Remington Nylon 66: A Comprehensive Guide

Remington Nylon 66 emerged in the 1950s, pioneering a new era of firearms utilizing DuPont’s innovative materials, as detailed in factory service manuals.

The Remington Nylon 66, introduced in the early 1950s, represents a pivotal moment in firearm history. Born from a collaboration between Remington Arms and DuPont, it was the first mass-produced rifle to utilize a polymer – specifically, DuPont’s revolutionary Nylon 66 – for its receiver. This innovation drastically reduced weight compared to traditional wood and steel firearms.

Factory service manuals, readily available online as PDF documents, demonstrate the rifle’s unique design and operation. The Nylon 66 quickly gained popularity as a lightweight, accurate, and affordable .22 caliber autoloading rifle. Its introduction signaled a shift towards modern materials in firearm manufacturing, influencing subsequent designs and establishing a legacy that continues to resonate with collectors today. The rifle’s story is intertwined with post-war material science advancements.

The Revolutionary Nylon 66 Design

The Remington Nylon 66’s core innovation lay in its receiver, molded from DuPont’s Nylon 66 polymer. This marked a departure from traditional steel or wood construction, resulting in a significantly lighter firearm without sacrificing structural integrity. The rifle employed a sliding block mechanism, comprised of seven key parts, including a crucial breech ring.

Detailed schematics within the factory service manual illustrate the ingenious simplicity of this design. The use of Nylon 66 allowed for streamlined manufacturing and reduced production costs. This revolutionary approach not only lowered the rifle’s weight but also offered inherent corrosion resistance, making it a durable and practical choice for various shooting applications. It was a bold step towards polymer-based firearms.

Remington and DuPont Collaboration

The Remington Nylon 66 was a direct result of a synergistic partnership between Remington Arms and DuPont, leveraging DuPont’s expertise in industrial chemistry. In the early 1950s, Remington sought to innovate beyond traditional firearm materials. DuPont, a pioneer in polymer science, offered the solution: Nylon 66, a strong, lightweight, and corrosion-resistant material.

This collaboration wasn’t merely material supply; it involved joint development and testing. The factory service manual reflects this integrated approach, detailing the specific properties of the Nylon 66 composite used. Remington utilized DuPont’s knowledge to optimize the material for firearm applications, resulting in a revolutionary design. This partnership demonstrated the potential of polymer technology in the firearms industry.

Understanding the Remington Nylon 66 Mechanism

The Remington Nylon 66 features a unique sliding block mechanism comprised of seven key parts, including the crucial breech ring, as outlined in manuals.

The Sliding Block Mechanism ⎻ Key Components

The Remington Nylon 66’s operation hinges on its innovative sliding block mechanism, a departure from traditional designs. Factory service manuals detail this system’s seven primary components working in concert. The breech ring is central, securely housing the cartridge during firing; Other vital parts include the bolt, slide, firing pin, extractor, ejector, and various springs ensuring smooth cycling.

This mechanism’s simplicity contributes to the rifle’s reliability. The sliding action efficiently chambers rounds and expels spent casings. Manuals emphasize proper function relies on precise alignment and interaction of these components. Understanding each part’s role is crucial for maintenance and troubleshooting, ensuring continued performance of this unique firearm.

Breech Ring Functionality

The breech ring within the Remington Nylon 66’s sliding block mechanism is a critical component, responsible for securely containing the cartridge during the firing sequence. As outlined in the factory service manual, it’s a robustly constructed element designed to withstand the pressures generated by the .22 caliber rounds.

Its primary function is to lock the breech closed, preventing gas leakage and ensuring a safe and efficient firing process. The ring’s design facilitates smooth cartridge loading and extraction. Proper maintenance, detailed in the manual, involves ensuring its clean and free movement within the receiver. Any damage or wear to the breech ring can compromise the firearm’s safety and accuracy.

Detailed Parts Breakdown (7 Main Parts)

The Remington Nylon 66’s sliding block mechanism comprises seven key parts, as detailed in the factory service manual. These include the breech ring, crucial for containing the cartridge, and the sliding block itself, responsible for chambering and extracting rounds. Further components are the firing pin, ensuring ignition, the hammer, delivering the striking force, and the sear, holding the hammer in place.

Additionally, the manual identifies the receiver, housing the mechanism, and the trigger, initiating the firing sequence. Understanding the function of each part, and following the manual’s disassembly/reassembly instructions, is vital for proper maintenance and safe operation of this unique firearm.

Materials Science: Polyamide 66 & Aramid Composites

The Remington Nylon 66 represents a landmark achievement in materials science, utilizing a composite of polyamide 66 (nylon) and 8% aramid fiber (Kevlar). This innovative blend offered a unique combination of strength, lightweight properties, and resistance to temperature fluctuations. The manual details the material’s operational temperature range, spanning from -40 to 140 degrees Celsius, showcasing its durability.

