Keyhole slots are on the back of a lot of wall mountable equipment.  These are a set of strong Keyhole Hangers for  for use with the [Multiboard](https://www.multiboard.io/) system.

I needed something a little stronger then just plastic pegs in the Keyholes.  These holders are strong and can hold a good amount of weight and pull down torque.

10mm length screws seem best.

It comes with Mid Thread and Big Thread mounts.
Mid Thread supports M3 and M4 screws.
Big Thread supports M4 and M5 screws.

There are Heatset inserts holders  and Screw holders

Heatset Inserts:
- M3 Heatset should be M3x6x5
- M4 Heatset should be M4x6x6
- M5 Heatset should be M5x6x7
[Heaset set from Amazon](https://a.co/d/4zJrDyb)

Blue Thread Lock will hold the Screws using the Heatset inserts into place.

Screw holders allow you to self tap a screw just by screwing it in.

Print as oriented with no supports and standard Multiboard settings (3 walls, 15% infill)

Multiboard Heavy Duty Keyhole Hanger

Multiboard Heavy Duty Keyhole Hanger - Mid Thread M4 Heatset.step

Multiboard Heavy Duty Keyhole Hanger - Mid Thread M4 Heatset.stl

Multiboard Heavy Duty Keyhole Hanger - Big Thread M5 Heatset.stl

Multiboard Heavy Duty Keyhole Hanger - Big Thread M5 Heatset.step

Multiboard Heavy Duty Keyhole Hanger - Big Thread M5 Screw.step

Multiboard Heavy Duty Keyhole Hanger - Big Thread M5 Screw.stl

This is a set of [Multiboard](https://www.multiboard.io/parts-library) compatible Battery Holders for a variety of size batteries.  Rather then focus on holding as many batteries as possible, these holders are designed to hold a reasonable amount of batteries in a modular fashion so that you can mix and match.  You can add or remove holders as your needs change.  

Currently it contains holders for AA, AAA, C, D, CR123/A, 9 Volt and 18650 batteries.  

The holders are 50mm x 100mm and can be organized modularly and printed so that you only have holders for the batteries you need and use. 

The holders have the same depth, except for the D or 18650 holders which need to be a little deeper to hold the batteries in securely.

These holders are designed to be able to mounted in Portrait or Landscape orientations.  The holes are angled in such a way that if oriented with a small **arrow facing up**, the battery will be angled upwards to help prevent it from falling out.

This version is designed to use M3 button head screw bolts and attach to either the [Heat Set Insert Snap](https://than.gs/m/1030714), the [Heat Set Insert - Push-Fit](https://than.gs/m/1030733), or one for the [Drop in Nut Snaps](https://than.gs/m/1030686)

The CAD documents are [available on OnShape ](https://cad.onshape.com/documents/9bdb1535c51a71a2af8128a8/w/0a625b066d3ed96660859d1b/e/d674e179d10609799c75aff3?renderMode=0&uiState=666a451d1fd86e688a98a109) if you want to remix your own

Multiboard Modular Battery Holders

Multiboard Modular Battery Holder - CR123.stl

This is an wench holder tree  for the [Multiboard](https://www.multiboard.io/) system.
It should hold either Metric or Imperial, depending on your wrench brand and size.

This version is designed to use M3 button head screw bolts and attach to either the [Heat Set Insert Snap](https://than.gs/m/1030714), the [Heat Set Insert - Push-Fit](https://than.gs/m/1030733), or one for the [Drop in Nut Snaps](https://than.gs/m/1030686)

This is a remix of the [HSW Wrench Holder](https://www.printables.com/model/442956) sized correctly for Multiboard.

**Print Setting**
It is designed to be printed on its back, with no supports.  Use the standard Multiboard print settings (.2mm layer, 3 walls, 15% Infill).  But you might want to do more infill for heavier wrenches, 30% or so.

Multiboard Wrench Holder Tree

Multiboard Wrench Holder.step

This is an Apple Wallet holder for the [Multiboard](https://www.multiboard.io/) system.
It holds the wallet using a Mag Safe Ring and has a little lip to allow for easy on and off of the wallet without dropping.

This version is designed to use M3 button head screw bolts and attach to either the [Heat Set Insert Snap](https://than.gs/m/1030714), the [Heat Set Insert - Push-Fit](https://than.gs/m/1030733), or one for the [Drop in Nut Snaps](https://than.gs/m/1030686)

It was designed to be used with [ESR Magnetic Ring 360 Halo](https://a.co/d/1y1Zdnj).  But other ones might fit as well since the Mag Safe is a standard.

