Kerbin, but with the parachute they could manage a safe landing. “Wow this data is awesome,” Harrick exclaimed when looking at the samples that were brought back. “We should send her to the south pole crater!” The south pole crater was the only interesting biome that they had not been able to visit. Naul quickly mounted the last Xeon gas canisters to replace the fuel, Despite all the excitement on the ground, interesting things were also happening 156 km above them. Meanwhile in orbit the R18 Duna orbiter achieved a perfect alignment with Ike and the team at KSC started the burn that would redirect the oldest of the Duna scan satellites to a new destination. Hours later it was already mapping the surface of Ike and started magnetic and biome mapping of Dunas companion. “Are you sure,” Naul said to Valentine, “You do realise that you are sitting on a nuclear reactor?” but even that seemed to make no impression. “As long as the radiator works I should be okay.” she replied. “She is totally badass,” Harrick exclaimed when he saw Valentia become the first kerbal to fly on Duna. And so she set-off, made a great flight and set a new altitude record for manned flight on a foreign body. “Even at high altitude she handles well” Valentina later mentioned in her report. “Recommend adding a Sparkle to every manned mission to Duna as emergency SSTO. The Sparkle 4c would make her last soft landing 4km from the rover and Valentina would still be high on endorphins from her flight by the time the team caught up with her. "Thanks Bill, it was amazing," she send over her comms to KSC.

Strange, they look okay here. but imgbb.com is having difficulties at the moment.

Chapter 13 Snowstorms The sound of the explosion shook the kerbals from their beds. Naul, who had improvised a hammock in the cupola so she could look at Kerbin at night managed to fall on the floor. Fortunately the gravity on Duna was about half of Kerbins. Harrick crawled through the docking tunnel, "something happened on the right side of the rover," he said. "Naul, can you suit up and take a look? pressure is still stable" Val kept her cool and needed more data to make a decision. About 10 minutes later Naul came with the explanation. "Landing strut got overstressed. Not sure why, but no biggie. The rover is still intact. We are go for expedition Valhalla." And with the sun rising over the horizon the team headed north for a 180 km expedition in the hope to find water in the other biomes. But first they would need to make a detour to the landing site of the "R18 Ranger". Ever since they had activated the pressure regulators on the Atlas 4 they had seen the pumps struggling to maintain proper atmosphere. "I've analysed the sfs data file," said Harrick, "there appears to be a hidden resource called atmosphere, which is not shown in our resource tabs or life-support monitors." "The problem is:" he said, "it's draining." The atmospheric harvester that Naul had created on the rear of the rover was providing the craft with fresh nitrogen was doing its job, but just not efficient enough on this altitude." KSC however had come up with a cunning plan. The ranger series were a series of probes that launched to Duna (and other planetary bodies) to not only gather scientific data, but also map biomes and get radar maps prior to a landing. Starting from R18 the probes carried small rovers or descent modules that could land on a body and search for landing spots. They also carried radiation and temperature sensors that helpt with the design of later manned missions. The R18 ranger was long gone. It had roved off in a different direction to gather data for alternative landing sites, but the descent module was still here and contained a very important piece of equipment. Naul quickly scavenged the wind battered remains of the descent module and attached the atmospheric probe to the rover. " "There, this should do the trick." and indeed, the instruments were now showing perpetual pressure control. "That is, until one of these breaks down," Harrick explained. Meanwhile the satellite R18 had completed its radiation studies and mapped the magnetic field around Duna. KSC was already plotting a new task for this probe since it had plenty of delta-v left. By the time they reached their destination 2 days had passed. The landscape changed tone but the biome map still indicated lowlands. Apparently the change was only cosmetic. " "We will need to push on," Harrick said while accessing the Kerbnet scanner. Valentina was tired. Two days of driving takes its toll. The first rover on Duna had landed on the south pole and had been lost when crossing into a crater, so it was a gentle balance between speed and terrain. "What is that?" three green heads almost collided with the glass of the cupola while they scrambled to witness a previously unseen phenomena. "It looks like dust storms, like the Kerbin desert." Naul said. "But I'm reading moisture and increased pressure," exclaimed Harrick. "No dust then," Val said, as she pushed on. "And may I remind you that the cupola is a single kerbal pod." she smiled. A couple of hours later the rover came to a halt and the first kerbal ever stept on what looked like ice of another planet. "Things are looking good," Harrick said when he unlocked the sample tube to take collect a sample from below the surface. "This is great! I'll need to confirm in the lab, but it looks like the ice extends meters below the surface." Half an hour later when Harricks words were received by KSC a crowed erupted in joy and applause. This would mean longer missions and possible, permanent colonisation of Duna.