Compared to traditional firearm materials like steel and wood, the nylon composite provided corrosion resistance and reduced weight. This pioneering use of polymers in firearms construction marked a significant departure from conventional methods, influencing future firearm designs and material choices.

Temperature Range & Durability

The Remington Nylon 66’s composite construction, detailed within the factory service manual, exhibits a remarkable operational temperature range. It reliably functions between -40 and 140 degrees Celsius, demonstrating resilience in diverse environmental conditions. This broad range surpasses many traditional firearm materials, which can become brittle in cold or warp under extreme heat.

Durability is further enhanced by the nylon 66 and aramid fiber blend. The manual doesn’t explicitly detail long-term degradation, but the composite resists corrosion and impact damage better than steel. This inherent resistance contributes to the rifle’s longevity, making it a robust and dependable firearm despite its non-metallic construction.

Comparison to Traditional Firearm Materials

Compared to steel and wood, the Remington Nylon 66, as outlined in its service manual, presents a distinct profile. Steel, while strong, is susceptible to corrosion and requires protective finishes. Wood is vulnerable to moisture, warping, and impact damage. The Nylon 66’s composite construction inherently resists these issues.

Traditional materials also add significant weight; the Nylon 66 is remarkably lightweight. While steel offers superior tensile strength, the composite’s balance of durability and reduced weight was revolutionary. The manual highlights this as a key design advantage. Furthermore, the Nylon 66’s non-metallic nature offers a degree of radar invisibility, a consideration during its development.

Operation and Maintenance

Proper handling, detailed in the Remington Nylon 66 manual, ensures reliable function. Regular cleaning, careful loading/unloading, and disassembly instructions are crucial for longevity.

Loading and Unloading Procedures

Safe operation of the Remington Nylon 66 begins with understanding its loading process. Ensure the action is fully closed before inserting cartridges into the magazine. Gently push the cartridges until they latch securely. To chamber a round, fully retract and release the sliding block.

Unloading requires similar caution. First, ensure the firearm is pointed in a safe direction. Retract the sliding block to eject the chambered round. Remove the magazine and visually inspect it to confirm it’s empty. Always double-check the chamber to guarantee no rounds remain. Following these procedures, as outlined in the factory manual, minimizes risk and ensures responsible firearm handling. Remember to always adhere to all firearm safety rules.

Disassembly and Reassembly Instructions

The Remington Nylon 66, while relatively simple, requires careful disassembly and reassembly. The factory service manual details a seven-part sliding block mechanism. Begin by ensuring the firearm is unloaded. Disassembly typically involves removing the trigger group and then carefully separating the sliding block components – breech ring, and associated parts.

Reassembly is essentially the reverse process, demanding precise alignment of each component. Pay close attention to spring placement and ensure all parts function smoothly. A slight resistance indicates improper alignment. Refer to the manual’s diagrams for correct orientation. Improper reassembly can lead to malfunctions, so patience and attention to detail are crucial for safe and reliable operation.

Cleaning and Lubrication Guidelines

Maintaining the Remington Nylon 66 involves regular cleaning to remove powder residue and prevent corrosion. The factory manual recommends a mild solvent and a soft brush for cleaning the action and barrel. Avoid harsh chemicals that could damage the nylon or composite materials.

Lubrication is essential, but use sparingly. A light oil applied to the sliding surfaces of the bolt and trigger group is sufficient. Over-lubrication can attract dirt and grime, hindering function. After cleaning and lubrication, cycle the action several times to distribute the oil evenly. Regular maintenance, as outlined in the manual, ensures reliable performance and extends the firearm’s lifespan.

Accessories and Parts

Original Remington accessories, like the Model 700 BDL sights, were available, while replacement parts—including magazines (F106400 for .243, 6mm, 7mm-08, .308)—remain obtainable.

Remington Model 700 BDL Sights

Remington Arms initially manufactured sights specifically for the Model 700 BDL rifle, a popular choice among shooters seeking enhanced accuracy and precision. While the Nylon 66 itself didn’t directly utilize these sights—being a different platform—the availability of these components demonstrates Remington’s broader commitment to providing a complete shooting experience.

The BDL sights were known for their quality construction and adjustable features, allowing users to fine-tune their aim for various shooting scenarios. Information regarding these sights is often found alongside details about the Nylon 66 in historical catalogs and service manuals, highlighting the interconnectedness of Remington’s product lines during that era. Collectors often seek original BDL sights to complement their Remington firearms, adding to their historical value.

Magazine Compatibility (Remington Model 700 Calibers)

While the Remington Nylon 66 is a .22 caliber rifle, understanding magazine compatibility for the Model 700 platform is relevant due to Remington’s broader product ecosystem. The Model 700 utilizes various magazines depending on the caliber. Specifically, the F106400 magazine is designed for short actions chambered in 6mm, .243, 7mm-08, and .308, holding four rounds.

