Year 1, day 346.
Customer: Rockomax Conglomerate Mission Objectives:
The problems from the previous flight have been isolated and no problems are expected this mission. Year 1, day 324.
Customer: STEADLER Engineering Corps Mission Objectives:
To coincide with range safety, polar orbits are only permitted towards the south. Unfortunately, this means this launch must take place at night. Year 1, day 287.
Customer: STEADLER Engineering Corps. Mission Objectives:
Commercial interest in Minmus continues, and this mission will lay the groundwork for possible future crewed missions to Minmus. Year 1, day 278.
Customer: Moving Parts Experts Group Mission Objectives:
This will be another G-3 probe atop an R-4.1 rocket. Year 1, day 256.
Project: Resnick Mission Objectives:
This launch features an upgraded version of the G-2 satellite, featuring larger fuel tanks and improved electrical systems. The lower stage tanks of the G-4 were lengthened slightly, to accommodate for the heavier payload. Year 1, day 254.
Customer: Kerbodyne Mission Objectives:
Our second R-4 launch with G-2 satellite is a commercial launch. Year 1, day 233.
Project: Ride Mission Objectives:
This is also the first launch of our new R-4 lifter and G-2 satellite. The lifter is capable of boosting a 1.25T probe out of Kerbin's SOI. Year 1, day 208.
Project: Savitskaya Mission Objectives:
Year 1, day 185.
Customer: Experimental Something. Mission Objectives:
Another boring satellite launch for cash. Year 1, day 162.
Customer: Dinkelstein Kerman Mission Objectives:
Year 1, day 139.
Customer: Moving Parts Experts Group Mission Objectives:
Year 1, day 119.
Customer: Moving Parts Experts Group Mission Objectives:
We've made some upgrades to our space centre, and need to take on some commercial missions in order to pay for it. Our first commercial contract is to place a satellite into orbit high above Kerbin. Year 1, day 93.
Project: Tereshkova. Mission Objectives:
Bob and his team have been busy developing a two-stage rocket capable of putting a 1T payload into KTO. New technologies include stability control, automated guidance, and solar cells. Year 1, day 70.
Project: Tereshkova. Mission Objectives:
Ballast has been added to simulate a fuelled payload, in the hope of improving stability during ascent. Year 1, day 47.
Project: Tereshkova. Mission Objectives:
Year 1, day 24.
Project: Tereshkova. Mission Objectives:
Year 1, day 1.
Project: Tereshkova. Mission Objectives:
Year 1, day 1.
Mission Objectives:
Crew:
Bob would like to kick off the R&D effort and look around the new facilities. Every so often I try new mods, and occasionally they change how I want to run my career. Sometimes, I find a few mods at the same time, and it makes sense to start a new career. So it goes with Quest 3. The biggest change with Quest IV is switching to Historical Progress Tech Tree. It has a more realistic feel and lends itself better to my playing style, and plays better with Cryogenic Tanks than CTT. Another change will be adopting SmartParts for controlling staging during launch. This allows my kOS launch program to focus solely on guidance, while allowing better custom staging for rockets. Finally, I will not be using stock 1.25/2.5/3.75m engines or tanks, relying solely on KWRocketry, Cryogenic Engines, and Kerbal Atomics (if I make it that far!). The early emphasis will be on an uncrewed flyby to Duna during the first transfer window, and establishing long-term stations around Mun and Minmus. Finally, a list of mods.
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