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PCC Magnetic Magazine Pouch (MagDock PCC) (V2) — zdjęcie 1
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PCC Magnetic Magazine Pouch (MagDock PCC) (V2)

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MagDock V2 for PCC Mags - Big Boi Sticks only with Tek Mount Mini / Tek-Lok Connector

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Źródło
Printables
Kategoria
Other Sports
Licencja
Creative Commons — Attribution — Noncommercial

OVERVIEW

Docking for the big boys.

MagDock PCC is a modular, magnetically retained magazine holster system designed for Glock-pattern PCC magazines. It is built around the Tek-Mount Mini interface and was originally developed for my MLGBS (Modular Low Gravity Belt System), although it can be adapted to other compatible mounting systems.

Like the rest of the MagDock family, the design uses magnetic retention instead of friction retention, allowing magazines to be inserted and removed smoothly without requiring adjustment of tension screws. All structural components are assembled using common metric hardware and commercially available neodymium cup magnets.

⸻

MECHANICAL COMPATIBILITY

Item

Status

Notes

Glock PCC Magazines

Tested

Glock-pattern 9×19 PCC magazines

Tek-Mount Mini

Supported

Primary mounting interface

MLGBS

Supported

Designed specifically for this system

KlockLok 360

Supported

Optional mounting interface included

Beretta PCC Magazines

Supported

Uses smaller 16 mm magnets

⸻

DESIGN GOALS

Goal

Engineering Rationale

Magnetic retention

Eliminates friction adjustment while maintaining consistent retention.

Modular construction

Body, backplate, mounting hardware, and connectors are individually replaceable.

Direct Tek-Mount Mini compatibility

Eliminates the need for adapter plates in the standard configuration.

Simplified manufacturing

Designed around common metric fasteners and heat-set inserts.

Serviceability

Individual components can be replaced without rebuilding the complete carrier.

⸻

SPECIFICATIONS

Item

Specification

Status

Magazine Type

Glock PCC

Verified

Mount

Tek-Mount Mini

Verified

Primary Hardware

M4

Verified

Secondary Hardware

M2

Verified

Magnet Diameter

Approximately 25–26 mm (16 mm for Beretta variant)

Verified

Heat-Set Inserts

M2 and M4

Verified

⸻

BILL OF MATERIALS (BOM)

Qty

Item

Specification

Optional

Recommended Source

As Required

M2 Heat-Set Inserts

Brass

No

Ruthex, CNC Kitchen, McMaster-Carr

As Required

M4 Heat-Set Inserts

Brass

No

Ruthex, CNC Kitchen, McMaster-Carr

As Required

M2 Screws

Approximately 10 mm

No

McMaster-Carr, Misumi

As Required

M4 Countersunk Screws

Approximately 12 mm

No

McMaster-Carr, Misumi

6

Countersunk Neodymium Cup Magnets

Approximately 25–26 mm

No

DIYMAG or equivalent

6

M4 Nuts and Washers

Standard

No

McMaster-Carr or equivalent

1

Cyanoacrylate (Super Glue)

Medium viscosity

TPU only

Loctite, Gorilla, or equivalent

Beretta variants use 16 mm magnets due to the increased magnetic holding force relative to the available steel surface area.

⸻

PART TYPES / COMPONENTS

Part

Function

Body Top

Upper structural portion of the magazine carrier

Body Bottom

Lower structural portion that supports the magazine

Backplate

Supports the magnet assemblies and provides the mounting interface

Dogleg

Positions the magazine relative to the mounting plate

Magnet Spacer

Compensates for manufacturing differences between magnet suppliers

360 Plate (Long)

Extended KlockLok 360 interface

360 Plate (Short)

Compact KlockLok 360 interface

360 Plate Female

Rotating interface plate for KlockLok 360

⸻

FILES INCLUDED

File

Purpose

Body Top

Upper carrier body

Body Bottom

Lower carrier body

Backplate

Primary structural mounting component

Dogleg

Offset mounting adapter

Magnet Spacer

Magnet thickness compensation

360 Plate Female

KlockLok 360 interface

360 Plate Short Male

Compact KlockLok 360 interface

360 Plate Long Male

Extended KlockLok 360 interface

Top

Tek-Mount Mini interface component

V1 (Legacy) Folder

Previous-generation design retained for reference only

⸻

ASSEMBLY

  1. Print the backplate, body top, body bottom, and any required mounting components.

  2. Remove all support material, paying particular attention to the heat-set insert pockets and drain hole.

  3. Install the M2 and M4 heat-set inserts.

  4. If printing in TPU, I found that applying a small amount of cyanoacrylate to the insert before installation significantly improves resistance to insert rotation. For PETG, ABS, or similar rigid materials, install the inserts using a soldering iron as normal.

  5. Install the magnet assemblies onto the backplate using the M4 hardware. Manufacturing tolerances vary between magnet suppliers, so use the supplied spacer if additional stand-off is required.

  6. Attach the backplate to the carrier body.

  7. Assemble the remaining components using the specified M2 and M4 hardware.

  8. Install the Tek-Mount Mini interface or KlockLok 360 adapter as required.

The backplate includes multiple mounting positions, allowing the carrier height to be adjusted relative to the mounting interface.

⸻

RECOMMENDED PRINT SETTINGS

Component

Material

Layer Height

Infill

Notes

Body

Overture Black TPU

0.12 mm

100%

Fuzzy Skin recommended

Backplate

Overture Red PETG

0.12 mm

100%

Standard surface finish

Remaining Components

PETG

0.20 mm

40–100%

As required

⸻

TESTING / VALIDATION

I developed this system specifically for Glock-pattern PCC magazines used on my MLGBS competition belt. The modular design allows the body, backplate, and mounting interface to be replaced independently while maintaining compatibility with the existing hardware.

During testing, I found that TPU benefits from additional preparation before installing heat-set inserts. Cleaning the insert pockets thoroughly, lightly roughening the pocket walls, and applying cyanoacrylate before installation produced significantly more consistent insert retention than heat-setting alone.

Magnet dimensions vary noticeably between manufacturers, sometimes even within the same package. The included magnet spacer compensates for these dimensional differences and allows the retention force to be tuned without modifying the printed parts.

Applying a light coat of silicone to the inside of the TPU body can reduce insertion friction if your magazines are already treated with a silicone protectant.

⸻

REVISION HISTORY

Version

Changes

V1

Original release. Retained in the included V1 (Legacy) folder for users with existing assemblies.

V2

Redesigned body with an enclosed lower section, increased structural rigidity, longer backplate for improved adjustment range, and numerous fit and strength improvements. V1 and V2 components are not interchangeable.

⸻

FUTURE DEVELOPMENT

Future revisions will continue expanding compatibility with additional PCC magazine patterns while maintaining the existing MagDock ecosystem. The primary objective is to preserve interchangeability of hardware and mounting components while improving durability and ease of assembly.

Tagi