**Print Setting**
It is designed to be printed on its back, with no supports.  Use the standard Multiboard print settings (3 walls, 15% Infill).

Multiboard Apple Wallet Holder

Multiboard Apple Wallet Holder.stl

This is a simple Credit Card/Bank Card sized holder for the [Multiboard](https://www.multiboard.io/) system.

**Size**
It comes in two different sizes that hold approximately 10 Cards and 20 Cards.

**Mounts**
There are two different mounting options, Multiboard Pushfit, and M3 Screw Mounts.

**Pushfit Mounts**
This is just standard Pushfit, but will need some support to print the top pushfit correctly.  I tend to use tree supports for things like this.

**M3 Screw Mounts**
This version is designed to use a M3 button head screw bolt and attach to either the [Heat Set Insert Snap](https://than.gs/m/1030714), the [Heat Set Insert - Push-Fit](https://than.gs/m/1030733), or one for the [Drop in Nut Snaps](https://than.gs/m/1030686)

**Print Setting**
Print with the bottom on the print bed, as oriented in the model file.  Use the standard Multiboard print settings (3 walls, 15% Infill).


Multiboard Credit Card Holder

Multiboard Credit Card Holder - 10 Card - Pushfit.stl

This is a very Simple and quick Pushfit U-Bolt for use with the [Multiboard](https://www.multiboard.io/) system.  

Print as oriented with no supports and standard Multiboard settings (3 walls, 15% infill)

Multiboard Simple - Pushfit U-Bolt

Multiboard Simple - Pushfit U-Bolt.step

This is a quick remix of a [Small Razor Blade Holder ](https://makerworld.com/en/models/455748#profileId-363439) for the [Optimized Bed Scrape XML](https://makerworld.com/en/models/413220?from=search#profileId-315228)  modified for [Multiboard](https://www.multiboard.io/). 

Use standard Multiboard print settings. (3 walls, 15% infill) Use supports for the two floating walls on the bottom slot.

Multiboard Optimized Bed Scraper - Small Razor Holder

Optimized Bed Scraper - Small Razor Holder.stl

_This is a 4 Column PALS Plate to allow you to mount compatible MOLLE gear for the Multiboard system._

**What is Multiboard?**

[Mulliboard](https://www.multiboard.io/) is an awesome free hexagonal grid, tile and pegboard based system for creating organized storage.  There are essentially an infinite number of combination of tiles, setups, accessories, and mounting options with the ability for you to always create your own custom ones for your needs.

**What is MOLLE?**

[MOLLE](https://en.wikipedia.org/wiki/MOLLE), which stands for “Modular, Lightweight Load-carrying Equipment," is a very common standard for attaching and holding equipment.  
It was originally developed for the US and NATO militaries as a system for attaching pouches, holders, and other equipment to backpacks and other soldiers gear and vehicles.

**What is PALS?**

[PALS](https://en.wikipedia.org/wiki/Pouch_Attachment_Ladder_System) is the Pouch Attachment Ladder System.  It is one of the fundamental building blocks of the MOLLE system.  Its consists of rows of grid webbing designed to hold and attach pouches and gear that are MOLLE compatible.  
It consists of 1 inch wide rows and 1.5 inch wide column sections (38mm between center stitching.  These rows allow you to attach pouches using the connectors provided on those pouches.


**Why mix Multiboard and MOLLE?**

Multiboard can be used in numerous situations, garages, offices, workspaces, and even showers and bathrooms, but it can also start taking the next step to more mobile and dynamic environments.  These dynamic environments sometimes require having more secure holders and accessories for your tools or equipment. 
Let’s see you want to put up a Multiboard in your trailer, car, truck, caravan, or RV and don’t want your stuff bouncing out of the holders.  This is the kind of scenario that MOLLE was designed for.  
As well, if you want to use your existing MOLLE compatible storage and pouches in your home.  Like mounting a quick access “Rip-Off“ First Aid/Trauma Kit on your Multiboard in your home.  This integration between Multiboard and MOLLE with help you do all of that.

**Can I just run the MOLLE straps through the Multiboard tile?**

Yes, You can! But with some caveats.  

Multiboard hex tiles have a 25mm (1inch) spacing between rows and columns. So this lines right up with the PALS standard.  But the PALS standard also has 1.5 inches between the center of the columns.  So it becomes harder to line things up the more strap columns you have.  You can use the tiles directly for a 1 space strap and “maybe” a 2 strap with one space in between, But the pouch side straps need to be very flexible at the ends.  
As well most MOLLE pouches have a stiff end near the snap making them difficult to work around the through the Multiboard hexes.  So a lot of the time it’s cleaner and easier to have one (or more) of the PALS Plates. 

