Difference between revisions of "Breaking Ground parts"

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<div align="center"><big>'''If you're not looking for Breaking Ground parts, you can try the [[Parts|stock parts page]].'''</big></div>
 
<div align="center"><big>'''If you're not looking for Breaking Ground parts, you can try the [[Parts|stock parts page]].'''</big></div>
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==== Generators ====
 
==== Generators ====
 
{{Stats Table BG Generators}}
 
{{Stats Table BG Generators}}
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==== Storages ====
 
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{{Breaking Ground parts}}
 
{{Breaking Ground parts}}
  
 
[[Category:Parts]]
 
[[Category:Parts]]

Latest revision as of 22:38, 10 October 2022

This article is a stub. You can help KSP Wiki by expanding it.
If you're not looking for Breaking Ground parts, you can try the stock parts page.


Part icon.png

Breaking Ground Parts are the basic science and robotics items for exploration in Kerbal Space Program. As a whole, they compose the building materials the player can choose from in the Vehicle Assembly Building. Breaking Ground Parts are added into five major categories: Aerodynamic, Cargo, Robotics, Science, and Structural. The expansion has 48 parts to choose from (as of version 1.7.3).

Tables of Parts

In the tables are the main properties of the parts. In most cases the tables follows the categorization structure of the game. In case of deviation, the position in part board of the game is noted. Some parts have been made physicsless to improve performance in the game from version 0.23 onwards. These parts behave as if they have no mass and cause no drag, unless they become the root part of a vessel.

Many parts have some resource storing capacity, which makes the mass and the cost different in full and empty state. In this case the full is shown as normal, and the empty values are in round brackets under the full values. Some properties, like the entry cost, are not included, but can be found in the part-box on right side of the part's page.

Structural

Grip pads

Image Part Radial size Cost
(Funds)		 Mass
(t)		 Max. Temp.
(K)		 Tolerance
(m/s)
GP-004 GripPad.png
 GP-004 Grip Pad Radial mounted 30 0.005 2 000 65
GP-036 GripPad.png
 GP-036 Grip Pad Radial mounted 75 0.018 2 000 65
GP-156 GripPad.png
 GP-156 Grip Pad Radial mounted 300 0.078 2 000 65
GPS-025 GripStrip.png
 GPS-025 Grip Strip Radial mounted 50 0.012 2 000 65
GPS-156 GripStrip.png
 GPS-156 Grip Strip Radial mounted 300 0.078 2 000 65


Robotics

Cylinders

Image Part Radial size Cost
(Funds)		 Mass
(t)

[Note 1]

Max. Temp.
(K) 		Tolerance
(m/s) 		Extension
(m) 		max. Force
(kN)
1P2 Cylinder Stripes.png
 1P2 Hydraulic Cylinder Radial mounted 50 0.052
(0.032) 		2 000 12 0.8 100
1P4 Cylinder Stripes.png
 1P4 Telescoping Hydraulic Cylinder Radial mounted 100 0.093
(0.048) 		2 000 12 2.4 100
3P6 Cylinder Stripes.png
 3P6 Hydraulic Cylinder Radial mounted 300 0.48
(0.16) 		2 000 12 1.6 800
3PT Cylinder Stripes.png
 3PT Telescoping Hydraulic Cylinder Radial mounted 500 0.66
(0.30) 		2 000 12 4.8 800
  1. ↑ The cylinders can be configured to have a reduced force, in which case their mass is reduced linearly down to the minmum mass (given in parentheses).


Rotors

Template:Stats Table BG Rotors

Hinges

Image Part Radial size Cost
(Funds)

[Note 1]

Mass
(t)

[Note 1]

Max. Temp.
(K) 		Tolerance
(m/s) 		Attachment node size Max. Torque
(kN)

[Note 2]

Electricity
(⚡/s)

[Note 1]

G-00 Hinge Stripes.png
 G-00 Hinge Tiny, Radial mounted 100
(50) 		0.02
(0.01) 		2 000 12 Tiny 50 1.3
G-11 Hinge Stripes.png
 G-11 Hinge Tiny, Radial mounted 270
(120) 		0.14
(0.08) 		2 000 12 Small 200 5.3
G-01L Hinge Stripes.png
 G-01L Alligator Hinge Small, Radial mounted 270
(120) 		0.14
(0.08) 		2 000 12 Tiny 200 5.3
G-12L Hinge Stripes.png
 G-12L Alligator Hinge Large, Radial mounted 760
(360) 		0.52
(0.20) 		2 000 12 Small 800 21.3
G-32W Hinge Stripes.png
 G-32W Hinge Large, Radial mounted 1 080
(480) 		0.88
(0.40) 		2 000 12 Small 1 200 32.0
  1. ↑ 1.0 1.1 1.2 The hinges can be configured to have a reduced torque, in which case their mass and cost are reduced linearly down to the minimum values (given in parentheses). The max. electricity consumption is reduced linearly down to zero.
  2. ↑ These values are shown in the game as "kN", but the physically correct unit should be "kn * m". It is unknown whether this is just a misspelling or whether the actual values are wrong.


