Bushmaster Gas Piston 90294 vs Volquartsen I-Fluted VC7LRT
Put rifles head to head to compare caliber and more.
$1110.50
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vs |
$1048.50
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Rifles | Bushmaster Gas Piston 90294 | Volquartsen I-Fluted VC7LRT |
---|---|---|
Summary | ||
Rating | ||
Rank | ||
Action | Semi-Automatic | Semi-Automatic |
Caliber | .223 Remington | .17 HMR |
Capacity | 9 | |
Barrel Length | 21.25" | |
Finish | Laminate | |
Sights | None (Optics Ready) | |
Gun Type | Semi-Automatic | |
Details | ||
Brand | Bushmaster | Volquartsen Firearms |
Reviews | See 2 Reviews | See 1 Review |
Prices | ||
MSRP | $1,081.50 | $1,074.50 |
Used Price | $757.05 | $752.15 |
Sale Price | $973.35 | $967.05 |
Rifles Descriptions
Bushmaster Gas Piston 90294
The Bushmaster Gas Piston System Rifles bring new levels of reliability to the “AR” type rifle platform by eliminating carbon build up, gas leaks and heat within the Upper Receiver. The Gas Piston System operates by tapping gas pressure off the barrel much like the systems found on AK-47s and FALs * Functions with a wider range of ammunition - less gas pressure - lower cyclic rate * Offers improved reliability and control - with cleaner operation and reduced recoil * Keeps carbon build up and powder residue from reaching - and fouling the Upper Receiver and Bolt Carrier * A Detented Plug in the Gas Block allows easy cleaning of the Systems’ Hard Chrome Plated Piston
Volquartsen I-Fluted VC7LRT
I-Fluting is the next generation fluting patterns available from Volquartsen. I-Flute design reduces even more weight and creates more surface area than any of other fluting designs. The I-Fluted barrel is a 21.5" stainless steel barrel (overall length with optional forward comp). I-Fluting reduces nearly 12 oz from a .925" diameter bull barrel. Receiver Stainless steel CNC machined receiver with threaded in barrel. Action Blow-back action. Trigger TG2000 trigger group features a trigger pull of approx 2 lbs. Bolt CNC Machined bolt features a round titanium firing pin and heavy duty extractor. Mounts Weaver style mount machined integral to receiver.