IF USING 3MF FILES IN BAMBU STUDIO OR ORCASLICER

• Most of the information on this page is already included in the settings of the 3MF files.
• If using the 3MF files in Bambu Studio or OrcaSlicer, ensure you review the following sections:
• HOOK FIT TEST ( Critical Step!! )
• TURN AUXILIARY SIDE FAN OFF
• HOOKS
• TOP AND BOTTOM PLATFORMS

TURN AUXILIARY SIDE FAN OFF

• If your printer has a fan that blows on the build plate from the side, such as the Auxiliary fan on the Bambu X1C, it is highly recommended to turn it off when printing any parts for the HovErgo Mouse Pad.
• Side airflow can cause prints to warp and lift off the build plate, especially on the left side.
• This issue is particularly critical for larger parts like the Top and Bottom Platforms but can also affect smaller parts.
• In Bambu Studio and OrcaSlicer, go into the Cooling tab of the filament settings and set Fan speed to 0 in the Auxiliary part cooling fan section.

HOOKS

NO BRIM, USE GLUE INSTEAD
SMOOTH PLATE
CONCENTRIC SURFACES

• The following instructions ensure the hooks are smooth and prevent noise caused by spring friction during use.
• Using a smooth build plate is highly recommended.
• Set the surface pattern to Concentric for both the top and bottom surfaces of the hooks.
• No Brim, Glue/Hairspray Recommended:
• A brim will make the hook edges rough and increase friction with the spring.
• Printing without glue or hairspray is possible but comes with a higher risk of spaghetti failure. If you don’t use glue or hairspray:
  • Thoroughly clean the build plate with soap and water (not isopropyl alcohol).
  • Monitor during printing.
  • Turn the auxiliary fan off More info
• Glue or hairspray imperfections are minimal and won’t affect aesthetics due to the small bottom surface of the hooks.
• Hook Fit Test: Perform the Hook Fit Test before printing the hooks to ensure a proper fit.

TOP AND BOTTOM PLATFORMS

• Use a Textured Build Plate for uniform aesthetics and improved mouse laser tracking accuracy. It melds the print lines together for a cleaner finish and also prevents dirt from getting trapped in print lines.
• The textured surface is especially crucial for multi-color designs to enhance aesthetics.

MOD AND NON-MOD FILES

Files with the “Mods” prefix (3MF and STEP) contain modifiers for strength, aesthetics, or color adjustments. These modifiers might extend beyond model boundaries and must be set to the Modifier Type or removed to avoid deformities.

• If a file has a Mods version, the corresponding non-mod version will be prefixed with “NoMods”.
• If a file does not have a Mods version, it will not have either prefix.

When using the 3MF files in Bambu Studio or OrcaSlicer, the modifiers should already be preconfigured. However, for STEP files in any slicer and 3MF files in other slicers, manual configuration of modifier settings may be required.

For the HovErgo Standard Edition, alternate NoMods versions of all STEP and 3MF files are provided for users who cannot or do not wish to use modifiers.

HIGH-RESOLUTION STL FOR PLATFORMS

• Newer versions of Bambu Studio display a Step File Import Parameters box when a STEP file is added to a plate.
• Changing the Linear Deflection value to 0.001 will remove the import defects mentioned below.
• Using the STL replace method described below results in a smaller 3MF file size compared to the Bambu Studio import method. For the Top Platform:
• Bambu Studio Import Settings
• MODS: 14.5 MB NO MODS: 12.3 MB
• STL Method
• MODS: 4.1 MB NO MODS: 3.1 MB
• Bambu Studio, Orca Slicer, and possibly other slicers may introduce conversion defects when importing the Top and Bottom Platform STEP files.
• These defects are not specific to the HovErgo Platforms but are a known issue with STEP file conversions in these slicers and can be easily overlooked without careful inspection.
• The first image below highlights defects on a section of the top and bottom edges to the left of the yellow line in the Prepare Tab. While the top edge defect is also visible in the Preview Tab, the bottom edge defect does not carry through, as shown in the second image.

• The defects may or may not be noticeable in the final print, but using the High-Resolution STL file eliminates this risk.
• Download the STL file for the Top or Bottom Platform
• In Bambu Studio or Orca Slicer, while in the Prepare tab, Navigate to the Objects tab in the Process section.
• Locate the platform (likely named SOLID), right-click it, and select “Replace with STL.”
• Choose the downloaded STL file to replace the default model.

