Remington 887 Nitro Mag
Encyclopedia
The Remington Model 887 Nitro Mag is a U.S.
United States
The United States of America is a federal constitutional republic comprising fifty states and a federal district...

-made pump-action shotgun manufactured by Remington Arms Company, Inc.
Remington Arms
Remington Arms Company, Inc. was founded in 1816 by Eliphalet Remington in Ilion, New York, as E. Remington and Sons. It is the oldest company in the United States which still makes its original product, and is the oldest continuously operating manufacturer in North America. It is the only U.S....

 It is noted for using a polymer
Polymer
A polymer is a large molecule composed of repeating structural units. These subunits are typically connected by covalent chemical bonds...

 finish called ArmorLokt, which is designed to survive any type of weather condition and leaves no exterior surfaces to rust. This gives the 887 a "space age" look which is one of the gun's more defining features.

Design and Features

As the name suggests, the 887 Nitro Mag can chamber 3 ½″ magnum shells. In this way, it competes with the Mossberg 835 Ulti-Mag, which is designed specifically for firing 3 ½″ magnum shells. The look of the 887 is also frequently compared to that of the Benelli Nova
Benelli Nova
The Benelli Nova is a standard pump action shotgun, popular among hunters and defense enthusiasts. Its most innovative and distinguishing feature is a one-piece receiver and buttstock, made of steel-reinforced polymer.- Hunting :...

. The Remington 887's brochure confirms this by comparing itself to the Mossberg 835 and the Benelli Nova.

ArmorLokt Finish

The 887's most striking feature is the ArmorLokt finish. The entire receiver and barrel of the 887 is coated with a glass-filled nylon material which protects the steel
Steel
Steel is an alloy that consists mostly of iron and has a carbon content between 0.2% and 2.1% by weight, depending on the grade. Carbon is the most common alloying material for iron, but various other alloying elements are used, such as manganese, chromium, vanadium, and tungsten...

 interior of the gun. In this way, the steel provides the strength for the gun while the polymer protects the inner workings from the elements, including inclement weather and resulting corrosion
Corrosion
Corrosion is the disintegration of an engineered material into its constituent atoms due to chemical reactions with its surroundings. In the most common use of the word, this means electrochemical oxidation of metals in reaction with an oxidant such as oxygen...

. Manufacturers have come up with several ways to help protect a gun's metal surface, but overmolding the gun with a polymer is a unique concept.

Remington claims that the ArmorLokt finish is impenetrable, and has several tests to help back up this claim. Company engineers subjected the 887 to salt-corrosion and submersion tests and checked for leaks and separation in the polymer, and none were found. A second test was conducted, where over 10,000 rounds were discharged through a single 887 barrel, and the barrel's coating showed no signs of separation. Smaller tests have been conducted by reviewers which somewhat verify these results.

Several key parts of the weapon are not treated with the ArmorLokt process. Noted on several sites are issues with
bly having rust directly from the factory.

The surface of the barrel, receiver, and synthetic fore-end has a tire-tread pattern to make a non-slip surface. It also gives the gun a unique look, which is often criticized.

Remington 870

The core design, specifically, the action, the receiver, and the barrel, is based upon that of the famous Remington 870
Remington 870
The Remington Model 870 is a U.S.-made pump-action shotgun manufactured by Remington Arms Company, Inc. It is widely used by the public for sport shooting, hunting, and self-defense. It is also commonly used by law enforcement and military organizations worldwide.-Development:The Remington 870 was...

. These make up the steel "core" of the 887. However, besides this, the 887 actually differs fairly significantly from the 870, and is not designed to replace the 870.

The 887 offers several improvements over the 870's design, usually in the name of user-friendliness. The slide release, for example, is a large, triangular button located on the top half of the trigger guard's face which is easy to use, even with gloves on or with numb hands. This is in contrast to the 870, where the slide release was located to the left of a trigger guard and was a small metal tab.

The 887 is also much easier to strip down and clean than the 870. Stripping down the 887 does not require any tools, unlike the 870, and stripping down the 887 is much quicker; it only takes two minutes to field strip an 887 and reassemble it.

Variations

Remington is initially marketing two versions of the 887, the 887 Nitro Mag and the 887 Nitro Mag Waterfowl.

The 887 Nitro Mag Waterfowl is very similar to the base version, with the main difference being the finish. The waterfowl version includes a finish covered in Realtree Advantage Max-4 HD camo, which makes it ideal for hunting, as per its namesake. The 887 Waterfowl is also slightly heavier than the 887.

See also

  • Remington Model 10
    Remington Model 10
    The Remington Model 10 is a pump-action shotgunwith an internal hammer and tube magazine. It was offered in 12 gauge with barrel lengths from 20 to 32 inches .-Military use:...

  • Remington 870
    Remington 870
    The Remington Model 870 is a U.S.-made pump-action shotgun manufactured by Remington Arms Company, Inc. It is widely used by the public for sport shooting, hunting, and self-defense. It is also commonly used by law enforcement and military organizations worldwide.-Development:The Remington 870 was...

  • Mossberg 835 Ulti-Mag
  • Benelli Nova
    Benelli Nova
    The Benelli Nova is a standard pump action shotgun, popular among hunters and defense enthusiasts. Its most innovative and distinguishing feature is a one-piece receiver and buttstock, made of steel-reinforced polymer.- Hunting :...

The source of this article is wikipedia, the free encyclopedia.  The text of this article is licensed under the GFDL.
 
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