These magazines are readily available, with pricing varying based on vendor and condition, ranging from approximately $6,260.00 to $9,290.00. It’s crucial to note that Nylon 66 magazines are not interchangeable with Model 700 magazines. This information is often included in broader Remington catalogs alongside details about various firearm models and accessories, providing a comprehensive overview of available parts.

6mm, .243, 7mm-08, .308 Magazine Details (F106400)

The Remington Model 700 F106400 magazine is a critical component for short-action rifles chambered in 6mm, .243, 7mm-08, and .308 Winchester. This magazine boasts a four-round capacity, constructed for reliable feeding and durability. Its part number, 00-00011117, aids in accurate identification and ordering of replacements.

Pricing for this magazine fluctuates, currently listed between $5,850.00 and $9,290.00, reflecting market demand and availability. While primarily associated with the Model 700, understanding its specifications is valuable when navigating Remington’s broader catalog of firearm parts and accessories. It’s essential to verify compatibility before purchase, ensuring proper function within the designated caliber.

Replacement Parts Availability

Securing replacement parts for the Remington Nylon 66 can present challenges due to its age and discontinued production. However, a network of collectors, gunsmiths, and online auction sites often offer original and reproduction components. Key parts, including the sliding block mechanism components – breech ring and others – are occasionally found.

Availability varies significantly; some parts are readily accessible, while others require patience and diligent searching. Websites specializing in vintage firearms and Remington parts are valuable resources. Be prepared for potential price fluctuations based on rarity and condition. Careful inspection of parts is crucial to ensure proper fit and function, maintaining the firearm’s operational integrity.

Troubleshooting Common Issues

Addressing malfunctions in the Remington Nylon 66 often involves resolving feeding or ejection problems, requiring careful inspection and cleaning as outlined in manuals.

Feeding Problems

Remington Nylon 66 feeding issues frequently stem from ammunition inconsistencies or debris within the action. The factory service manual emphasizes meticulous cleaning of the chamber, bolt face, and magazine feed lips. Ensure cartridges are within specification and free from damage.

Inspect the magazine for proper spring tension and follower movement; a weak spring can cause unreliable feeding. Verify the cartridge is presenting correctly to the chamber during manual cycling.

If problems persist, carefully examine the sliding block mechanism for any obstructions or binding. Lubrication, as detailed in the manual, is crucial for smooth operation. Avoid excessive lubrication, as it can attract dirt and exacerbate feeding issues.

Ejection Issues

Remington Nylon 66 ejection failures often relate to a weakened or damaged ejector spring, or buildup of residue around the ejector itself. The factory service manual recommends regular inspection and cleaning of this critical component. Insufficient spring pressure results in limp or no ejection, potentially causing a jam.

Verify the ejector moves freely and positively engages the cartridge rim. Examine the ejector claw for wear or deformation. Ensure the cartridge case isn’t binding against the bolt or chamber walls during ejection.

Proper lubrication, as outlined in the manual, aids smooth ejector function. Avoid over-lubrication, which can attract debris. If issues continue, replacement of the ejector spring is often necessary to restore reliable operation.

Safety Considerations

Remington Nylon 66, like all firearms, demands strict adherence to safety protocols. The manual emphasizes treating every firearm as if it’s loaded. Always point the muzzle in a safe direction, and never place a finger on the trigger until ready to shoot.

Thoroughly understand the rifle’s operation before handling. Familiarize yourself with the safety mechanism and ensure it functions correctly. Never disassemble the rifle while ammunition is present.

Always use only the correct ammunition – .22 Short, Long, or Long Rifle – as specified in the manual. Improper ammunition can cause damage and potential injury. Store the rifle unloaded and secured, inaccessible to unauthorized individuals.

Remington Nylon 66 Today

Remington Nylon 66 rifles are now collector’s items, with market value influenced by condition and rarity, documented in surviving manuals and catalogs.

Collector’s Value and Market Trends

The Remington Nylon 66’s value has steadily increased among collectors, driven by its historical significance as the first successful polymer-framed rifle. Original factory service manuals and catalogs significantly boost a rifle’s worth, often adding a premium to the sale price. Condition is paramount; excellent examples command higher figures. Market trends indicate a growing demand, particularly for rifles with original boxes and paperwork. Prices vary based on caliber, barrel length, and any included accessories. Recent auction results demonstrate a range from several hundred to over a thousand dollars for pristine models. The availability of detailed manuals aids in verifying authenticity and assessing condition, further influencing collector interest and market value.

Legacy and Influence on Firearm Design

The Remington Nylon 66 fundamentally altered firearm design, proving the viability of polymer materials. Before its introduction in the 1950s, firearms relied almost exclusively on wood and steel. The rifle’s success, documented in its factory service manual, spurred innovation, paving the way for modern polymer-framed firearms. Its lightweight construction and resistance to corrosion set a new standard. The Nylon 66 demonstrated that durable, accurate, and affordable firearms could be manufactured using non-traditional materials. This legacy continues today, influencing countless firearm designs and manufacturing processes. The manual itself serves as a historical document, showcasing a pivotal moment in firearm evolution.