**PALS Plates:**
These PALS Plates are a specifically designed PALS implementation to allow you to have PALS rows on your Multiboard.  They are designed for you to print and thread webbing into, and to secure the webbing to the plate itself.

**Sizing:**
The Multiboard MOLLE PALS Plates come in [1-Column](https://than.gs/m/1061428 ) (4 hexes), [2-Column](https://than.gs/m/1061483) (5 hexes), [3-Columns](https://than.gs/m/1061491) (7 hexes), and [4-Columns](https://than.gs/m/1061492) (8 hexes).

**Mounting Styles:**
Each plate size comes in different mounting style options, a normal Multiboard Pushfit style, a stronger Heat Set insert style, and a Super Strong cross mounted Heat set insert style.

**General Parts Needed:**
- 3/4 Lightweight Webbing (https://a.co/d/23lrYpn) - Don’t use heavy weight, it doesn’t go through the slots well. 	
- M3*8mm Self Tapping Screws (https://a.co/d/2Yrd3MI) for securing webbing on Pushfit style.
- M4*16mm Screw Fastener Bolts (https://a.co/d/9ooFisJ) for Heat Set styles 
- M4*20mm Screw Fastener Bolts (https://a.co/d/0xcB3tu) for Long posts on Super Strong Style
- M4x6x6 Heat Set Inserts (https://a.co/d/0jsp73c) for Heat Set styles.

**General Printing Info:**  	
- Material: PLA can work but PETG for strength and heat resistance is preferred
- Supports: None
- Infill: 25% can work, but I recommend a lot 50%+ 
- Print facing:  Face down with posts/pushfits facing up.

**Pushfit Style:**
This is for light to medium usage situations.  Where things don’t have a large load and/or not in a very dynamic environment.  Like mounting a simple pouch on the workbench wall.   Something that’s not going to move around a whole lot.  The Pushfits can break off so a good percentage infill will help with that.  
1. Thread the webbing through with plate, as in the pictures, and use the Webbing Spacer to help you space out distance between the loops and the plate.  
2. Secure the webbing by screwing it in the pilot holes with some M3*8 Self Tapping screws.

**Heat Set Style:**

This is for medium duty usage.  This allows you to use the normal [Multiboard Heat Set Insert Snap](https://than.gs/m/1030713) to secure it to the plate. I would recommend, not using the Weight Bearing version in a mobile or bouncing environment because it is directional and comes out easier when pulling to the top of the snap.    
1. Insert the Heat Set insets from the front face of the plate, so that when the screw pulls on it, there is a large amount of additional plastic to go through.  Put Heat Set inserts into both the plate and the Snap.
2. Clear the hole of any leftover plastic that might block screwing the snap in.   
3. Thread the webbing through with plate, as in the pictures, and use the Webbing Spacer to help you space out distance between the loops and the plate.  
4. On the inside posts, thread the screw through from the back side of the Heat Set Insert Snap then into the back side of the plate.
5. On the outside posts, make a hole in the webbing that lines up with the hole in the plate (I use a soldering iron with a conical tip.)
6. Thread a M4*12mm bolt with a washer through the webbing and the hole with the Heat Set insert into the top of the Heat Set Insert Snap.
7. Tighten down to secure the webbing on the edges of the plate.

**Super Strong Style**
This is for heavy duty usage.  Use this to make sure the plate stays on.  For highly bouncy/mobile areas or for MOLLE Rip-Off pouches. (I am using the Super Strong for the Rip-Off First Aid kit in the video)

Follow the same steps as the Heat Set Style except for the last one the Outside Posts:
1. For the outside long posts, make a hole in the webbing that lines up with the hole in the plate (I use a soldering iron with a conical tip.)
2. Insert the Heat Set Insert Snap into the Back of the tile so that the bottom of the snap is what is exposed for the bolt through the plate and post to screw into.  Please see the Super Strong Connector Setup image.
3. Secure the Webbing with a M4*20mm bolt and washer, screwing it through the plate from the front into the bottom of the snap.

Approximate Webbing Lengths Needed
- 1 Column ~ 120mm
- 2 Column ~ 150mm
- 3 Column ~ 210mm
- 4 Column ~ 245mm




Multiboard MOLLE - 4 Column PALS Plate

Multiboard MOLLE - PALS Plate - 4 Column - Pushfit.step

_This is a 3 Column PALS Plate to allow you to mount compatible MOLLE gear for the Multiboard system._

**What is Multiboard?**

[Mulliboard](https://www.multiboard.io/) is an awesome free hexagonal grid, tile and pegboard based system for creating organized storage.  There are essentially an infinite number of combination of tiles, setups, accessories, and mounting options with the ability for you to always create your own custom ones for your needs.