I'm using an old bobcat engine, which is hugely overpowered and runs on LFO. My Eve mission just ran into the problem you described. 30 days into the mission radiation levels were at 50%, I discarded half the nukes and got back just in time, but on a very steep trajectory to avoid the exposure time in the van-allen belts. So undock and dock seems like a fun thing. Also Scott just released a video on cyclers which might be very cool to try. That many nuclear engines and crew safety do not go together.

So what I did in this career game - Amarok program: get kerbals in space - Mercury program: long duration study, get variables on food, oxygen, stress etc/ - Apollo program: short trips, landers, radiation and climatization - Salyut program: long duration in orbit of mun & growing food. Those steps got me the knowledge needed. Especially when it comes to radiation, I believe that the 400 days was per active shield generator.

@NCommander I've added 4 active shields and full shielding on the crew cabins. Passive shielding gives you 200 days, active close to 400. I did some tests in LKO and Mun Orbit before constructing the Odyssey. You can also MM patch the shield of course.

First ;-) Looks very cool, love the rover

my 1.3.0 install is suffering from an issue with FFT: the fusion drives power up nicely on the launchpad, but refuse to work when in orbit. It's like the engine shorts out and flips back to charging mode. Any idea what that could be causing that? It's a heavily modded install and I suspect kerbalism ;-( Logs are empty and even the simplest of craft can reproduce Update: Got it by browsing the (excellent) source code. If you activate the engine, make sure it is throttled up a bit. It would be nice to get "growl" style notifications "engine charged", "engine shutdown due to lack of throttle" etc. Thanks for the excellent mod, I can now get a huge craft to jool (i hope)

@Jimbodiah thanks, still tracing where my right-click menu went. I think it is the KIS patch:

Hi I'm trying to add Kerbalism to SSTU containers, or better said, the resources that are now cluttering my spaceships ;-) I tried the following: SSTU_FUELTYPE:NEEDS[Kerbalism] { name = Oxygen RESOURCE { resource = Oxygen ratio = 1 } } SSTU_FUELTYPE:NEEDS[Kerbalism] { name = Nitrogen RESOURCE { resource = Nitrogen ratio = 1 } } SSTU_FUELTYPE:NEEDS[Kerbalism] { name = Ammonia RESOURCE { resource = Ammonia ratio = 1 } } SSTU_RESOURCEVOLUME:NEEDS[Kerbalism] { name = Oxygen volume = 1 } SSTU_RESOURCEVOLUME:NEEDS[Kerbalism] { name = Nitrogen volume = 0.8 } @PART[SSTU-SC-TANK-MFT-A|SSTU-SC-TANK-MFT-S|SSTU-SC-TANK-MFT-R|SSTU-SC-TANK-MFT-LV|SSTU-SC-TANK-MUS|SSTU-SC-TANK-MFT-D]:NEEDS[Kerbalism] { @MODULE[SSTUVolumeContainer] { @CONTAINER,0 { resource = Nitrogen resource = Oxygen resource = Ammonia } } } Which screws with the SSTU right click menu, but I can't really figure out why. Help is greatly appreciated ;-)