HOOK FIT TEST ( Critical Step!! )

If you are confident in the hook tolerance you need and prefer not to test all options, test at least two tolerances: the one you believe is correct and one tolerance tighter (lower tolerance number). If the fit does not meet the requirements outlined below, continue testing with additional tolerances.

The Hook Insert Tools can be found in the following files. They are required to insert the hooks and can also be reused during the final assembly of the HovErgo Mouse Pad.

• Bambu Studio 3MF
• ModsHovErgoStandard.3mf
• NoModsHovErgoStandard.3mf
• STL Files
• TopHookInsertTool.stl
• BtmHookInsertTool.stl

3MF and STL files are available for the Top Platform Hook Fit Test and the Bottom Platform Hook Fit Test. These files include:

• Top and Bottom Platform FitTest samples.
• Hooks in various tolerances, each engraved with a letter corresponding to its tolerance value.

The Hook Fit Test models are available in the following files.

• Bambu Studio 3MF
• ModsHovErgoStandard.3mf
• NoModsHovErgoStandard.3mf
• Generic
• FitTestTopHookGeneric.3mf
• FitTestBottomHookGeneric.3mf
• STL
• Top Hook Fit Test
• FitTestTopPlatformSample.stl
• FitTestTopHookA0.20.stl
• FitTestTopHookB0.17.stl
• FitTestTopHookC0.15.stl
• FitTestTopHookH0.13.stl
• FitTestTopHookI0.10.stl
• FitTestTopHookS0.07.stl
• FitTestTopHookX0.05.stl
• Bottom Hook Fit Test
• FitTestBtmPlatformSample.stl
• FitTestBtmHookA0.20.stl
• FitTestBtmHookB0.17.stl
• FitTestBtmHookC0.15.stl
• FitTestBtmHookH0.13.stl
• FitTestBtmHookI0.10.stl
• FitTestBtmHookS0.07.stl
• FitTestBtmHookX0.05.stl

Follow the instructions below to complete the Hook Fit Test.

• Use the FitTest files to determine the correct hook tolerance for your filament and settings. The platform samples have a consistent tolerance, while the hooks vary to provide a tighter or looser fit. The available tolerances for the hooks are 0.05mm, 0.07mm, 0.10mm, 0.13mm, 0.15mm, 0.17mm, and 0.20mm.
• Properly fitting hooks should snap securely into the platform slots using the Hook Insert Tools. The hook should be easy to insert without requiring excessive force—easy enough that a child could do it. However, the tolerance should not be too loose; when grabbing the end of the hook and attempting to wobble it, the hook should remain firmly in place without any noticeable movement.

Effect of Flow Ratio

• The Flow Ratio significantly impacts hook tolerance.
• A higher Flow Ratio results in a tighter fit and requires a hook with a looser (higher value) tolerance.

Example

Tested with two platform samples printed using the same PLA plastic:

• Flow Ratio 0.997: Required a hook with 0.17mm tolerance.
• Flow Ratio 0.937: Required a hook with 0.05mm tolerance.

A different PLA color from the same brand required a low tolerance hook at a higher flow ratio:

• Flow Ratio 0.975: Required a hook with 0.07mm tolerance.

Keep in mind that, as shown in the second example, the required tolerance may vary depending on the type and brand of plastic used, even if the Flow Ratio matches these examples. It is important to perform the Fit Test with the specific filaments and settings you choose to ensure the best fit.

FitTest Hooks and Platform Samples

• The platform samples all have the same tolerance, while the hooks have the following tolerances:
  A: 0.20, B: 0.17, C: 0.15, H: 0.13, J: 0.10, S: 0.07, X: 0.05.
• FitTest hooks are engraved with a letter corresponding to their tolerance value. Since the letters are small, distinct ones were chosen to avoid potential confusion.

Hooks for Final Product

• Do not use hooks with the “FitTest” prefix for the final product, as they have engraved letters.
• Instead, select the appropriately sized hook from those without the “FitTest” prefix to avoid visible engraving.

