Help your fellow builder by leaving your feedback based on these three criteria:
- Originality: How original is this - never seen before?
- Building Techniques: How much skill do you think the creator of this MOC has, in terms of building technique?
- Details: Express how much you like the details of the build.
Your feedback is only shown to the creator as well as yourself. It is not available for other users to see. The creator won't see your user name.
The TMA-M is the latest version of the Russian workhorse, Soyuz. First flown on 7 October 2010, is the last planned derivative of the aging space classic. The Soyuz was originally designed to go to the Moon, but after the failure of the N-1 rocket and the fatal mission of the first Soyuz spacecraft , this plan was abandoned. Since then six models have flown: Soyuz, T, TM, TMA, TMA-M, and the unmanned Progress. Among the new improvements that the TMA-M has is a fully digital computer to replace the aging Argon analog computer.
This LEGO model includes a fully detailed interior, complete with six cosmonauts, and can split into three parts with ease: orbital, descent and propulsion modules. The orbital and descent stages can open up to reveal the plastic cosmonauts manning the controls and conducting experiments in the orbital lab. The main docking door and the door separating the orbital and descent stages can be removed, and the orbital module contains a docking window that actually works! The two radar antennas are both movable, as is the module connection system. Both solar panel arrays are fully retractable as well! Contains 878 pieces.
Underside, showing periscope, module connection system, the orange underbelly of the solar panels, and the Earth locating probes.
Top view showing the solar panels retracted.
This view shows the three stages separating from each other.
The three parts of spacecraft side-by-side. From the left: Propulsion, Descent, and Orbital Modules.
Inside the descent stage. I apologize that there are no POV renders for this and the next picture, but neither one could get along with the lighting in the converter so I had to abandon getting nice rendered pictures.
Inside the orbital module. It was a lot of fun positioning the minifigures in this shot!