SpaceX Starship add-on
v.250618
for Orbiter2016

RECOMMENDED ADD-ONS

D3D9 Graphics Client
https://www.orbiter-forum.com/resources/d3d9-for-orbiter-2016.5493/

OrbiterSound
http://orbiter.dansteph.com/forum/index.php?page=download

The hi-res surface tiles for Gulf Coast area:
https://mirror.orbiter-radio.co.uk/orbiter/assets/packages/Earth/EarthHi_10_07.zip

Boca Chica base and surface tiles:
https://www.orbiter-forum.com/resources/boca-chica-base.778/

Orbiter Forum Thread:
https://www.orbiter-forum.com/threads/spacex-superheavy.39783/

CFG FILE OPTIONS
Payload attachment points, max.20, PayloadAttach0->PayloadAttach19, pos dir rot
TANKER = true (for tanker variant)
LANDINGGEAR = true (for landing gear)
ORIENTATION = 0 Heads-Up, 1 Roll+90, 2 Heads-Down, 3 Roll-90
(Launch autopilot orientation, vessel rolls to heads-up before stage sep.)

STARSHIP (UPPER STAGE) CONTROLS
C = Toggle HUD Info display (LAUNCH/ORBITAL/REENTRY/LANDING/TANKER)
E = Set cockpit camera view
K = Open/Close Launch Control Panel
V = Start Launch Autopilot
N = Manual Jettison Booster

P = Open/Close payload bay  					
W = Tilt Payload Attachment Fitting ring (for payload jettison) 
J = Jettison Payload						
M = Foward Light On/Off			

Ctrl+A = Aerofoil Mode Flight/Reentry
Alt+NumPad/ = Aerfoil Steering Enable/Disable
D = Nose RCS Enable/Disable
(enable Nose RCS for translation and balanced rotation)

B = Upper Stage Main Fuel Dump
Ctrl+K 	= Enter Upper Stage Landing Target

Alt+PageUp/PageDn = +/- AoA Wing Trim [Ctrl+PageUp/PageDn for fine adjust]
Alt+Delete = Set AoA Wing Trim 0%

Alt+M = Set Reference Planet: Earth/Mars
U = Reentry Attitude Autopilot On/Off
Controls attitude and throttle from reentry interface to landing. Use IMFD "Base Approach" or BaseApproachMFD to target reentry interface. See notes below.

F = Fly-by-Wire Reentry On/Off [Shift + Cursor Pad Arrows = Bank/AoA]
Set Bank and AoA during reentry, vessel rotates around airspeed vector.

Ctrl+J = Use Landing Reserve Fuel On/Off
Ctrl+N = Upper Stage engine selection (All/Vac/SL)
Ctrl+1/2/3 = Upper Stage Raptor SL selection (1,2 or 3 engines)
Ctrl+B = Skydive-and-Land Autopilot On/Off (from ~20km)
Ctrl+V = Retropulsion Landing Autopilot On/Off (from ~10km)
G = Deploy/Stow Landing Gear (if available)

TANKER FUNCTIONS (Tanker variant only)
Ctrl+G = Select Target Propellant Tank for fuel transfer (enter tank index 0,1,2,etc.)
Ctrl+U = Start/Stop fuel transfer (200kg/s)
(on docking, tanker will automatically select docked vessel "default" propellant tank)
Internal Transfer
Alt+G = Payload Tank to Main Tank
Alt+U = Main Tank to Payload Tank

BOOSTER (LOWER STAGE) CONTROLS (after jettison)
K = Enter Boostback/Landing Target name
M = Set Boostback mode (Boostback+Landing / Landing Only)
B = Start/Stop Boostback autopilot
P = Select Engines ( 33 / 13 /  3 )
J = Deploy/Stow Grid Fins
E = Set cockpit camera view

LZ1 LANDING PAD CONTROLS
N = Toggle pad mesh invisible/visible

BC_PAD TEST STAND CONTROLS
K = Lights on/off
V = LOX vent on/off
P = Attach Vessel to Pad (Enter name)