**What is MOLLE?**

[MOLLE](https://en.wikipedia.org/wiki/MOLLE), which stands for “Modular, Lightweight Load-carrying Equipment," is a very common standard for attaching and holding equipment.  
It was originally developed for the US and NATO militaries as a system for attaching pouches, holders, and other equipment to backpacks and other soldiers gear and vehicles.

**What is PALS?**

[PALS](https://en.wikipedia.org/wiki/Pouch_Attachment_Ladder_System) is the Pouch Attachment Ladder System.  It is one of the fundamental building blocks of the MOLLE system.  Its consists of rows of grid webbing designed to hold and attach pouches and gear that are MOLLE compatible.  
It consists of 1 inch wide rows and 1.5 inch wide column sections (38mm between center stitching.  These rows allow you to attach pouches using the connectors provided on those pouches.


**Why mix Multiboard and MOLLE?**

Multiboard can be used in numerous situations, garages, offices, workspaces, and even showers and bathrooms, but it can also start taking the next step to more mobile and dynamic environments.  These dynamic environments sometimes require having more secure holders and accessories for your tools or equipment. 
Let’s see you want to put up a Multiboard in your trailer, car, truck, caravan, or RV and don’t want your stuff bouncing out of the holders.  This is the kind of scenario that MOLLE was designed for.  
As well, if you want to use your existing MOLLE compatible storage and pouches in your home.  Like mounting a quick access “Rip-Off“ First Aid/Trauma Kit on your Multiboard in your home.  This integration between Multiboard and MOLLE with help you do all of that.

**Can I just run the MOLLE straps through the Multiboard tile?**

Yes, You can! But with some caveats.  

Multiboard hex tiles have a 25mm (1inch) spacing between rows and columns. So this lines right up with the PALS standard.  But the PALS standard also has 1.5 inches between the center of the columns.  So it becomes harder to line things up the more strap columns you have.  You can use the tiles directly for a 1 space strap and “maybe” a 2 strap with one space in between, But the pouch side straps need to be very flexible at the ends.  
As well most MOLLE pouches have a stiff end near the snap making them difficult to work around the through the Multiboard hexes.  So a lot of the time it’s cleaner and easier to have one (or more) of the PALS Plates. 

**PALS Plates:**
These PALS Plates are a specifically designed PALS implementation to allow you to have PALS rows on your Multiboard.  They are designed for you to print and thread webbing into, and to secure the webbing to the plate itself.

**Sizing:**
The Multiboard MOLLE PALS Plates come in [1-Column](https://than.gs/m/1061428 ) (4 hexes), [2-Column](https://than.gs/m/1061483) (5 hexes), [3-Columns](https://than.gs/m/1061491) (7 hexes), and [4-Columns](https://than.gs/m/1061492) (8 hexes).

**Mounting Styles:**
Each plate size comes in different mounting style options, a normal Multiboard Pushfit style, a stronger Heat Set insert style, and a Super Strong cross mounted Heat set insert style.

**General Parts Needed:**
- 3/4 Lightweight Webbing (https://a.co/d/23lrYpn) - Don’t use heavy weight, it doesn’t go through the slots well. 	
- M3*8mm Self Tapping Screws (https://a.co/d/2Yrd3MI) for securing webbing on Pushfit style.
- M4*16mm Screw Fastener Bolts (https://a.co/d/9ooFisJ) for Heat Set styles 
- M4*20mm Screw Fastener Bolts (https://a.co/d/0xcB3tu) for Long posts on Super Strong Style
- M4x6x6 Heat Set Inserts (https://a.co/d/0jsp73c) for Heat Set styles.

**General Printing Info:**  	
- Material: PLA can work but PETG for strength and heat resistance is preferred
- Supports: None
- Infill: 25% can work, but I recommend a lot 50%+ 
- Print facing:  Face down with posts/pushfits facing up.

**Pushfit Style:**
This is for light to medium usage situations.  Where things don’t have a large load and/or not in a very dynamic environment.  Like mounting a simple pouch on the workbench wall.   Something that’s not going to move around a whole lot.  The Pushfits can break off so a good percentage infill will help with that.  
1. Thread the webbing through with plate, as in the pictures, and use the Webbing Spacer to help you space out distance between the loops and the plate.  
2. Secure the webbing by screwing it in the pilot holes with some M3*8 Self Tapping screws.

