[[Replica] TMK-2 Akademik Korolev (TMK Landing Version)]

TMK (Тяжелый Межпланетный Корабль - Tyazhely Mezhplanetny Korabl or Heavy Interplanetary Spacecraft) was a series of proposals for a crewed interplanetary spacecraft created in the Soviet Union in the late 1950s and the 1960s. The English language literature on the proposals is a little confusing, I have seen the Salyut like TMK-MAVR referred to as TMK-1, TMK-1 described as a different nuclear powered design, and a landing version of the TMK from 1964, despite the "only" landing variant (according to the English language sources) having been designed in 1966. There is also the TMK-E, which would deliver a vehicle known as the "Mars train" to the surface, which is sometimes described as having been the main landing proposal, but referred to simply as "TMK".

Formulation of the proposals took place mostly during the period of the space race before John F. Kennedy proposed the goal of landing a man on the Moon before the end of the 1960s. Sergei Korolev apparently had very strong enthusiasm for the whole undertaking during meetings regarding the design. The schedules produced during planning had the missions taking place in the 70s and 80s. Wikipedia states any landing mission would have launched in 1980, however as far as I know, there was no transfer window during that year, it was in 1981. If it had launched in 1981, it would have ended up taking place simultaneously with the NASA Integrated Program Plan manned mission to Mars proposed by Werner von Braun in 1969. The Mars landing would have been in 1982.

The TMK design I have decided to replicate is apparently from 1964, designed by Gleb Maksimov. I am unsure of the specific details of the design, so mine will have a little artistic license as I describe its components (it is not intended to ultra accurate in specifications per say, more for looks and the general configuration, only because of a lack of detailed information).

The core of the spacecraft is the docking hub. It connects five nuclear rockets with the crew section. The docking hub has unused docking ports on the sides to allow Soyuz (or for future expeditions, the Progress) spacecraft to visit it while it is in Earth orbit. In real life, all components would have been launched on an N-1 rocket, however, the docking hub was too wide, so I used a Saturn V. The nuclear rockets could in theory be used as nuclear shuttles to the Moon and back (I am actually unsure if it was propelled by nuclear rockets or not, but I have decided to use them). They were launched on N-1s (in the game that is). The crewed section consists, from front to back, the MK Mars lander, a habitation compartment, and the power compartment containing a ring of RTGs around a transfer tube, which leads to the work compartment, which contains facilities for science experiments to be conducted both in interplanetary space and in Mars orbit. Below the work compartment is the Earth return capsule, and below that is another nuclear rocket for Mars departure. Attempting to launch the crew section on an N-1 failed, so I put it on top of my Energia replica. The crew section does not have any engines for use in low Earth orbit, so following the docking of three of the nuclear rockets to the docking hub, the docking hub flew to the crew section and performed all docking maneuvers.

The ship carries a crew of six. Three cosmonauts will land, and three will remain in orbit.

Here is what it is based on/supposed to be-

Nuclear rocket docking with the docking hub, late 1980-

Completed ship in Low Earth Kerbin Orbit-

TMK-2 Akademik Korolev departing Earth Kerbin, 1981-

The ship in deep space en route to Mars Duna-

The ship in Mars Duna orbit, 1982-

The MK, designated MK-1, descending towards Mars Duna-

MK-1 on the surface of Mars Duna-

TMK-2 Akademik Korolev-MK-1 landing site, 1982-

TMK-2 in orbit around Mars Duna, 1982. The MK-1 landing site is visible below-

The mission is still in progress and I plan to detail it in a different post in the mission report section.

I have decided not to upload a craft file for now because it needs a little work. For example adding reaction wheels separate from the one built into the probe core on the nuclear rockets would make maneuvering for docking much easier. I will reply to this thread when it is ready to be uploaded. I will also include performance comments then.

Specifications-

Part count- 242 upon completion of assembly

Length- 55.8 meters upon completion of assembly

Width- roughly 8.4 meters at widest point

Weight- 208.375 tons upon completion of assembly and fully fueled, however, about half of the five Earth Kerbin departure nuclear rocket's fuel is spent during docking, so the weight is less upon actually completion of assembly. It varies by flight.

Specifications for individual components-

TMK Docking Hub- Height- 6.9 meters, Mass- 13.766 tons, Parts- 30

Soviet Nuclear Rocket- Height 20.5 meters, Mass- 28.665 tons, Parts- 21

TMK Crew Section- Height- 28.4 meters, Mass- 51.284 tons, Parts- 107

Thank you for having a look!

Note (moderator please remove if possible)- I got logged out of the forum after I clicked upload, so if this has appeared twice I entered it again in case it did not go up the last time.

[Hi!]

Hi!

I had an interest in space flight roughly six or so years ago, however other things took priority, but I have recently become interested again. Six years ago I was not playing video games, however at the time when I became interested in space again, I was playing video games, so I decided to find a reasonably realistic space game to play. My interest six years ago, in hindsight, was mainly about space history as opposed to any of the science, so I have a lot to learn.

I am very impressed with the Positive Forum Movement and the Good Conduct guide. The internet seems to be filled with arguments and insults, so it is very nice to see such an effort to keep discussion polite and friendly. I look forward to becoming a part of this community!