Sochin

Why do I have this image of the Top Gear UK team saying the very same thing 'how simple could it be'.

Whats the feasability of an observation inflatable module?

Well I got all three work by changing the availability to Specialised Construction, and I love all three modules. For thr centrifuge please insert vomit bags into the IVA, I just love the speed of it.

Could be which is a massive shame.

I downloaded that link and all I have access to is the Orb.

is there a download link for the modules? I can only find a link for the Orb.

Considering how many fingers in how many pies Bobcat has his motto should 'In Bobcat we trust'.

I would like to draw your attention to others work, for example KDEX's dust sampler (produced after LADEE's launch to the moon). Interstellar particles are not in the game as you quite rightly however a sensor was produced. Another poster quite correctly satated that work has started on a magnetic field sensor. It can be done if imagination is applied and not just re-rendering existing data. I personaly am astounded that KSP is comming upto its 3rd anniversary and yet space science has not been touched on until now, this is an exceptionaly naive way to develop a space exploration game. OrtwinS at no point did I suggest that sensors should be developed under the SCANsat badge, and if read my post and I qoute OK now that you have mapping sown up so too speak why not branch out and develop other sensors. There is more to space science than making a map! May I state that the download link for build 4 does not work at the moment.

Dare I ask how is your upcomming projects comming along?

Here is a link for the list of scientific instruments on the Voyager series of probes. http://en.wikipedia.org/wiki/Voyager_program

OK now that you have mapping sown up so too speak why not branch out and develop other sensors. As an example here is a list of the sensors onboard the SOHO (Solar and Heliospheric Observatory) satelite, some you can certainly do prior to the expected development of space observatories. The SOHO Payload Module (PLM) consists of twelve instruments, each capable of independent or coordinated observation of the Sun or parts of the Sun, and some spacecraft components. The instruments are:[5][6] Coronal Diagnostic Spectrometer (CDS) which measures density, temperature and flows in the corona. Charge ELement and Isotope Analysis System (CELIAS) which studies the ion composition of the solar wind. Comprehensive SupraThermal and Energetic Particle analyser collaboration (COSTEP) which studies the ion and electron composition of the solar wind. COSTEP and ERNE are sometimes referred to together as the COSTEP-ERNE Particle Analyzer Collaboration (CEPAC). Extreme ultraviolet Imaging Telescope (EIT) which studies the low coronal structure and activity. Energetic and Relativistic Nuclei and Electron experiment (ERNE) which studies the ion and electron composition of the solar wind. (See note above in COSTEP entry.) Global Oscillations at Low Frequencies (GOLF) which measures velocity variations of the whole solar disk to explore the core of the sun. Large Angle and Spectrometric Coronagraph (LASCO) which studies the structure and evolution of the corona by creating an artificial solar eclipse. Michelson Doppler Imager (MDI) which measures velocity and magnetic fields in the photosphere to learn about the convection zone which forms the outer layer of the interior of the sun and about the magnetic fields which control the structure of the corona. The MDI is the biggest producer of data by far on SOHO. In fact, two of SOHO's virtual channels are named after MDI, VC2 (MDI-M) carries MDI magnetogram data, and VC3 (MDI-H) carries MDI Helioseismology data. Solar Ultraviolet Measurement of Emitted Radiation (SUMER) which measures plasma flows, temperature and density in the corona. Solar Wind ANisotropies (SWAN) which uses telescopes sensitive to a characteristic wavelength of hydrogen to measure the solar wind mass flux, map the density of the heliosphere, and observe the large-scale structure of the solar wind streams. UltraViolet Coronagraph Spectrometer (UVCS) which measures density and temperature in the corona. Variability of solar IRradiance and Gravity Oscillations (VIRGO) which measures oscillations and solar constant both of the whole solar disk and at low resolution, again exploring the core of the sun.

That should be a very nice addition to the KW range, thumbs up.

Thanks for that its certainly the cross section I was after but I just wished the cargo bays opened above rather than through the cargo ramp. You can just see Jeb's cousin Bubba screaming RAMP CLEAR and GREEN LIGHT in orbit cant you. What I was thinking of doing with it was having the oversized cargo bays for chunkier loads not necesarilly a lot of them maybe even just one bay.

Apologies but is there a Mk IV fuselage system (especially a cargo bay) to go along with the adaptor?

Some stats for you, the runway at Cape Canavarel (SLF) is 4572m long and one of the shuttle releif landing sites (RAF Elvington) 3000m long both runways had very high runway strength criteria. You might want to look at the White Sands facility two 11000m strips. http://en.wikipedia.org/wiki/List_of_space_shuttle_landing_runways

I have this daft ish idea rattling around my head, so we can land easier what about overlapping the scanned information onto the spacecrafts map?

A harty good luck to them, lets hope they dont rope in the martians into setting up a tech support call centre!

And another thing, the way Skywatch and its replacement programmes is at the moment I doubt we would see it comming untill its far too late.

Look this isnt Armagedeon or Deep Impact this is reality. You are not trying to avoid a meteorite but a small planet which is a vastly different kettle of fish. We have nothing to avoid this, and nothing that would help us in a 30 year run up. Our only hope is if Jupitor or Saturn caught the object. You do not want the moon taking the hit as this would vastly affect our orbit, poles (stability), seasons and would throw up considerable debrie that would more than likely get trapped around us or worse hit us.

30 years to go, I would say unfortunately tough we dont have the tec to do very much.

Who else thinks that this has already been developed in Groom lake? Triangular flying objects and the Aurora suposed inteligence platform, no one in there right mind will give away development details on this aircraft if there wasnt a very good reason to do so. How long did it take for the F117 to be acknowledged? http://en.wikipedia.org/wiki/Lockheed_Martin_SR-72

What would greatly help is if the Devs would post a schedule of upgrades over the comming releases.

Excellent, I like the cockpits you are doing at the moment they look like a cross between an F16 and a Rafale.

Do you have any plans to work on medium or large space plane parts?

OK stupid question what is BTDT? Secondly good work. Feeback, To make it fun what about a satelite or vehicle icon instead of the X. What about an orbital map showing the satelites track aswell. http://forum.kerbalspaceprogram.com/threads/52122-Ground-track-maps-of-spacecraft-orbits-in-tracking-center An idea, when you spot an anomoly could it be possible to give a lat long position in ° ' '' (deg min sec) rather than decimal?