**Heat Set Style:**

This is for medium duty usage.  This allows you to use the normal [Multiboard Heat Set Insert Snap](https://than.gs/m/1030713) to secure it to the plate. I would recommend, not using the Weight Bearing version in a mobile or bouncing environment because it is directional and comes out easier when pulling to the top of the snap.    
1. Insert the Heat Set insets from the front face of the plate, so that when the screw pulls on it, there is a large amount of additional plastic to go through.  Put Heat Set inserts into both the plate and the Snap.
2. Clear the hole of any leftover plastic that might block screwing the snap in.   
3. Thread the webbing through with plate, as in the pictures, and use the Webbing Spacer to help you space out distance between the loops and the plate.  
4. On the inside posts, thread the screw through from the back side of the Heat Set Insert Snap then into the back side of the plate.
5. On the outside posts, make a hole in the webbing that lines up with the hole in the plate (I use a soldering iron with a conical tip.)
6. Thread a M4*12mm bolt with a washer through the webbing and the hole with the Heat Set insert into the top of the Heat Set Insert Snap.
7. Tighten down to secure the webbing on the edges of the plate.

**Super Strong Style**
This is for heavy duty usage.  Use this to make sure the plate stays on.  For highly bouncy/mobile areas or for MOLLE Rip-Off pouches. (I am using the Super Strong for the Rip-Off First Aid kit in the video)

Follow the same steps as the Heat Set Style except for the last one the Outside Posts:
1. For the outside long posts, make a hole in the webbing that lines up with the hole in the plate (I use a soldering iron with a conical tip.)
2. Insert the Heat Set Insert Snap into the Back of the tile so that the bottom of the snap is what is exposed for the bolt through the plate and post to screw into.  Please see the Super Strong Connector Setup image.
3. Secure the Webbing with a M4*20mm bolt and washer, screwing it through the plate from the front into the bottom of the snap.

Approximate Webbing Lengths Needed
- 1 Column ~ 120mm
- 2 Column ~ 150mm
- 3 Column ~ 210mm
- 4 Column ~ 245mm




Multiboard MOLLE - 3 Column PALS Plate

Multiboard MOLLE - PALS Plate - 3 Column - Pushfit.stl

Super Strong Connection Example.step

_This is a 2 Column PALS Plate to allow you to mount compatible MOLLE gear for the Multiboard system._

**What is Multiboard?**

[Mulliboard](https://www.multiboard.io/) is an awesome free hexagonal grid, tile and pegboard based system for creating organized storage.  There are essentially an infinite number of combination of tiles, setups, accessories, and mounting options with the ability for you to always create your own custom ones for your needs.

**What is MOLLE?**

[MOLLE](https://en.wikipedia.org/wiki/MOLLE), which stands for “Modular, Lightweight Load-carrying Equipment," is a very common standard for attaching and holding equipment.  
It was originally developed for the US and NATO militaries as a system for attaching pouches, holders, and other equipment to backpacks and other soldiers gear and vehicles.

**What is PALS?**

[PALS](https://en.wikipedia.org/wiki/Pouch_Attachment_Ladder_System) is the Pouch Attachment Ladder System.  It is one of the fundamental building blocks of the MOLLE system.  Its consists of rows of grid webbing designed to hold and attach pouches and gear that are MOLLE compatible.  
It consists of 1 inch wide rows and 1.5 inch wide column sections (38mm between center stitching.  These rows allow you to attach pouches using the connectors provided on those pouches.


**Why mix Multiboard and MOLLE?**

Multiboard can be used in numerous situations, garages, offices, workspaces, and even showers and bathrooms, but it can also start taking the next step to more mobile and dynamic environments.  These dynamic environments sometimes require having more secure holders and accessories for your tools or equipment. 
Let’s see you want to put up a Multiboard in your trailer, car, truck, caravan, or RV and don’t want your stuff bouncing out of the holders.  This is the kind of scenario that MOLLE was designed for.  
As well, if you want to use your existing MOLLE compatible storage and pouches in your home.  Like mounting a quick access “Rip-Off“ First Aid/Trauma Kit on your Multiboard in your home.  This integration between Multiboard and MOLLE with help you do all of that.

**Can I just run the MOLLE straps through the Multiboard tile?**

Yes, You can! But with some caveats.  

Multiboard hex tiles have a 25mm (1inch) spacing between rows and columns. So this lines right up with the PALS standard.  But the PALS standard also has 1.5 inches between the center of the columns.  So it becomes harder to line things up the more strap columns you have.  You can use the tiles directly for a 1 space strap and “maybe” a 2 strap with one space in between, But the pouch side straps need to be very flexible at the ends.  
As well most MOLLE pouches have a stiff end near the snap making them difficult to work around the through the Multiboard hexes.  So a lot of the time it’s cleaner and easier to have one (or more) of the PALS Plates. 

