Although we are still exploring the basics of rocketry through sub-orbital flights of our Progenitor rockets, the time has come to begin to push for the next level and establish a permanent robotic presence in space with orbiting satellites. At first, these craft will not be able to stay up for long with current power technology but eventually the Ascension program will be responsible for lifting all payloads into orbit around Kerbin for extended missions of months or years. This program will also be responsible for getting the Extremis probes on their way to exploring the Kerbol system.
The Mk1 was the first dedicated lifter design for orbital space flight, meant to carry several tons of extra mass off the ground in order for the second stage or payload to continue the climb into orbit from a high initial altitude. It was also the first steerable rocket and the first to be built to a 1.25m form factor.
However after two attempts to make orbit with even a light 1t payload it was determined to be not powerful enough and is now relegated to sub-orbital missions only and no longer carries a Block designation.
The new capsule will undergo a sub-orbital test flight to confirm its basic systems and re-entry capability before being cleared for an orbital test flight later this year on a Mk3
Show Past Missions (2020)Hide Past Missions (2020)
Specialist Bob – 7/16/20
After waiting almost a year since his first attempt, Specialist Bob is finally able to head up into space to chase after the shadow of Mun during an eclipse. However mission troubles still do not escape him…
Similar to a past mission, the unkerbed capsule will carry science instruments into space this time up into the inner radiation belt while also testing new shielding that could help protect crew on future flights
Foiled during his first attempt, Captain Jebediah faced additional hurdles before he was able to finally make his trip up into space, becoming the 3rd kerbal to venture beyond the atmosphere and gaze down upon our planet
After three months to repair the launch pad the first Ascension Mk1 mission of 2020 aims to prove whether or not new guidance fins can get the Ascension Mk2 onto an ascent path that could place it into low-Kerbin orbit
Show Past Missions (2019)Hide Past Missions (2019)
Captain Jebediah – 10/22/19
Captain Jeb is more than ready to finally take his ride up to space to fly a similar mission to the previous flight by Commander Val however we discover that we have enemies bent on destroying all we hope to accomplish…
Commander Val rotates into the hot seat aboard the capsule and becomes the 2nd kerbal to venture up into space, where she flies higher and stays longer to increase our knowledge of any effects 0G has on kerbal physiology
With a capsule modified solely for unkerbed flight, new science instruments were installed. The mission’s goals also included continuing to push the capsule to the limits on return to attempt to find any failures
Although only one of them can ultimately be the first kerbal into space, both Specialists Bill & Bob are prepared to fly aboard the capsule atop the rocket that will carry one of them into the history books
Another unkerbed test flight (possibly the last one) of the Mk1 capsule to try and fly a better ascent with an easier re-entry while also properly retaining the LES tower for some testing before chute deploy
No longer fit for space flight, the test capsule that had been used for previous pad abort tests was still fit enough to fly partway to space so we could conduct an ascent abort test to fully qualify the Launch Escape System
Changes to the elevator fin angle will allow for greater pitch-down control authority and the first test of the Mk1 space capsule on a sub-orbital flight will take place in a similar manner to the test payload from the previous mission
Attempting to use new software to plan an orbital mission profile proved fruitless, so this mission was redesigned from scratch to support future sub-orbital kerbed spaceflight by testing new technologies such as RCS & a heat shield
Show Past Missions (2018)Hide Past Missions (2018)
Orbit Attempt 2 – 7/17/18
After failing to reach orbit on our first attempt, adjustments have been made to the ascent profile to get the rocket horizontal sooner and hopefully push our periapsis out from under the ground on this second attempt
Our first orbit-capable rocket makes its debut flight after months of testing and development and a few false starts leading up to launch. The hopes of this flight lie upon an engine that has seen a lot of use already in testing…
The Mk2 was originally the Mk1 Block II meant to serve as a heavy lift variant. However when it was made clear how underpowered the Mk1 was and that it would not be able to carry a second stage, the Block II was merged with the Viklun Mk1 to create a new vehicle as the two would only ever be paired together anyways.
The Mk2 will be the first rocket to carry kerbals into orbit.
Show Past Missions (2020)Hide Past Missions (2020)
Orbit Attempt 4 – 9/23/20
Continued iteration leads us to attempting another orbital insertion with the Mk2, hoping to take the payload the full distance this time rather than leaving Kerbin II to fend for itself. Will the upgraded Viklun stage be able to handle it?
Our largest rocket to date finally gets its chance to help us prove that we are capable of achieving orbital space flight. We’ve spent the last year working up towards this mission but are we really ready? Only one way to find out…
Show Past Payloads (2020)Hide Past Payloads (2020)
Kerbin II – 9/23-12/17
Our second attempt at orbit went more as planned, with the satellite taking long-term science observations, proving orbits are stable above the atmosphere and teaching us new lessons on orbital recovery
The first probe to orbit Kerbin, this served as a valuable test bed for operations, control, power, etc and even the mission itself, not going as planned, provided invaluable experience to our new orbital operations crew
The Mk3 changes little from the overall design of the orbit-proven Mk2 except to give it more capability to lift heavier payloads thanks to larger solid rocket motors and a more powerful lifter engine. Expanded cold gas reserves and a slightly longer Viklun second stage means more torque and fuel for the reaction control system to ensure the rocket can remain stable as it climbs out of the atmosphere and re-orient for longer flight duration. The SRBs are equipped with nose cone parachutes so they can be recovered and reflown. The Mk3 has the capability to send probes out to other bodies, including all those outside the Kerbin system.
Show Past Missions (2021)Hide Past Missions (2021)
Flight 1 (Kerbin III Attempt 1) – 2/13/21
Once again pushing things to the limit the new Ascension Mk3 fails to achieve an optimal ascent, suffering a similar failure to the first Mk2 however this time the payload was at least able to be recovered via controlled abort