• USE TEXTURED BUILD PLATE: Refer to the TOP AND BOTTOM PLATFORM section above for the benefits of a textured surface.
• If you're not using Bambu Studio or OrcaSlicer, it's recommended to use a STEP file instead of a 3MF file if possible, as STEP files typically retain the names of parts and modifiers.
• When using a 3MF file in other slicers, part names are often converted to numbered objects. The numbers in brackets below should correspond to the object or part numbers assigned by these slicers

The Top Platform model is available in the following files.

• Bambu Studio 3MF
• ModsHovErgoStandard.3mf
• NoModsHovErgoStandard.3mf
• The Partial Variable Layer Height detailed below is applied to the Bambu Studio 3MF files.
• Generic 3MF
• ModsTopPlatformGeneric.3mf
• NoModsTopPlatformGeneric.3mf
• STEP/STL
• ModsTopPlatform.step
• NoModsTopPlatform.step
• TopPlatform.stl

Top Platform General Settings

• Auxiliary Fan Off more info
• Wall generator: Arachne
• Order of Walls: inner wall/outer wall/inner wall
• Wall loops: 5
• Top shell layers: 5
• Top surface pattern: Monotonic Line
• Bottom surface pattern: Archimedean Chords (gap fill setting below), Concentric, or a combination of patterns tailored to fit multi-color designs.
• Bottom shell layers: 5
• Sparse infill density: 35% (Using Mods), 45% (No Mods)
• Sparse infill pattern: Gyroid
• Apply gap fill: Top and Bottom Surfaces
• Seam Position: Back
• Scarf Seam: false

Partial Variable Layer Height (Optional)

Purpose

• Using variable layer height on the ribs of the Top Platform reduces the layer height and enhances the aesthetics of the ribs.
• This is optional, as it is not required for strength, and the ribs are not visible during operation of the Mouse Pad.

Important Note

• Do not apply variable layers to the layers aligned with the side wall of the platform, as this will negatively impact the aesthetics of the outer wall.

Steps for Bambu Studio and OrcaSlicer

• Apply Adaptive Variable Layer Height using the following settings:
• Quality/Speed: 0.3
• Radius: 4
• Rotate to the side view of the Top Platform and zoom in so the wall lines are clearly visible.
• Place the mouse pointer on the bottom of the vertical legend (on the right side).
• Hold the Shift key, left-click, and slide the pointer along the legend.
• This adjusts the corresponding layers to the default nozzle height.
• Continue sliding until all platform wall layers are set to the default height, except for the top 2–3 layers of the side walls.

Result

• Smaller layer heights will be applied to the sections of the ribs that extend beyond the walls of the Top Platform, ensuring an improved aesthetic while maintaining the integrity of the side walls.

Top Platform (1)

• The main model inherits all the general settings listed above in slicers with parent-child inheritance (e.g., OrcaSlicer, Bambu Studio).
• Note for other slicers: If your slicer does not inherit settings, manually apply the general settings to the main model as well.

Modifier Settings

If modifiers in your slicer do not inherit the settings from the parent or main object, manually apply the general settings to each modifier before overriding the specific settings listed below.

ModCenterRing (2)

• Wall loops: 3
• Top surface pattern: Archimedean Chords, Monotonic line
• Sparse infill density: 60%
• Sparse infill pattern: HoneyComb

ModCenterBase (3)

• Sparse infill density: 45%
• Sparse infill pattern: Gyroid

ModTopTrayRib (4)

• Wall loops: 3
• Top surface pattern: Concentric
• Sparse infill density: 100%
• Sparse infill pattern: Concentric
• If printing in multiple colors, it is recommended to match the color of this mod with the colors of ModCenterColor and ModTopHookHolders for a cohesive appearance.

ModCenterColor (5)

• Wall loops: 3
• If printing in multiple colors, it is recommended to match the color of this mod with the colors of ModTopTrayRib and ModTopHookHolders for a cohesive appearance.

ModTopHookHolders (6)

• Wall loops: 3
• Sparse infill density: 45%
• Sparse infill pattern: Gyroid
• If printing in multiple colors, it is recommended to match the color of this mod with the colors of ModTopTrayRib and ModCenterColor for a cohesive appearance.

Modifiers for Patterns

• SimEyeSee
• Orb
• Floral 1

The Balance Cap Mount is available in the following files.

