Difference between revisions of "Tutorial:Multifunctional rocket"

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(Build order (up to down))
(Build order (up to down))
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- [[TR-18A_Stack_Decoupler | TR-18A stack Decoupler]].
 
- [[TR-18A_Stack_Decoupler | TR-18A stack Decoupler]].
  
- [[FL-R25_RCS_Fuel_Tank | FL-R25 RCS Fuel tank]] (place 8 RV-105 RCS thruster blocks, use the symmetrical tool).
+
- [[FL-R25_RCS_Fuel_Tank | FL-R25 RCS Fuel tank]] (place 8 [[RCS_Thruster_Block | RV-105 RCS thruster blocks]], use the symmetrical tool).
  
 
- [[Advanced_S.A.S._Module | Advanced S.A.S Module]] (place 1 RV-105 RCS thruster block).
 
- [[Advanced_S.A.S._Module | Advanced S.A.S Module]] (place 1 RV-105 RCS thruster block).
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- TR-18A stack decoupler.
 
- TR-18A stack decoupler.
  
- TVR-1180C Stack Tri-coupler.
+
- [[TVR-1180C_Mk1_Stack_Tri-Coupler | TVR-1180C Stack Tri-coupler]].
  
 
- '''Now change the symmetries to 3 way.'''
 
- '''Now change the symmetries to 3 way.'''
  
- S.A.S Module.
+
- [[S.A.S._Module | S.A.S Module]].
  
- FL-T500 Fuel tank (place TT-38K Radial decoupler on the front, and then 3 RT-10 Solid boosters).
+
- FL-T500 Fuel tank (place [[TT-38K_Radial_Decoupler | TT-38K Radial decoupler]] on the front, and then 3 RT-10 Solid boosters).
  
 
- FL-T500 Fuel tank.
 
- FL-T500 Fuel tank.
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- FL-T500 Fuel tank.
 
- FL-T500 Fuel tank.
  
- FL-T500 Fuel tank (use EAS-4 strut connector to connect the 3 fuel tanks).
+
- FL-T500 Fuel tank (use [[EAS-4_Strut_Connector | EAS-4 strut connector]] to connect the 3 fuel tanks).
  
- LV-T30 Liquid fuel engine.
+
- [[LV-T30_Liquid_Fuel_Engine | LV-T30 Liquid fuel engine]].
  
 
==  [[Stage]] Order ==
 
==  [[Stage]] Order ==

Revision as of 08:00, 14 August 2012

This article is a stub. You can help KSP Wiki by expanding it.

A multifunctional rocket will allow you to make most of the tasks in the game.

these tasks are: Orbit, Escape velocity, safe land, safe launch.

Build order (up to down)

- Mk16 Parachute.

- Command pod Mk1.

- TR-18A stack Decoupler.

- FL-R25 RCS Fuel tank (place 8 RV-105 RCS thruster blocks, use the symmetrical tool).

- Advanced S.A.S Module (place 1 RV-105 RCS thruster block).

- FL-R25 RCS Fuel tank (place 8 RV-105 RCS thruster blocks, use the symmetrical tool).

- TR-18A stack decoupler.

- TVR-1180C Stack Tri-coupler.

- Now change the symmetries to 3 way.

- S.A.S Module.

- FL-T500 Fuel tank (place TT-38K Radial decoupler on the front, and then 3 RT-10 Solid boosters).

- FL-T500 Fuel tank.

- FL-T500 Fuel tank.

- FL-T500 Fuel tank.

- FL-T500 Fuel tank (use EAS-4 strut connector to connect the 3 fuel tanks).

- LV-T30 Liquid fuel engine.

Stage Order

Stage 0 = Mk16 Parachute, Command pod Mk1.

Stage 1 = TR-18A stack Decoupler.

Stage 2 = 2 FL-R25 RCS Fuel tank, Advanced S.A.S Module, 17 RV-105 RCS thruster blocks

Stage 3 = TR-18A stack decoupler.

Stage 4 = TT-38K Radial decoupler

Stage 5 = TVR-1180C Stack Tri-coupler, 3 S.A.S Modules, 12 FL-T500 Fuel tanks, 9 RT-10 Solid Boosters, 3 LV-T30 Liquid Fuel engine, 3EAS-4 Struck connectors.



I hope this helps you and if you have more questions you can go to the FAQ