Year 3, day 92.
Customer: O.M.B. Demolition Enterprises
Mission Objectives:

1. Land probe on the surface of Minmus
2. Transmit scientific data back to Kerbin

Returning to our unscrewed program, we set our focus back towards Minmus. Before we send Kerbals there, we need to know a little more about the surface of the moon.

This launch returns to our R4 lifter, but with a new, liquid hydrogen-based upper stage. This gives the rocket just enough extra performance to perform this mission.

Year 3, day 23.
Project: Dunbar
Mission Objectives:

1. ​Launch station into orbit around Mun

This is the same module as Lucid Alpha.

Year 2, day 403.
Project: Lucid.
Mission Objectives:

1. Place station into orbit around Kerbin.

In preparation for sending kerbals on long-duration missions to Mun and Minmus, this station will provide a testbed for new technologies.

Year 2, day 337.
Project: Fisher.
Mission Objectives:

• Test launch and re-entry of new R5 rocket.

Our new rocket dwarfs anything we've ever launch. Before sending crew to Mun, however, we need to flight-qualify the rocket. This includes a launch and simulated Mun transfer and re-entry.

Year 2, day 334.
Project: Seddon.
Previously.

Year 2, day 243.
Customer: SCAN Sat.
Mission Objectives:

1. Place satellite into inclined orbit around Kerbin.

Year 2, day 224.
Customer: Sean's Cannery.
Mission Objectives:

1. ​Place satellite into orbit around Mun.

Year 2, day 197.
Customer: Periapsis Rocket Supplies Co.
Mission Objectives:

1. Perform gravity scans in orbit around Mun.
2. Perform multi-spectral scan of Mun.

This is the same mission as the previous launch, but around Mun.

Year 2, day 173.
Customer: Vac-Co Advanced Suction Systems.
Mission Objectives:

1. Place satellite into polar orbit around Minmus.
2. Perform gravitational and biome scans of Minmus. 

Year 2, day 150.
Project: Seddon.
Mission Objectives:

1. Place satellite into transfer orbit to Eve.

The launch problems have been isolated to vibration with the payload, and not lack of control authority as previously thought. These problems should be ironed out and we expect a successful flight.

Year 2, day 127.
Project: Seddon.
Mission Objectives:

1. Place satellite on a transfer orbit to Eve.

Year 2, day 104.
Project: Seddon.
Mission Objectives:

1. Perform flyby of Eve.

The first transfer window to Eve has arrived, and we're sending a probe packed with our latest scientific instruments.

Year 2, day 81.
Project: Savitskaya.
Mission Objectives:

1. Land probe on the surface of Mun.

Taking a step back from our uncrewed program, our scientists have several new experiments they wish to perform on Mun's surface.

Year 1, day 12.
Project: Sullivan.
Mission Objectives:

1. Flight-qualify new single-crew spacecraft.
2. Perform re-entry test from free-return trajectory around Mun.
3. Return safely to Kerbin.

Our first crewed spacecraft is a single-crew capsule atop the same R-4.1 rocket that has been carrying our satellites into orbit (for the most part).

This test flight will verify everything is in place for our first crewed mission.

Year 1, day 418.
Project: Ride.
Mission Status: Nearing Duna SOI.

Previously.

Year 1, Day 415.
Customer: Vac-Co Advanced Suction Systems.
Mission Objectives:

1. Place satellite into equatorial orbit high above Kerbin.

Year 1, day 393.
Customer: C7 Aerospace Division‎.
Mission Objectives:

1. Deploy satellite into orbit around Minmus.​

Year 1, day 369.
Customer: FLOOYD Dynamics Research Labs
Mission Objectives:

1. Place first satellite into (polar) orbit around Mun.
2. Transmit scientific data back to Kerbin.
3. Perform altimetry scan of Mun.

Year 1, day 346.
Customer: Rockomax Conglomerate
Mission Objectives:

1. Place satellite into equatorial orbit around Minmus.

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:

1. Place satellite into polar orbit high above Kerbin.

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:

1. Place satellite into polar orbit over Minmus.
2. Perform altimetry mapping of Minmus.

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:

1. Place the first satellite into orbit around MInmus.

This will be another G-3 probe atop an R-4.1 rocket.

Year 1, day 256.
Project: Resnick
Mission Objectives:

1. Perform flyby of Minmus.
2. Transmit scientific data form space around Minmus.

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:

1. Launch satellite into 4.7Mm x 4.4Mm equatorial orbit around Kerbin.

Our second R-4 launch with G-2 satellite is a commercial launch.

Year 1, day 233.
Project: Ride
Mission Objectives:

1. Perform first Duna flyby.
2. Transmit scientific data from space around Duna.
3. Transmit scientific data from space around the sun.

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.