ap0r

Now i had time to toroughly test it and it seems to work perfectly, but, for distances over 99.9 km it shows a black square instead of the hundreds digit. - - - Updated - - - Correction: For distances over 999.9km

This is AWESOME and IMHO the magnetic compass becomes replaced by this! So just delete the magnetic compass, make it toggleable instead of only appear when there is a waypoint selected, and make the needle stay at the 090 mark, and the DME and ETE read 0.0 or OFF and 00:00:00 when there is no active waypoint (just like in real aircraft RMI's wich stay at the 090 position when there is no NAV source selected) Have i already said that this is totally awesome and you rock?

Nostalgia hit me pretty hard today it seems... All my thanks to the OP, and to everyone who uploaded a version

He creado un grupo de Facebook de KSP en español, para compartir con amigos. Están todos invitados! https://www.facebook.com/groups/675605689201529/678807568881341

Yes, good idea!

Awesomeeeeeee!!!!

Tried deleting all mods and KSP + MM ran perfectly fine. Deleted KSP folder, reinstalled, reinstalled mods, everything works perfectly now Maybe i had a corrupt KSP folder?

Yes that is correct. I have only a few mods and nothing memory intensive like parts mods or graphic enhancements. Let me try a full vanilla with only MM installed.

Thanks, works like a charm!

Hello! I recently updated to 0.25, and started installing mods... one by one. All seems fine, except for Module Manager! I am getting random crashes to desktop. Just to be sure, i uninstalled modulemanager, and ksp behaved normally again. I took a peek into the error logs and it says there is an error Write to location 00000008 caused an access violation. I include one of the crash reports (they are the same error), surely it will be of help to you? https://www./?t1d9kho1hpuu92y Thanks for your time!

You can just scale 'em up.

Congratulations on this awesome work! Should be stock IMHO

Works perfectly, but make sure you use the latest firespitter DLL

From the description of the 6S Service Compartment tube: "Hide the stuff you would normally attach to the hull inside here for a nice smooth aerodynamic look. Beware of stowaways!" I tought that was a joke, until i found Patcas Kerman was there! Obviously, i placed poor Patcas there. But how about making the tubes have a Kerbal stowaway in them sometimes? Like 1 in 100 times

I've made this video showcasing its possibilities in conjunction with other mods

I used to have a very un-aerodynamic, single piece 6 port Spaceport with fuel storage underneath, but since then i got FAR and Deadly Reentry and i wanted to make it more realistic, so i also got Infernal Robotics and made a new Russian inspired rocket to launch to orbit my new Spaceport! It was all flown manually, no autopilot. Reccomend watching it in HD. Mods used: 6S Service Compartment Tubes (Compartments to put RCS Tanks, Batteries, storage, etc) Deadly Reentry (Simulates dynamic heating) Enhanced Navball (Adds extra reference nodes to the navball) Ferram Aerospace Research (Realistic Aerodynamics) High Contrast Navball (Better looking, easier to read Navball) Infernal Robotics (Motorized Hinges) Kerbal Attachment System (Utility containers) Kerbal Engineer Redux (Does the math for you, useful craft information) KW Rocketry (3.75 M parts, side tanks, engines) Procedural Fairings (Fairings that fit anything) Steam Gauges (Lots of useful information) I would really appreciate any constructive criticism or other feedback

I just reccomended this mod to the KSP Facebook group. Simple things are the most AWESOME!

Have you tought of adding KerbalStuff support?

Yes, i usually check my landing gear when outside atmospheres.

Came here from the Facebook group. Bizarre and beautiful engineering!

Has there been any progress?

Thanks for the feedback! It is appreciated

Any progress on this?