**PALS Plates:**
These PALS Plates are a specifically designed PALS implementation to allow you to have PALS rows on your Multiboard.  They are designed for you to print and thread webbing into, and to secure the webbing to the plate itself.

**Sizing:**
The Multiboard MOLLE PALS Plates come in [1-Column](https://than.gs/m/1061428 ) (4 hexes), [2-Column](https://than.gs/m/1061483) (5 hexes), [3-Columns](https://than.gs/m/1061491) (7 hexes), and [4-Columns](https://than.gs/m/1061492) (8 hexes).

**Mounting Styles:**
Each plate size comes in different mounting style options, a normal Multiboard Pushfit style, a stronger Heat Set insert style, and a Super Strong cross mounted Heat set insert style.

**General Parts Needed:**
- 3/4 Lightweight Webbing (https://a.co/d/23lrYpn) - Don’t use heavy weight, it doesn’t go through the slots well. 	
- M3*8mm Self Tapping Screws (https://a.co/d/2Yrd3MI) for securing webbing on Pushfit style.
- M4*16mm Screw Fastener Bolts (https://a.co/d/9ooFisJ) for Heat Set styles 
- M4*20mm Screw Fastener Bolts (https://a.co/d/0xcB3tu) for Long posts on Super Strong Style
- M4x6x6 Heat Set Inserts (https://a.co/d/0jsp73c) for Heat Set styles.

**General Printing Info:**  	
- Material: PLA can work but PETG for strength and heat resistance is preferred
- Supports: None
- Infill: 25% can work, but I recommend a lot 50%+ 
- Print facing:  Face down with posts/pushfits facing up.

**Pushfit Style:**
This is for light to medium usage situations.  Where things don’t have a large load and/or not in a very dynamic environment.  Like mounting a simple pouch on the workbench wall.   Something that’s not going to move around a whole lot.  The Pushfits can break off so a good percentage infill will help with that.  
1. Thread the webbing through with plate, as in the pictures, and use the Webbing Spacer to help you space out distance between the loops and the plate.  
2. Secure the webbing by screwing it in the pilot holes with some M3*8 Self Tapping screws.

**Heat Set Style:**

This is for medium duty usage.  This allows you to use the normal [Multiboard Heat Set Insert Snap](https://than.gs/m/1030713) to secure it to the plate. I would recommend, not using the Weight Bearing version in a mobile or bouncing environment because it is directional and comes out easier when pulling to the top of the snap.    
1. Insert the Heat Set insets from the front face of the plate, so that when the screw pulls on it, there is a large amount of additional plastic to go through.  Put Heat Set inserts into both the plate and the Snap.
2. Clear the hole of any leftover plastic that might block screwing the snap in.   
3. Thread the webbing through with plate, as in the pictures, and use the Webbing Spacer to help you space out distance between the loops and the plate.  
4. On the inside posts, thread the screw through from the back side of the Heat Set Insert Snap then into the back side of the plate.
5. On the outside posts, make a hole in the webbing that lines up with the hole in the plate (I use a soldering iron with a conical tip.)
6. Thread a M4*12mm bolt with a washer through the webbing and the hole with the Heat Set insert into the top of the Heat Set Insert Snap.
7. Tighten down to secure the webbing on the edges of the plate.

**Super Strong Style**
This is for heavy duty usage.  Use this to make sure the plate stays on.  For highly bouncy/mobile areas or for MOLLE Rip-Off pouches. (I am using the Super Strong for the Rip-Off First Aid kit in the video)

Follow the same steps as the Heat Set Style except for the last one the Outside Posts:
1. For the outside long posts, make a hole in the webbing that lines up with the hole in the plate (I use a soldering iron with a conical tip.)
2. Insert the Heat Set Insert Snap into the Back of the tile so that the bottom of the snap is what is exposed for the bolt through the plate and post to screw into.  Please see the Super Strong Connector Setup image.
3. Secure the Webbing with a M4*20mm bolt and washer, screwing it through the plate from the front into the bottom of the snap.