Chapter 12: The face of Duna "Rise and shine crew, today is day!" Valentina was excited, after 3 Duna days around the base they had gathered enough rocks and done enough vital checks to know that everyone was in good shape and the rover was fine. They would be relying on its life-support systems and most importantly it's fusion reactor to travel long distances. Should the reactor give out outside battery range of the base camp, they would die a very painful death. But nobody was thinking about that when they decoupled from Hab-1 and set out to drive roughly 20 km north where the R18 scan-sat probe had discovered an unknown anomaly. Something that seemed way off. Harrick was studying the image that had been uploaded in what KSC referred to as "high-res". They had been unable to download the image through the deep space network due to it's size, but since the Atlas 4 had a very strong downlink from the satellite they had been able to download it to the rover. "Hard to make out what it is," Harrick said to Naul. "It definitely has a thermal signature different from the other rock formations." After a several treacherous hills, the team decided to slow down the rover to 8 m/s. While the sun was rising over Duna, the rover slowly crawled towards the horizon. "We are getting close," said Naul who had been keeping Harrick company in the lab. She had managed to build a small triangulation network using R14, R16 and R18 who had been left in orbit, to create a ad-hoc GPS network. "That is unlike anything I have ever seen," said Valentina. She had done quite a bit of driving on the Mun and was well aware of natural rock formations. She put the rover in high gear and accelerated down the hill. The whole team was staring out of the window and no longer paying attention to the controls when driving the last few 100m. Not noticing that the terrain was downhill and the rover was picking up speed. "Heading straight for the small side," said Val while steering slightly left, and that was when they hit the anomaly. We will never know if it was just fast driving or an magical force, but all of the sudden the rover was pushed sideways and started to tilt over. "What the," Val exclaimed while activating the SAS. The rover toppled over and due to some miracle the high gain antenna didn't suffer any damage. "Deploying gear," Naul shouted. Which caused the top of the rover to miss the surface by a fraction. Shaken and stirred the team tried to arrest their breathing while dozens of red alert lights illuminated the cabin. "Crap, we lost a stabiliser and a solar panel." Naul was not happy. "What happened?" Harrick asked while trying to judge the size of the bump on his head. Naul quickly stepped out to verify the reactor and check the cooling system for leaks. After a small inspection, Harrick left the rover and began the climb of this strange rock formation. "I wonder what the bird's eye view of this would be?" He wondered while climbing the outer facade with help of this rocket pack. "This material is anything we have seen before. Let me take some samples." Harrick was excited again and totally forgot about all his bruises. "The matter seems to be in a different state than regular matter, I wonder what happens if I jump on it." Without warning, he started to sink through the surface, it was like the structure's appearance and colliding properties were not in sync. Where others would panic, was Harrick just amazed. "It seems like this material can bend space and time! I need more samples," he said while sinking further in the structure. With his sample bags full, Harrick worked his way towards the edge of the structure and glided down the slope to reunite with an astonished team. "Let's analyse this in detail." Harrick said, "and radio KSC with this find!" "Please do," said Naul, "but do so from inside the Lab. I want the Atlas closer to the base to make sure we can reach it, if the reactor was damaged we need to be able to get back." While heading back they tracked into a new biome. "And now for some good news: the atmosphere levels are back in the green and we have collected so much nitrogen that the Atlas 4 will no longer have a problem with its pressure control. Until one of the pressure regulators breaks down of course." Naul was feeling quite smug. "This looks like a great spot for water. Let's run an experiment." This time Valentina stepped outside to drill the sample pole into the ground. "Sample extraction complete, checking moisture levels." The results looked promising. The soil was definitely darker around here, but was it due to residual water or something else? Val ran additional tests using the laser drill, which turned out to be mounted at such a low position that it lifted the entire rover. Still the results were negative. Having checked 3 biomes and not found any water, the scientists back at KSC started to worry. Any follow up mission would require large amounts of water and ore. The water was vital for the production of food. Oxygen and nitrogen could be extracted from the atmosphere, but the water was just too heavy to bring in large quantities. The team took the long road home and pondered how to proceed. The only sensible biomes would be quite a long way from the base. Despite the fact that the rover could support them, the question was what they would do in case they would suffer from another flip. Also, the base proved to be better shielded than the rover. How would the radiation affect them? Questions, questions, questions.

