Below is a listing of the various crafts and their initial designation. Some designs have flown multiple times with slight variations in instrumentation, but most major revisions of launch vehicles are present.
On top are current series as well as future plans presented briefly, and below at the end is the main bulk of the retires series of rockets.
The Proton series of Kerbinian rockets is dedicated to our initial manned space program. The series is the main workhorse of lifting our kerbals and their equipment into orbit around Earth for their missions.
Aside from this main use, the modularity of the series has also extended its use to lifting probes for other planets into orbit, where the probes then use their own set of engines to intercept the planet they’re aiming for.
|Proton-1||Recovery-2C||The Proton-1 is our first rocket designed to carry a kerbal into Low Earth Orbit.||3,5 T payload to LEO.|
|Proton-1a||Earth MapSat-2||Proton-1a is the evolution of our smallest basic lifter for minor LEO payloads – it is also the first rocket only using Hydrolox fuel, minimizing the environmental impact of the space programme.||6 T payload to LEO.|
|Proton-2||KomSat-1||Proton-2 is an up-scaled version of Proton-1, with added boosters, capable of delivering early LEO KomSat networks to a 3 Mm circular orbit.||14 T payload to LEO.|
|To be designed||Planned: ~15 T payload to LEO.|
|Proton-3||Lunar Lander 1||Proton-3 is our early heavy lifter, capable of delivering an impressive 19 tonnes to orbit.||19 T payload to LEO|
|To be designed||Planned: ~20 T payload to LEO.|
|Proton-4||Kerlab Transport 1||While numerically not the last, the Proton-4 was designed to have an intermediate step in between the Proton-3 and Proton-5 rockets.||30 T payload to LEO|
|KSS Hab Module 2||Continuing the trend of the A-series, the Proton-4a incorporates more efficient upper stages and is able to deliver nearly 40T to LEO, while eschewing the 3rd stage entirely.||38T payload to LEO.|
|Proton-5||Venus-3||The Proton-5 is the pinnacle of our traditional kerosene-fuelled rocket series, able to put just over 50 tonnes into low Earth orbit.||50 T payload to LEO|
|KSS-Core||Expanding upon the Proton-5, the Proton-5a uses a more efficient second stage, eschewing the 3rd stage like the Proton-4a, while still allowing for delivery of a 30 % heavier payload.||65T+ payload to LEO.|
Series of unique rockets that are constructed for an absolutely singular goal. These rockets generally are absolutely cutting edge, but are also highly experimental – requiring extreme planning and care in their use. They are also all planned as simple one-off missions, with no regard to repeatability at all.
|Bear-1||Bear-1||Highly experimental rocket, using the newest and most powerful engines. The only way to lift up our initial lander design.||130 T to LEO, or alternatively carrying the Bear-1 experimental Lunar Lander to orbit.|
Future heavy lifter series.
|Kosmos-1||To be determined||Planned: 100+ T to LEO|
|Kosmos-2||KLS-Transport||150T payload to LEO|
|Kosmos-3||To be determined||Planned: 200+ T to LEO|
Future ultra heavy lifter series.
|Energia-1||To be determined||Planned: 300+ T to LEO|
|Energia-2||To be determined||Planned: 400+ T to LEO|
|Energia-3||To be determined||Planned: 500+ T to LEO|
The eXperimental Aircraft (XA) series is designed to improve Kerbinian understanding of the atmosphere and aerodynamics. This should lead to better recovery of spacecrafts and possibly more efficient means of launching in the future.
|XA-1||Valentinas Spirit||Design lost while moving offices, but who cares, since the dumb thing didn’t fly anyway?||Flight|
|XA-2||Valentinas Spirit mk. 2||Second version. Swerving insanely on the runway, but piloting skills got it airborne, and a parachute down.||Flight|
|XA-3||Valentinas Thunder||To solve the steering issues on the ground for the first jet, the wheels were simply removed. Launched with rockets and landing by parachute seems to work though.||Flight|
|XA-4||Valentinas Jet||This first regular jet is mostly to prove that we can fly and land such a thing. It has extra sturdy landing legs, attached only to the fuselage.||Flight|
|XA-5||Valentinas Looker||This advanced jet has several hull mounted kameras, and is capable of continuous supersonic speeds at 12-15 km, along with a longer range than any previous jets.||Reconnaissance flights|
XA: eXperimental Aircraft.
SRP: Sounding Rocket Platform.
JBI: Jebedias Bad Idea (seriously, why are we even doing these missions?!?).
LRP: Lunar Reconnaissance Probe unmanned Lunar series.
RH: Red Herring reconnaissance series.
Jebediahs Bad Ideas
|JBI-1||Jebedias Brain-something||Val and Jeb decides that going to space can’t be as hard as Werner think, and clandestinely begins to build a rocket ship.||Passing the Kerman Line|
|JBI-2||Jebedias Brain-something V2||Having been found out, and almost succeeded Bill and Bob joins Val and Jeb and perfect the design of the rocket ship, making it able to go to actual space.|
Lunar Reconnaissance Probe Series
The Lunar Reconnaissance Probe (LRP) series is dedicated to furthering the Kerbinian knowledge of the Moon, as well as establishing a permanent Kerbinian presence both in orbit and on the surface of the Moon.
|LRP-1||Lunar 1||Delivery of the first Lunar probe to orbit of the Moon. The probe is completely self-sustaining with solar panels and spare fuel for manoeuvres. It also carries numerous scientific instruments, as well as no less then 4 Kameras.||Delivery of payload to Lunar orbit.|
|LRP-5||Venus 1||Modified LRP launcher, adding a slightly more massive probe, capable of performing a fly-by of Venus.||12 T payload to LEO.|
Red Herring Series
The Red Herring (RH) series of rockets are designed to place Kerbinian probes in orbit around the Earth. These can vary from reconnaissance satellites to providing a launch platform for the global Kerbinian communications network.
The design was retired early (officially), due to the development of the superior Proton-series.
|RH-1||Red Herring 1||The Red Herring 1 type was designed as the first orbital probe launcher, although the payload it can deliver is extremely limited. The plan was for the satellite to go “beep” when passing over the Illyriens, but the battery didn’t last long enough – it stayed in space though.||LEO of minimal payload or < 3600 km|
|RH-3||Red Herring mk. 2||The Red Herring mk. 2 was designed as the first polar orbital probe with both scientific sensors as well as a camera – with a high enough battery capacity to continue functioning in orbit for an extended period of time, in order to properly document the Illyriens launch centre.||Polar orbit for a classified amount of time.|
|RH-5||Recovery-1||The Recovery-1 was the first orbital probe designed to be able to survive re-entry.||Orbit, re-entry and recovery.|
Sounding Rocket series
|SRP-1||Boomer 1||Boomer 1 is the first test rocket ever launched. The main thing learned from this launch, was that space is higher than 12 km.||Atmospheric testing|
|SRP-2||Boomer 2||Boomer 2 was the first test rocket to reach actual space, carrying scientific instruments.||2-400 km|
|SRP-3||Boomer 3||Boomer 3 was an attempt to get scientific instruments as high as they could, though it was the first test rocket where the payload was not designed to be recovered.|
|SRP-7||Boomer 4||The Boomer 4 series is solely designed to achieve height. It has no scientific payload, and is simply designed to keep those pesky Illyriens in the dust!|