Faber ordnance Vanguard

Faber Ordnance: Vanguard

​Each batch is meticulously processed to meet the rigorous demands of competitive benchrest shooting, refining high-performance foundations through a proprietary workflow to ensure absolute consistency at the target.

The Faber Ordnance Standard:

DEPENDING ON THE SERVICE LEVEL YOU PURCHASE.

• Includes a weight tolerance verified to +-0.001g.
• Precision-gauged sizing for optimal rifling engagement.
• Hand-cleaning to remove all debris.
• Our signature specialized friction-reduction coating.

This coating optimizes your barrel’s internal surface with continued use, providing a smoother passage, increased velocity stability, and a cleaner bore.

Please note that every rifle barrel has a unique harmonic profile this is the nature of rifles;

As a guide, we suggest using a chronograph to test these sizes; typically, the size that yields the highest and most stable FPS will indicate the best friction-to-seal ratio for your specific setup.

because even slight variations in head size—4.50mm, 4.51mm, 4.52mm, or 4.53mm—can significantly impact accuracy, we strongly recommend that if you are uncertain of your barrel's optimal requirement, you order a Faber Ordnance Test Batch to find the precise size your rifle favors before committing to larger quantities.

When you move to Vanguard or Sentinel, you are no longer shooting off-the-shelf ammunition—you are shooting refined, flight-ready ordnance designed for the discerning shooter who demands predictable, repeatable performance.

​The Seal: If the head size is too small, you lose air pressure past the pellet (blow-by), which drops your velocity and creates inconsistency.

​The Friction: If the head size is too large, the pellet faces increased resistance as it engages with the rifling, which can also drop velocity and create heat or erratic pressure spikes.

​The Sweet Spot: The head size that produces the highest, most stable FPS indicates that the pellet is achieving an optimal seal against the barrel walls without suffering from excessive frictional drag.