I've made these checklists and improved them over time. They have saved me hours of frustration and many kerbals. Any feedback will be appreciated. Also for some reason the forum inserts random spaces on the text and that seems to cause misalignment. I can send the original txt file at a request. ------------------------------------------------------------------ PRE-LAUNCH ------------------------------------------------------------------ Staging......................................................CHECK Action groups..........................................SET & CHECK Abort sequence.........................................SET & CHECK RCS.....................CHECK ALIGNMENT RELATIVE TO CENTER OF MASS Communication antennas.......................................CHECK Science stuff................................................CHECK Electricity source...........CHECK BASED ON EXPECTED MISSION NEEDS Batteries.....................................ADEQUATE FOR MISSION Lights........................................ADEQUATE FOR MISSION Parachutes...................................................CHECK Ladders......................CHECK BASED ON EXPECTED MISSION NEEDS Crew..........SELECT BASED ON MISSION AND NECESSITY OF EMPTY SEATS Staging................................................CHECK AGAIN ------------------------------------------------------------------ LAUNCH ------------------------------------------------------------------ Optimal launch window....................TIMEWARP TO T-00H:01M:00S Target.................................................SET & CHECK Orbital parameters.....DETERMINE BASED ON TARGET RELATIVE POSITION Navball...................................ENSURE CORRECT ALIGNMENT Navball...............................................SURFACE MODE Aerodynamic controls (if installed)...............FREE AND CORRECT SAS...............................................ENABLE IF NEEDED Engine...................................SET DESIRED INITIAL POWER RCS...............................................ENABLE IF NEEDED Prayers.......................................................SAID Somewhat controlled explosion................................BEGIN ------------------------------------------------------------------ LIFTOFF & INITIAL ASCENT (KERBIN) ------------------------------------------------------------------ Altitude and vertical speed.......................CHECK INCREASING 1 KM...........................BEGIN GRAVITY TURN (5º INCLINATION) Normal/antinormal inclination................BASED ON TARGET ORBIT Ascent speed profile.............AIM FOR 250 M/S AT 10 KM ALTITUDE 5 KM..................................GRAVITY TURN 15º INCLINATION 10 KM.................................GRAVITY TURN 35º INCLINATION 15 KM........................................AIM FOR 350 M/S SPEED 25 KM.................................GRAVITY TURN 45º INCLINATION Navball.....................................SWITCH TO ORBITAL MODE Apoapsis..................................CHECK OUTSIDE ATMOSPHERE Orbital injection burn...................................CALCULATE 50 KM................................JETTISON AERODYNAMIC FAIRINGS 65 KM..........................................DEPLOY SOLAR PANELS Launch escape tower..........................JETTISON IF INSTALLED ------------------------------------------------------------------ ORBIT INSERTION ------------------------------------------------------------------ Orbital injection burn......................PERFORM WHEN NECESSARY Reaching ascending/descending node...MATCH INCLINATION WITH TARGET Orbital parameters...........................................CHECK Orbit corrections..............................PERFORM AS REQUIRED ------------------------------------------------------------------ RENDEZVOUS ------------------------------------------------------------------ Rendezvous manoeuvres........................DETERMINE AND PERFORM Obtain closest aproach.............................LESS THAN 10 KM Nearing closest approach point.......SWITCH NAVBALL TO TARGET MODE At closest approach point.................MATCH ORBITAL VELOCITIES Ship orientation............................PROGRADE TO THE TARGET Initial approach burn...............OBTAIN ADEQUATE RELATIVE SPEED Ship orientation..........................RETROGRADE TO THE TARGET Relative velocity.....REDUCE WHILE MAINTAINING APPROACH TRAJECTORY 2 KM to rendezvous...ENSURE RELATIVE SPEED IS LOW ENOUGH FOR ABORT Camera...........................................SET TO CHASE MODE Control from.................................INTENDED DOCKING PORT Approach speed.....................LOW ENOUGH FOR AN ABORT ANYTIME 100 mt to rendezvous...........................KILL RELATIVE SPEED Desired docking port.................................SET AS TARGET ------------------------------------------------------------------ DOCKING ------------------------------------------------------------------ Rocket engines.............................................DISABLE Docking port.................................UNCOVER IF APPLICABLE Orientation............SET AS DESIRED RELATIVE TO THE DOCKING PORT Position............TRANSLATE TO PROLONGATION OF DOCKING PORT AXIS Relative speed.................................OBTAIN CLOSURE RATE 75 mt to dock.................................RETRACT SOLAR PANELS 40 mt to dock...........................RELATIVE SPEED UNDER 2 M/S Control mode.......................................LOW