Approximate Webbing Lengths Needed
- 1 Column ~ 120mm
- 2 Column ~ 150mm
- 3 Column ~ 210mm
- 4 Column ~ 245mm




Multiboard MOLLE - 2 Column PALS Plate

Multiboard MOLLE - PALS Plate - 2 Column - Pushfit.step

_This is a 1 Column PALS Plate to allow you to mount compatible MOLLE gear for the Multiboard system._

**What is Multiboard?**

[Mulliboard](https://www.multiboard.io/) is an awesome free hexagonal grid, tile and pegboard based system for creating organized storage.  There are essentially an infinite number of combination of tiles, setups, accessories, and mounting options with the ability for you to always create your own custom ones for your needs.

**What is MOLLE?**

[MOLLE](https://en.wikipedia.org/wiki/MOLLE), which stands for “Modular, Lightweight Load-carrying Equipment," is a very common standard for attaching and holding equipment.  
It was originally developed for the US and NATO militaries as a system for attaching pouches, holders, and other equipment to backpacks and other soldiers gear and vehicles.

**What is PALS?**

[PALS](https://en.wikipedia.org/wiki/Pouch_Attachment_Ladder_System) is the Pouch Attachment Ladder System.  It is one of the fundamental building blocks of the MOLLE system.  Its consists of rows of grid webbing designed to hold and attach pouches and gear that are MOLLE compatible.  
It consists of 1 inch wide rows and 1.5 inch wide column sections (38mm between center stitching.  These rows allow you to attach pouches using the connectors provided on those pouches.


**Why mix Multiboard and MOLLE?**

Multiboard can be used in numerous situations, garages, offices, workspaces, and even showers and bathrooms, but it can also start taking the next step to more mobile and dynamic environments.  These dynamic environments sometimes require having more secure holders and accessories for your tools or equipment. 
Let’s see you want to put up a Multiboard in your trailer, car, truck, caravan, or RV and don’t want your stuff bouncing out of the holders.  This is the kind of scenario that MOLLE was designed for.  
As well, if you want to use your existing MOLLE compatible storage and pouches in your home.  Like mounting a quick access “Rip-Off“ First Aid/Trauma Kit on your Multiboard in your home.  This integration between Multiboard and MOLLE with help you do all of that.

**Can I just run the MOLLE straps through the Multiboard tile?**

Yes, You can! But with some caveats.  

Multiboard hex tiles have a 25mm (1inch) spacing between rows and columns. So this lines right up with the PALS standard.  But the PALS standard also has 1.5 inches between the center of the columns.  So it becomes harder to line things up the more strap columns you have.  You can use the tiles directly for a 1 space strap and “maybe” a 2 strap with one space in between, But the pouch side straps need to be very flexible at the ends.  
As well most MOLLE pouches have a stiff end near the snap making them difficult to work around the through the Multiboard hexes.  So a lot of the time it’s cleaner and easier to have one (or more) of the PALS Plates. 

**PALS Plates:**
These PALS Plates are a specifically designed PALS implementation to allow you to have PALS rows on your Multiboard.  They are designed for you to print and thread webbing into, and to secure the webbing to the plate itself.

**Sizing:**
The Multiboard MOLLE PALS Plates come in [1-Column](https://than.gs/m/1061428 ) (4 hexes), [2-Column](https://than.gs/m/1061483) (5 hexes), [3-Columns](https://than.gs/m/1061491) (7 hexes), and [4-Columns](https://than.gs/m/1061492) (8 hexes).

**Mounting Styles:**
Each plate size comes in different mounting style options, a normal Multiboard Pushfit style, a stronger Heat Set insert style, and a Super Strong cross mounted Heat set insert style.

**General Parts Needed:**
- 3/4 Lightweight Webbing (https://a.co/d/23lrYpn) - Don’t use heavy weight, it doesn’t go through the slots well. 	
- M3*8mm Self Tapping Screws (https://a.co/d/2Yrd3MI) for securing webbing on Pushfit style.
- M4*16mm Screw Fastener Bolts (https://a.co/d/9ooFisJ) for Heat Set styles 
- M4*20mm Screw Fastener Bolts (https://a.co/d/0xcB3tu) for Long posts on Super Strong Style
- M4x6x6 Heat Set Inserts (https://a.co/d/0jsp73c) for Heat Set styles.

**General Printing Info:**  	
- Material: PLA can work but PETG for strength and heat resistance is preferred
- Supports: None
- Infill: 25% can work, but I recommend a lot 50%+ 
- Print facing:  Face down with posts/pushfits facing up.

**Pushfit Style:**
This is for light to medium usage situations.  Where things don’t have a large load and/or not in a very dynamic environment.  Like mounting a simple pouch on the workbench wall.   Something that’s not going to move around a whole lot.  The Pushfits can break off so a good percentage infill will help with that.  
1. Thread the webbing through with plate, as in the pictures, and use the Webbing Spacer to help you space out distance between the loops and the plate.  
2. Secure the webbing by screwing it in the pilot holes with some M3*8 Self Tapping screws.

