Bushmaster Gas Piston 90294 vs Christensen Arms TFM 801-05001-00

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Rifles Bushmaster Gas Piston 90294 Christensen Arms TFM 801-05001-00
Summary
Rating
Firearms Review Rating Not Rated
Firearms Review Rating Not Rated
Rank
#23182
#80363
Action Semi-Automatic
Caliber .223 Remington .338 Lapua Magnum
Weight 40 oz
Capacity 17+1
Barrel Length 26"
Finish Black
Details
Brand Bushmaster Christensen Arms
Reviews See 2 Reviews N/A
Prices
MSRP $1,081.50 $3,076.50
Used Price $757.05 $2,153.55
Sale Price $973.35 $2,768.85

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

Christensen Arms TFM 801-05001-00

A sub-half MOA guarantee, on a modern precision tactical rifle with heavy-hitting potential that weighs less than 8-lbs., with a target-contour barrel in a length that wrings the velocity potential out of the cartridge, with a fully-adjustable trigger, and sitting in a bedded stock. There isn't much about Christensen Arms' TFM series that could use improvement or modification. A review of the standard features reads like the wish list of a dedicated precision marksman, whether the rifle is intended for professional or recreational use. In a market that is increasingly filled with actions mounted in aluminum chassis, Christensen Arms continues to focus on what they do so well: integrate carbon fiber into stocks and barrels, with the sole goal of improving performance while reducing weight associated with the use of traditional materials.