Controllers

Image Part Radial size Cost
(Funds)		 Mass
(t)		 Max. Temp.
(K)		 Tolerance
(m/s) 		Electricity
(⚡/s)
KAL-1000.png
 KAL-1000 Controller Radial mounted 1 000 0.01 2 000 8 0.1


Servos

Template:Stats Table BG Servos

Engines

Template:Stats Table BG Engines

Aerodynamic

Nose cones

Image Part Radial size Cost
(Funds)		 Mass
(t)		 Max. Temp.
(K)		 Tolerance
(m/s)		 Tolerance
(g)
TinyNosecone.png
 Tiny Nosecone Tiny 40 0.001 2 000 10 50
VerySmallNosecone.png
 Very Small Nosecone Tiny 80 0.004 2 000 11 50


Propellers

Image Part Radial size Cost
(Funds)		 Mass
(t)		 Max. Temp.
(K)		 Tolerance
(m/s)		 Tolerance
(g) 		Lift Deflection
Range
(°) 		Deflection
Surface Part
(%)
R-062 Ducted Fan Blade.png
 R-062 Ducted Fan Blade Radial mounted 150 0.01 2 400 12 50 0.00625 60 100
R-12 FanBlade.png
 R-12 Ducted Fan Blade Radial mounted 275 0.035 2 400 12 50 0.025 60 100
R-25 Ducted FanBlade.png
 R-25 Ducted Fan Blade Radial mounted 550 0.12 2 400 12 50 0.10 60 100
PropellerBlade A.png
 Propeller Blade Type A Radial mounted 75 0.01 2 000 12 50 0.0075 60 100
PropellerBlade B.png
 Propeller Blade Type B Radial mounted 175 0.035 2 000 12 50 0.03 60 100
PropellerBlade S.png
 Propeller Blade Type S Radial mounted 400 0.12 2 000 12 50 0.12 60 100
HeliBlade A.png
 Helicopter Blade Type A Radial mounted 100 0.015 2 000 12 50 0.1 15 100
HeliBlade B.png
 Helicopter Blade Type B Radial mounted 225 0.05 2 000 12 50 0.4 15 100
HeliBlade S.png
 Helicopter Blade Type S Radial mounted 500 0.18 2 000 12 50 1.6 15 100


Science

Image Part Radial size Cost
(Funds)		 Mass
(t)		 Max. Temp.
(K)		 Tolerance
(m/s) 		Reach
(m) 		Science value ratio Electricity
(⚡/s) 		Electricity consumption per scan
(⚡)
CRSY arm.png
 CRSY Light Scanning Arm Radial mounted 400 0.06 2 000 12 2 0.33 13.6 99.7
SPRT arm.png
 SPRT Medium Scanning Arm Radial mounted 600 0.14 2 000 12 3 0.67 19.7 249.5
OP-E arm.png
 OP-E Large Scanning Arm Radial mounted 800 0.30 2 000 12 4 1.00 26.8 500.3


Cargo

Communications

Image Part Cost
(Funds)		 Mass
(t)		 Max. Temp.
(K)		 Tolerance
(m/s) 		Packed Volume
(l) 		CommNet Tier Power required[Note 1]
HG-48.png
 Communotron Ground HG-48 1 000 0.04 1 200 8 25.0 N/A
(10G) 		1
  1. ↑ This refers to the kind of power provided by Breaking Ground generators.


Sensors

Image Part Cost
(Funds)		 Mass
(t)		 Max. Temp.
(K)		 Tolerance
(m/s) 		Packed Volume
(l) 		works in atmosphere works in vacuum Power required[Note 1]
Go-ob ED.png
 Go-ob ED Monitor 1 000 0.04 1 200 10 25.0 Yes Yes 1
GrandSlam.png
 Grand Slam Passive Seismometer 4 000 0.04 1 200 5 25.0 Yes Yes 1
PD-22.png
 Ionographer PD-22 7 000 0.03 1 200 8 35.0 No Yes 1
PD-3.png
 PD-3 Weather Analyzer 1 300 0.06 1 200 5 35.0 Yes No 1
  1. ↑ This refers to the kind of power provided by Breaking Ground generators.


Control Stations

Image Part Cost
(Funds)		 Mass
(t)		 Max. Temp.
(K)		 Tolerance
(m/s) 		Packed Volume
(l) 		CommNet Tier Power required[Note 1]
ExpControl.png
 Probodobodyne Experiment Control Station 800 0.05 1 200 10 35.0 1
(500k) 		1
  1. ↑ This refers to the kind of power provided by Breaking Ground generators.


Generators

Image Part Cost
(Funds)		 Mass
(t)		 Max. Temp.
(K)		 Tolerance
(m/s) 		Packed Volume
(l) 		Power produced[Note 1]
Mini-NUK-PD.png
 Mini-NUK-PD Radioisotope Thermoelectric Generator 10 000 0.04 1 200 7 25.0 1-4
OX-Stat-PD.png
 OX-Stat-PD Photovoltaic Panel 300 0.02 1 200 8 25.0 1-4
  1. ↑ This refers to the kind of power used by the Breaking Ground equipment. The power produced depends on the level of the engineer who deployed the generator.


Structural
Grip pads
Grip strips
Robotics
Rotors
Hinges
Controllers
Servos
Turboshaft engines
Aerodynamic
Nose cones
Helicopter blades
Propeller blades
Fan blades
Fan shrouds
Science
Cargo
Antennae
Sensors
Control Stations
Generators
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