SENSITIVITY Alignment and relative speed..............................MAINTAIN 5 mt to dock..........................RELATIVE SPEED UNDER 0.2 M/S Alignment and relative position...................CONFIRM VISUALLY Docking port magnets...............................WAIT FOR ACTION When docking is confirmed...........................RELEASE BREATH ------------------------------------------------------------------ AFTER DOCKING ------------------------------------------------------------------ RCS........................................................DISABLE SAS........................................................DISABLE Solar panels clearance.......................................CHECK Solar panels....................................DEPLOY IF POSSIBLE Science data....................................TRANSFER AS NEEDED Crew............................................TRANSFER AS NEEDED Fuel & oxidizer.................................TRANSFER AS NEEDED Monopropellant..................................TRANSFER AS NEEDED ------------------------------------------------------------------ UNDOCKING ------------------------------------------------------------------ Science data....................................TRANSFER AS NEEDED Crew............................................TRANSFER AS NEEDED Fuel & oxidizer.................................TRANSFER AS NEEDED Monopropellant..................................TRANSFER AS NEEDED Action groups..........................................SET & CHECK Control...................CONFIRM EITHER AUTOMATED OR CREW ONBOARD Control from..........................................DOCKING PORT Control mode......................................HIGH SENSITIVITY Solar Panels...............................................RETRACT Docking port................................................UNDOCK SAS.........................................................ENABLE RCS.........................................................ENABLE Relative speed.....................................OBTAIN -0.5 M/S Clearances to other vessels...............................MAINTAIN 10 mt away....................................ACCELERATE TO -1 M/S ------------------------------------------------------------------ AFTER UNDOCKING ------------------------------------------------------------------ Solar panels clearance.......................................CHECK Solar panels................................................DEPLOY Fuel & oxidizer...................................CHECK QUANTITIES Monopropellant......................................CHECK QUANTITY Staging......................................................CHECK 50 mt away.......................................ACCELERATE FREELY Docking port...................................COVER IF APPLICABLE 500 mt away..............................SET NAVBALL TO ORBIT MODE 1 km away....................................ENABLE ROCKET ENGINES Orbit..............................MOVE TO A LOWER OR HIGHER ORBIT 10 km away...............................MANEUVER TO DESIRED ORBIT ------------------------------------------------------------------ AEROBRAKING ------------------------------------------------------------------ Desired aerobrake orbit.......................CALCULATE AND OBTAIN Solar panels....................RETRACT BEFORE ENTERING ATMOSPHERE Solar panels...................DEPLOY AFTER LEAVING THE ATMOSPHERE Orbit corrections................................PERFORM AS NEEDED ------------------------------------------------------------------ REENTRY AND ATMOSPHERIC LANDING ------------------------------------------------------------------ Desired reentry orbit.........................CALCULATE AND OBTAIN Solar panels....................RETRACT BEFORE ENTERING ATMOSPHERE G meter....................................................MONITOR At 10 KM altitude or 300 m/s..................DEPLOY DROGUE CHUTES Navball........................................SET TO SURFACE MODE Landing gear................................................DEPLOY Landing lights.................................ENABLE IF NECESSARY Radioaltimeter.............................................MONITOR At 3 KM altitude................................DEPLOY MAIN CHUTES Speed......................MAINTAIN WITHIN DESIRED DESCENT PROFILE At touchdown.......................................CUT ALL ENGINES Solar panels......................................DEPLOY IF NEEDED ------------------------------------------------------------------ NON ATMOSPHERIC LANDING ------------------------------------------------------------------ Desired initial approach orbit................CALCULATE AND OBTAIN At 10 KM altitude......................SET NAVBALL TO SURFACE MODE Landing gear................................................DEPLOY Landing lights.................................ENABLE IF NECESSARY Vertical velocity.................ENSURE THAT YOU CAN STOP IN TIME At 5 KM altitude............DETERMINE AND MAINTAIN TOUCHDOWN POINT Radioaltimeter.............................................MONITOR At 3 KM altitude..........ABORT/GO DECISION POINT (REMAINING FUEL) Lateral velocity.......................REDUCE TO MINIMUM NECESSARY At touchdown.......................................CUT ALL ENGINES Solar Panels......................................DEPLOY IF NEEDED ------------------------------------------------------------------

Very Nice! Thanks to the authors & Content creators!