• Bambu Studio 3MF
• ModsHovErgoStandard.3mf
• NoModsHovErgoStandard.3mf
• STL
• BalanceCapMount.stl

• Auxiliary Fan Off more info
• Wall generator: Arachne
• Wall loops: 3
• Top surface pattern:Concentric
• Top shell layers: 5
• Bottom surface pattern: Monotonic
• Bottom shell layers: 5
• Sparse infill density: 35%
• Sparse infill pattern: Gyroid
• Seam Position: Aligned
• Scarf Seam: true
• Adaptive Variable Layer Height
• Quality/Speed: 0.3
• Radius: 4

The Balance Cap Retainer is available in the following files.

• Bambu Studio 3MF
• ModsHovErgoStandard.3mf
• NoModsHovErgoStandard.3mf
• STL
• BalanceCapRetainer.stl

• Auxiliary Fan Off more info
• Wall generator: Arachne
• Wall loops: 3
• Top surface pattern:Concentric
• Top shell layers: 5
• Bottom surface pattern: Monotonic
• Bottom shell layers: 5
• Sparse infill density: 35%
• Sparse infill pattern: Gyroid
• Seam Position: Aligned
• Scarf Seam: true
• Adaptive Variable Layer Height
• Quality/Speed: 0.3
• Radius: 4

The Balance Cap Retainer Key is available in the following files.

• Bambu Studio 3MF
• ModsHovErgoStandard.3mf
• NoModsHovErgoStandard.3mf
• STL
• BalanceCapRetainerKey.stl

• Auxiliary Fan Off more info
• Wall generator: Arachne
• Wall loops: 3
• Top surface pattern:Concentric
• Top shell layers: 5
• Bottom surface pattern: Monotonic
• Bottom shell layers: 5
• Sparse infill density: 35%
• Sparse infill pattern: Gyroid
• Adaptive Variable Layer Height
• Quality/Speed: 0.3
• Radius: 4

The Top Hook Insert Tool is available in the following files.

• Bambu Studio 3MF
• ModsHovErgoStandard.3mf
• NoModsHovErgoStandard.3mf
• STL
• TopHookInsertTool.stl

• Auxiliary Fan Off more info
• Wall generator: Arachne
• Wall loops: 5
• Top surface pattern:Monotonic line
• Top shell layers: 5
• Bottom surface pattern: Monotonic
• Bottom shell layers: 5
• Sparse infill density: 45%
• Sparse infill pattern: Honeycomb, Gyroid
• Enable support: true
• Adaptive Variable Layer Height
• Quality/Speed: 0.3
• Radius: 4

• HOOK FIT TEST
• Perform the Hook Fit Test before printing the hooks to ensure a proper fit.
• NO BRIM, USE GLUE INSTEAD
• SMOOTH PLATE
• CONCENTRIC SURFACES
• Refer to the General HOOK section above for more detail.

The Top Hooks are available in the following files.

• Bambu Studio 3MF
• HovErgoTopHooks.3mf
• STL
• TopHookA0.20
• TopHookB0.17
• TopHookC0.15
• TopHookH0.13
• TopHookI0.10
• TopHookS0.07
• TopHookX0.05

• Auxiliary Fan Off more info
• Wall generator: Arachne
• Wall loops: 5
• Top surface pattern:Concentric
• Top shell layers: 5
• Bottom surface pattern: Concentric
• Bottom shell layers: 5
• Sparse infill density: 100%
• Sparse infill pattern: Rectilinear
• Seam Position: Aligned
• Scarf Seam: false

• USE TEXTURED BUILD PLATE: Refer to the TOP AND BOTTOM PLATFORM section above for the benefits of a textured surface.
• If you're not using Bambu Studio or OrcaSlicer, it's recommended to use a STEP file instead of a 3MF file if possible, as STEP files typically retain the names of parts and modifiers.
• When using a 3MF file in other slicers, part names are often converted to numbered objects. The numbers in brackets below should correspond to the object or part numbers assigned by these slicers

The Bottom Platform model is available in the following files.