**Heat Set Style:**

This is for medium duty usage.  This allows you to use the normal [Multiboard Heat Set Insert Snap](https://than.gs/m/1030713) to secure it to the plate. I would recommend, not using the Weight Bearing version in a mobile or bouncing environment because it is directional and comes out easier when pulling to the top of the snap.    
1. Insert the Heat Set insets from the front face of the plate, so that when the screw pulls on it, there is a large amount of additional plastic to go through.  Put Heat Set inserts into both the plate and the Snap.
2. Clear the hole of any leftover plastic that might block screwing the snap in.   
3. Thread the webbing through with plate, as in the pictures, and use the Webbing Spacer to help you space out distance between the loops and the plate.  
4. On the inside posts, thread the screw through from the back side of the Heat Set Insert Snap then into the back side of the plate.
5. On the outside posts, make a hole in the webbing that lines up with the hole in the plate (I use a soldering iron with a conical tip.)
6. Thread a M4*12mm bolt with a washer through the webbing and the hole with the Heat Set insert into the top of the Heat Set Insert Snap.
7. Tighten down to secure the webbing on the edges of the plate.

**Super Strong Style**
This is for heavy duty usage.  Use this to make sure the plate stays on.  For highly bouncy/mobile areas or for MOLLE Rip-Off pouches. (I am using the Super Strong for the Rip-Off First Aid kit in the video)

Follow the same steps as the Heat Set Style except for the last one the Outside Posts:
1. For the outside long posts, make a hole in the webbing that lines up with the hole in the plate (I use a soldering iron with a conical tip.)
2. Insert the Heat Set Insert Snap into the Back of the tile so that the bottom of the snap is what is exposed for the bolt through the plate and post to screw into.  Please see the Super Strong Connector Setup image.
3. Secure the Webbing with a M4*20mm bolt and washer, screwing it through the plate from the front into the bottom of the snap.

Approximate Webbing Lengths Needed
- 1 Column ~ 120mm
- 2 Column ~ 150mm
- 3 Column ~ 210mm
- 4 Column ~ 245mm




Multiboard MOLLE - 1 Column PALS Plate

Multiboard MOLLE - PALS Plate - 1 Column - Pushfit.step

Multiboard MOLLE - PALS Plate - 1 Column - Pushfit.stl

This is a Multiboard Remix of the ever popular [Gravity Broom Holder](https://www.printables.com/model/152557).

Print the Broom Grabber on its back with no supports at 0.2mm layer height with three walls for optimal strength.  The Gear should be printed on either end standing up, with no supports and 0.2 is fine.  Ive used PLA find, but PETG works well for extra support or outdoor usage.

Requires a Multiboard Big Thread Bolt T-Bolt to mount to your Multiboard.  I would recommend the [13 mm Big Thread, Flat Head, Bolt](https://thangs.com/designer/Keep%20Making/3d-model/13%20mm%20Big%20Thread%2C%20Flat%20Head%2C%20Bolt-974063) or the [13 mm Big Thread, Flat Head, T-Bolt](https://thangs.com/designer/Keep%20Making/3d-model/13%20mm%20Big%20Thread%2C%20Flat%20Head%2C%20T-Bolt-974276).

OnShape document [is available](https://cad.onshape.com/documents/8738b66b7d8a68d1c1a0674e/w/5c7f1b3978816559fdf9a418/e/67615652e3db256a6511dca1?renderMode=0&uiState=6622b8354ecf3b564bf150de) for remixing.

Multiboard Gravity Broom Holder

Multiboard Gravity Broom Holder.step

This is a Multiboard pushfit holder for the 120ml bottle of Vision Miner Nano Polymer Adhesive.

It is a quick remix of [@Eclsnowman's version for 20x20 extrusion](https://www.printables.com/model/473569) mounting. But it has a little looser tolerances and air holes.

I created it in OnShape so it is [available for remix](https://cad.onshape.com/documents/6e9d257713eaf58846205efe/w/fe564cb5051f08a91c08714a/e/cfc242a6c3dbb7bf5384c5ec?renderMode=0&uiState=6602307ae1684223fd3c0dea) if you want.

Print at 0.2mm layer height with 3 walls sitting upright as it will be used. Add support between the bottom and top pushfit stud, or tree supports should work as well.

Multiboard holder for 120ml bottle of Nano Polymer adhesive 

Nano Polymer Adhesive 120ml Holder - Multiboard - Pushfit.stl

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