BC_TOWER LAUNCH TOWER CONTROLS
J = Engage/Disengage QDA Claw
G = Engage/Disengage QDA
B = Enable/Disable Catch Sequence (deletes any currently "caught" vessel)
P = Enter Catch Target Name (useful for multiple launches, otherwise can leave on AUTO) 
K = Lights on/off
V = LOX vent on/off
N = Attach Vessel to Pad (Enter name)
1 / 2 = Lower / Raise / Pause Catch Arms
3 / 4 = Open / Close / Pause Catch Arms
5 / 6 / 7 = Slew Right / Left / Centre Catch Arms
8 / 9 = +/- Transport Attached Vessel Along Arms
NOTE: You can place the caught booster stage on to the pad by moving it into position (within 2m), and releasing it (open arms [3] ).

LAUNCH CONTROL PANEL
Press [K] to toggle the Launch Control Panel On/Off.

Attach any existing vessel as payload, by entering name and click on Attach.

Enter target orbit parameter and click on Enter. Inclination must be greater than launch latitude.
Enter positive inclination for launch to ascending-node azimuth, negative inclination for descending node.

1st Stage Apogee at MECO is automatically calculated from target orbit perigee, but can be overidden.

Enter name of 1st Stage boostback-and-landing target (can be base or landed vessel).
Enable/disable 1st Stageboostback-and-landing autopilot.
Toggle 1st Stage autopilot mode: boostback-and-landing or landing only.
Enter name of Starship reentry and landing target.
Enter Tanker Fuel Payload.
Enter max. acceleration limiter for ascent autopilot.
Activate T-10 Launch Autopilot for launch to target orbit or set Liftoff time UTC.

DE-ORBIT FOR RE-ENTRY
Use IMFD"Base Approach" or BaseApproachMFD to perform de-orbit burn for reentry.
Re-entry interface parameters:
				Earth(LEO)			Mars(Hyperbolic)
Altitude (Alt.) 			120km				90km
Re-entry Angle (ReA) 		1.5				9.8
Anterior Angle (Ant) 			45				40

LANDING
Earth Skydive and Land requires ~30T fuel (use reserve tank)
Mars Retropulsion Landing requires ~65T fuel (payload requires additional fuel)


DOCKING
Starship and Tanker have a Docking Port defined, centrally located on top (heads-up) of the vessel. This enables Starship and tanker to dock back-to-back - see Tanker Docking and Transfer test scenario. Use DockingMFD to perform docking.


MULTIPLE STARSHIPS/TANKERS IN THE SAME SCENARIO
Due to my limited coding ability, each Starship vessel (not the Booster) requires its own .cfg and associated .dll .

Copy and rename .cfg and .dll (edit new .cfg to point to new .dll)
See "Double launch" scenarios for example.


VEHICLE DATA

Booster stage
Dry Mass 				180000kg
Propellant Mass 			3400000kg
Thrust 				2250000N per engine (x33)
ISP 				3490(Vac) 3200(SL) Ns/kg
RCS Thrust 			3600N per engine
RCS ISP 				1000 Ns/kg

Upper Stage
Dry Mass 				120000kg
Main Propellant Mass 		1470000kg
Landing Reserve Propellant Mass 	30000kg
Thrust 				2450000N per engine (x3 Vac + x3 SL)
ISP (VAC Raptor) 			3680 (Vac) 3100 (SL) Ns/kg
ISP (SL Raptor) 			3490 (Vac) 3200 (SL) Ns/kg
RCS Thrust 			3600N per engine
RCS ISP 				1000 Ns/kg
Tanker max.fuel payload 		200000kg



Starship Propellant Tank Index

Upper Stage Main 			0
Upper Stage Reserve 		1
Booster Stage Main 			2

Tanker Propellant Tank Index
Upper Stage Main 			0
Upper Stage Reserve 		1
Payload Propellant 			2
Booster Stage Main 			3

Booster Propellant Tank Index
Main 				0