• Bambu Studio 3MF
• ModsHovErgoStandard.3mf
• NoModsHovErgoStandard.3mf
• Generic 3MF
• ModsBottomPlatformGeneric.3mf
• NoModsBottomPlatformGeneric.3mf
• STEP/STL
• ModsBottomPlatform.step
• NoModsBottomPlatform.step
• BottomPlatform.stl

Bottom Platform General Settings

• Auxiliary Fan Off more info
• Wall generator: Arachne
• Wall loops: 5
• Top surface pattern: Concentric
• Top shell layers: 5
• Bottom surface pattern:Monotonic or Archimedean Chords (gap fill setting below)
• Bottom shell layers: 5
• Sparse infill density: 20% (Using Mods), 30% (No Mods)
• Sparse infill pattern: Gyroid
• Enable support: true
• Apply gap fill: Top and Bottom Surfaces
• Seam Position: Back
• Scarf Seam: false

Bottom Platform (1)

• The main model inherits all the general settings listed above in slicers with parent-child inheritance (e.g., OrcaSlicer, Bambu Studio).
• Note for other slicers: If your slicer does not inherit settings, manually apply the general settings to the main model as well.

Modifier Settings

If modifiers in your slicer do not inherit the settings from the parent or main object, manually apply the general settings to each modifier before overriding the specific settings listed below.

ModSpikeInnerSupport (2)

• Top surface pattern: Archimedean Chords, Concentric
• Sparse infill density: 100%
• Sparse infill pattern: Rectilinear

ModSpikePlatform (3)

• Only one wall on top surfaces: true
• Wall Loops: 2
• Top surface pattern: Archimedean Chords, Concentric
• Sparse infill density: 80%
• Sparse infill pattern: Honeycomb

ModSpikeOuterSupport (4)

• Sparse infill density: 55%
• Sparse infill pattern: Gyroid

ModBtmPlatformTopInner (5)

• Only one wall on top surfaces: false
• Wall loops: 2
• Top surface pattern: Archimedean Chords, Concentric
• Outer wall: 150 mm/s
• Inner wall: 200 mm/s
• Top Surface: 70 mm/s
• Gap infill: 200 mm/s
• This mod overlaps the top surface layer by 0.2mm, splitting it into sections to enhance the overall aesthetics.

ModBtmPlatformTopSlots (6)

• Only one wall on top surfaces: false
• Wall loops: 1
• Top surface pattern: Hilbert Curve, Monotonic Line
• Outer wall: 150 mm/s
• Inner wall: 200 mm/s
• Top Surface: 80 mm/s
• Gap infill: 200 mm/s
• This mod overlaps the top surface layer by 0.2mm, splitting it into sections to enhance the overall aesthetics.

ModBtmPlatformTopOuter (7)

• Only one wall on top surfaces: false
• Wall loops: 2
• Top surface pattern: Archimedean Chords, Concentric
• Outer wall: 150 mm/s
• Inner wall: 200 mm/s
• Top Surface: 70 mm/s
• Gap infill: 200 mm/s
• This mod overlaps the top surface layer by 0.2mm, splitting it into sections to enhance the overall aesthetics.

Modifiers for Patterns

• SimEyeSee

The Bottom Hook Insert Tool is available in the following files.

• Bambu Studio 3MF
• ModsHovErgoStandard.3mf
• NoModsHovErgoStandard.3mf
• STL
• BtmHookInsertTool.stl

• Auxiliary Fan Off more info
• Wall generator: Arachne
• Wall loops: 5
• Top surface pattern:Monotonic line
• Top shell layers: 5
• Bottom surface pattern: Monotonic
• Bottom shell layers: 5
• Sparse infill density: 45%
• Sparse infill pattern: Honeycomb, Gyroid
• Enable support: true
• Adaptive Variable Layer Height
• Quality/Speed: 0.3
• Radius: 4

• HOOK FIT TEST
• Perform the Hook Fit Test before printing the hooks to ensure a proper fit.
• NO BRIM, USE GLUE INSTEAD
• SMOOTH PLATE
• CONCENTRIC SURFACES
• Refer to the General HOOK section above for more detail.

The Bottom Hooks are available in the following files.

• Bambu Studio 3MF
• HovErgoBtmHooks.3mf
• STL
• BtmHookA0.20
• BtmHookB0.17
• BtmHookC0.15
• BtmHookH0.13
• BtmHookI0.10
• BtmHookS0.07
• BtmHookX0.05

• Auxiliary Fan Off more info
• Wall generator: Arachne
• Wall loops: 5
• Top surface pattern:Concentric
• Top shell layers: 5
• Bottom surface pattern: Concentric
• Bottom shell layers: 5
• Sparse infill density: 100%
• Sparse infill pattern: Rectilinear
• Seam Position: Aligned
• Scarf Seam: false

In OrcaSlicer, you can position the prime tower closer to the edge of the build plate compared to Bambu Studio. If you are using Bambu Studio, you must adjust the prime tower settings to prevent it from overlapping the Top Platform.

