The Timber Creek QDEPR Quick Detach End Plate transforms standard AR-15 buffer tube configurations with integrated QD sling attachment points. This red anodized aluminum component eliminates the need for separate sling mounts while maintaining the structural integrity of the buffer tube assembly.
What Makes This Different
Unlike basic end plates that require additional hardware for sling attachment, this QD-equipped version incorporates ambidextrous quick-detach sockets directly into the aluminum body. The precision-machined sockets accept standard push-button QD swivels without modification to existing buffer tube threads. Red anodized finish provides corrosion resistance while adding visual distinction to custom builds.
Key Features
- Ambidextrous QD sockets accommodate left and right-handed shooters
- Red Type III hard anodized 6061-T6 aluminum construction
- Standard mil-spec buffer tube threading compatibility
- Integrated castle nut retention design
- Compatible with standard AR-15/M4 buffer tube assemblies
- Push-button QD swivel compatibility for rapid sling changes
- Maintains proper buffer tube torque specifications
Field applications benefit from the secure sling attachment points that won't interfere with charging handle operation or ejection port function. The ambidextrous design accommodates both traditional and unconventional shooting positions without requiring specific orientation during installation. QD swivels engage with positive retention while allowing 360-degree rotation under load.
Technical Specs
- Material: 6061-T6 aluminum with Type III hard anodizing
- Finish: Red anodized
- Threading: Standard mil-spec buffer tube threads
- QD socket diameter: Standard .500 inch
- Weight: Approximately 1.2 ounces
- Compatibility: AR-15, M4, and similar platform buffer tubes
- Country of origin: United States
This end plate delivers reliable sling attachment without compromising buffer system function or requiring additional rail space. The machined aluminum construction and hard anodized finish ensure long-term durability in demanding environments.