MAGPUL MS1 MS4 Adapter

MAGPUL MS1 MS4 Adapter

The Magpul MS1 MS4 Adapter is meant to be used with the Magpul MS1 Sling system to aid a user in creating his or her own custom sling.  The Magpul MS1 MS4 Adapter can also be used with slings from other manufacturers.

The Magpul MS1 MS4 Adapter Simplified:

The QD swivel is intended to be used on the rear section of your gun (an ASAP QD (MAG529), directly to the buttstock or other various QD attachment on the rear of the weapon).

The Magpul MS4 Dual QD Shackle (female) section of the adapter allows you the option of connecting a QD Swivel (ambidextrously) to the adapter to create a single point sling.

Combine with the Magpul MS1 Sling (MAG513) and Magpul QD Sling Swivel (MAG540) or Magpul QDM Heavy Duty Sling Swivel (MAG543) to provide two to one-point convertibility.

The Magpul MS1 MS4 Adapter is made from Melonite and manganese-phosphate finished steel with custom snag-free and high durability 1-1/4? webbing.

Made in U.S.A.

Features of the MAGPUL MS1 MS4 Adapter:

• Combine with the MS1 Sling (MAG513) or MS1 Padded Sling (MAG545) and QD Sling Swivel (MAG540) or QDM Sling Swivel (MAG543) to provide fast transition between one-point and two-point configuration.
• Heavy-duty push-button QD Sling Swivel for one-point attachment
• Light weight yet durable hardware made with hardened Melonite and manganese phosphate finished steel.
• QD Sling Swivels and ambidextrous QD shackle allows easy convertability and provides weapon quick-release capabilities in an emergency.
• Custom 1.25-inch-wide nylon webbing material is strong and wear resistant while remaining anti-chafe for user comfort.
• Colored webbing is Near Infrared (NIR) resistant.

Sling Assembly Mounting for MAGPUL MS1 MS4 Adapter:

REAR -

• Works with receivers, end plates, and buttstocks that have a push-button QD socket for one-point attachment.

FRONT -

• Using optional QD Sling Swivel, compatible with the Magpul RSA® QD and Forward Sling Mounts, as well as most other push-button QD sockets for use in two-point mode.