• Prime Tower Width: 25mm
• Prime Volume: 40mm³
• Prime Tower Brim Width: 2mm

If modifiers in your slicer do not inherit the settings from the parent or main object, manually apply the general settings to each modifier before overriding the specific settings listed below.

ModBackground (7)

• Color: Black
• Wall Loops: 2

ModSwirlCircle (8)

• Color: Yellow
• Wall Loops: 8

ModSwirl1 (9)

• Color: Red

ModSwirl2 (10)

• Color: Yellow
• Wall Loops: 8

ModCircle1 (11)

• Color: White

ModCircle2 (12)

• Color: White

ModCircle3 (13)

• Color: Red

ModCircleRaysOutline (14)

• Color: Red

ModCircleRaysFill (15)

• Color: Black
• Wall Loops: 1

ModStarOutline (16)

• Color: Red

ModStarFill (17)

• Color: Yellow
• Wall Loops: 1

ModEyeOutline (18)

• Color: Red

ModEyeFill (19)

• Color: White
• Wall Loops: 1

ModEyePupil (20)

• Color: Black
• Wall Loops: 1

If modifiers in your slicer do not inherit the settings from the parent or main object, manually apply the general settings to each modifier before overriding the specific settings listed below.

ModBtmSimBackground (5)

• Color: Black
• Wall Loops: 1

ModBtmSimCircleRayOutline (6)

• Color: Red
• Wall Loops: 1
• Top surface pattern: Hilbert Curve, Monotonic Line

ModBtmSimStarOutline (7)

• Color: Red
• Wall Loops: 1

ModBtmSimStarFill (8)

• Color: Yellow
• Wall Loops: 1

ModBtmSimEyeOutline (9)

• Color: Red
• Wall Loops: 1

ModBtmSimEyeFill (10)

• Color: White
• Wall Loops: 1

In OrcaSlicer, you can position the prime tower closer to the edge of the build plate compared to Bambu Studio. If you are using Bambu Studio, you must adjust the prime tower settings to prevent it from overlapping the Top Platform.

• Prime Tower Width: 25mm
• Prime Volume: 40mm³
• Prime Tower Brim Width: 2mm

If modifiers in your slicer do not inherit the settings from the parent or main object, manually apply the general settings to each modifier before overriding the specific settings listed below.

ModBackground (7)

• Color: White
• Wall Loops: 3
• Bottom surface pattern: Archimedean Chords, Monotonic.

ModForeground (8)

• Color: Yellow
• Wall Loops: 8

In OrcaSlicer, you can position the prime tower closer to the edge of the build plate compared to Bambu Studio. If you are using Bambu Studio, you must adjust the prime tower settings to prevent it from overlapping the Top Platform.

• Prime Tower Width: 25mm
• Prime Volume: 40mm³
• Prime Tower Brim Width: 2mm

If modifiers in your slicer do not inherit the settings from the parent or main object, manually apply the general settings to each modifier before overriding the specific settings listed below.

ModTopPlatformTopSurface (7)

Note: ModTopPlatformTopSurface covers the entire surface. In Bambu Studio and OrcaSlicer, the modifiers listed below will override its settings if they are positioned beneath it in the object list. Other slicers may not behave the same way, so if the overrides fail, you may need to remove ModTopPlatformTopSurface or avoid modifying its settings.

• Wall Loops: 1

ModCenterFlower (8)

• Color: Red Sparkle
• Wall Loops: 1

ModCenterFlowerCore (9)

• Color: Yellow
• Wall Loops:1

ModStemFlowers (10)

• Color: Red Sparkle
• Wall Loops: 1

ModInnerSmallFlowers (11)

• Color: Yellow
• Wall Loops: 1

ModInnerSmallFlowerCores (12)

• Color: Red Sparkle
• Wall Loops: 1

ModOuterSmallFlowers (13)

• Color: Yellow
• Wall Loops: 1

ModOuterSmallFlowerCores (14)

• Color: Red Sparkle
• Wall Loops: 1

ModStems (15)

• Color: Green
• Wall Loops: 2

ModLeaves (16)

• Color: Green
• Wall Loops: 1