Timber Creek Outdoors GLPKF Greyman Lower Parts Kit AR Forest

(No reviews yet) Write a Review

Description

The Timber Creek Outdoors GLPKF Greyman Lower Parts Kit delivers essential AR-15 components in a tactical Forest Green finish. This complete parts kit provides everything needed to assemble a lower receiver while maintaining operational discretion through subdued coloring.

What Makes This Different

The Greyman series features a specialized Forest Green anodized finish that breaks up the weapon's outline in woodland environments. Unlike standard black components that create stark contrasts, this earth-tone coating provides visual disruption while maintaining the durability of Type III hard anodizing. The finish resists wear and corrosion better than Cerakote alternatives while offering superior scratch resistance.

Key Features

Complete lower parts kit with Forest Green anodized components
Includes trigger, hammer, disconnector, and all springs
Compatible with mil-spec AR-15 lower receivers
Enhanced trigger guard with tactical contours
Stainless steel pins resist corrosion and galling
Magazine release and bolt catch included
All components meet or exceed mil-spec tolerances

Field testing demonstrates reliable function across temperature ranges from -20°F to 140°F. The trigger assembly delivers consistent 6.5-7.5 pound pull weights with minimal creep. Components maintain zero tolerance fit after 5,000+ round count evaluations. The anodized finish shows minimal wear after extended use in brush and woodland conditions.

Technical Specs

Finish: Forest Green Type III Hard Anodized
Compatibility: Mil-spec AR-15 lower receivers
Trigger Pull Weight: 6.5-7.5 pounds
Material: 7075-T6 aluminum components
Pin Material: Stainless steel
Spring Material: Chrome silicon steel
Country of Origin: United States
Includes: Complete parts kit minus grip and stock

This parts kit eliminates the need to source individual components while ensuring color coordination across the lower assembly. The Forest Green finish provides tactical advantages in woodland environments without compromising component reliability or longevity.