UTG PRO AR15 6-Position Receiver Extension Tube by Leapers

UTG PRO AR15 6-Position Receiver Extension Tube by Leapers

The UTG PRO AR15 6-Position Receiver Extension Tube by Leapers is designed for compatible AR15 platforms, providing a durable receiver extension with six adjustable stock positions for versatile setup and adjustment.

Key Features & Benefits:

Designed and Made in the USA
Proudly designed and manufactured in the United States.

6-Position Mil-Spec Design
Features six stock positions and a mil-spec diameter compatible with carbine buffers and springs.

CNC-Machined 6061-T6 Aluminum
Precision-machined from durable 6061-T6 aluminum with precisely rolled threads for reliable engagement with the lower receiver.

Tight-Tolerance Construction
Built to provide a secure fit and reliable function with various collapsible mil-spec stocks.

Matte Black Hard Coat Finish
Features a Type III Class II hard coat anodized matte black finish for added durability and corrosion resistance.

Specifications:

• Buffer Type: AR15 with 9mm Buffer, AR15 with AR15 Carbine Buffer, AR308 with AR308 2.5" Short Buffer
• Buffer Weight: Standard Carbine (3.0 oz.)
• Color: Black
• Compatible With: AR15 with Carbine Buffer / AR308 with 2.5" Buffer
• Material Surface Finish: Anodized
• Material: 6061-T6 Aluminum
• Stock Positions: 6-Position
• Weight: 3.7 oz.

Warranty & Support:

Leapers, Inc. warrants that all their products conform to published specifications and are free from defects in material and workmanship. Leapers, Inc. will repair or replace, at their discretion, a defective product for the duration of the product’s lifespan. In the event of a product being discontinued, credit for the product’s MSRP may be offered.

Why Choose the UTG PRO AR15 6-Position Receiver Extension Tube by Leapers?

The UTG PRO AR15 6-Position Receiver Extension Tube by Leapers provides a versatile six-position adjustment system and durable construction for compatible AR15 configurations, making it a practical choice for customizing stock positioning.