That thing is huge. I'm planning a "hermes" style vessel for jool, but first lets get these kerbals home.

Chapter 11: First flags "I'm not sure how your clock works, but I won't get a tan if this is sunlight," said Valentina to Harrick. "Indeed, it appears that our calculations were a bit off," was the reply. Solar panels were producing less and less power, and batteries started to drain. "Gear up team, we are going outside with 2 hours of life-support rather than staying in this soon-to-be refrigerator." Valentina was making the tough shots as usual. "Rover should be here in 20 minutes," Harrick kept staring at the monitor. And he was right. Atlas 4 showed up, right on the mark, while the crew was busy planting the first Flag on Duna soil. Naul started up the nuclear reactor on the back and confirmed power levels and heat radiators were working properly. She then enabled the habitats and transferred the nitrogen container to the Atlas 4. Pressure regulators sprang back to life and Valentina and Harrick boarded the rover while Naul kept making repairs to the components that had given out during its 2-year stay on the red planet. "Not bad, she said," while fixing a solar panel with duct-tape and removing broken parachutes. "But half the chutes are gone. I wonder what the state of the chutes on the Dragon return vehicle is." "I'm seeing still no abnormal ratings of anything. We are good to go," And with this clean bill of health, the rover departed for its 14 km drive to Hab-1. Hab-1 was deployed a year earlier and served as a shelter base. Comprised of an overdose of solar panels and a huge battery, the base should be able to remain powered throughout the night. With over a year on supplies, it was designed as an emergency home away from home, in which the team could hold out long enough for a re-supply and/or rescue mission. Apart from having no atmosphere, it should be in good shape. Naul was the first to disembark and do some more repairs on the Atlas 4 and started running the diagnostics on the base. All seemed in order. By updating the software on the atmospheric analysis instrument, she had turned it into an atmospheric filter that would sift out the nitrogen from the atmosphere and replenish the one in the rovers depleted supplies. Originally it was supposed to convert to oxygen but ironically enough the had plenty of that. Valentina was the first to head over to the base. Harrick could not be pulled from the first functional lab in two years and a bounty of goo and material science that could be analyzed. "Let's see, deploy ladder, activate lights, hmm how is this supposed to work?" Val looked at the ladder system in great confusion. "Let me guess, that tall guy in the engineering team designed the ladder?" A reasonable assumption, since the ladder, proved to be just out of reach. Fortunately, a small jump was all it took to grab the lower sports and pull yourself up to the airlock, after spending hours in the "homer" she was glad to be in a larger room. "Now lets' pressurize this baby and get out of these suits." Naul didn't board straight away. She had noticed that the pressure regulator on Hab-1 was struggling, so she decided to move one of the spare docking ports of the Atlas 4 and connect the rover and the base to overcome this. "Welcome team! We are finally at our destination!" KSC has studied the telemetry maps and come up with some really interesting sites that we will need to visit, so get some sleep and tomorrow, well that means in two days, we will roll out!" Valentina sounded relieved and enjoyed her first rest in a long time. Back on the Odyssey Tomoly finished the harvest and ran the calculations. Then he decided not to grow a new crop. "The food will be enough. It's the water I am worried about." He said to himself.

Yes, I had set up something similar, but your head is better, and OS X high siera is messing up unity big time. @Jammer-TD love the craft, but i am playing a bit more near future. What engines are you using, the look awesome if they can lift off something of that size?

Thanks! I just read your Duna series, very cool. I had set up a Greek temple for Ike, but you have beaten me to it. Love the model of the head and the movie reference.