The Remington 700 is a legendary bolt-action rifle, renowned for its accuracy and reliability. Understanding its trigger mechanism is crucial for both safe operation and performance tuning. This guide provides a detailed Remington 700 trigger diagram and explanation, covering various trigger types and common modifications. We'll explore the components, their functions, and potential issues, helping you maintain and improve your rifle's trigger pull.
Understanding the Remington 700 Trigger System
The Remington 700 trigger is a relatively straightforward design, but its components interact in a precise manner to control the firing sequence. A malfunction in any part can significantly impact accuracy and safety. This section will dissect the trigger assembly's key parts and their roles.
Key Components of the Remington 700 Trigger
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Trigger Shoe: This is the part you actually pull to fire the rifle. It's typically made of metal or polymer and is often the point of customization for trigger jobs.
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Trigger Bar: This acts as a lever, transferring the force from the trigger shoe to the sear. It's crucial for proper trigger pull weight and feel.
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Sear: This is a critical safety component. It engages with the firing pin to prevent accidental discharge until the trigger is pulled fully.
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Sear Spring: This spring keeps the sear engaged with the firing pin. Its tension is directly related to the trigger's pull weight.
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Hammer: This strikes the firing pin, igniting the primer in the cartridge. Its interaction with the sear is carefully controlled by the trigger mechanism.
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Firing Pin: This component delivers the blow to the cartridge primer, initiating the firing process.
Variations in Remington 700 Triggers
Remington has produced the 700 with several trigger variations over the years. These differ slightly in design and feel. Understanding the specific trigger type in your rifle is important for accurate diagrams and appropriate modifications.
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Standard Factory Trigger: This is the most common trigger found on Remington 700 rifles. It's known for its relatively heavy and often gritty pull.
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X-Mark Pro Trigger: This is an upgrade from the standard trigger, offering a smoother, lighter, and more adjustable pull. This trigger features improved safety mechanisms.
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Aftermarket Triggers: Many aftermarket triggers are available for the Remington 700, offering a wide range of pull weights and adjustments. These often offer significant improvements in trigger feel and break.
Remington 700 Trigger Diagram (Standard Trigger)
While precise diagrams require specific model years, a general representation of the standard trigger mechanism helps illustrate the key components:
(Insert a clearly labeled diagram here. This should show the trigger shoe, trigger bar, sear, sear spring, hammer, and firing pin, with arrows indicating the transfer of force during trigger pull.)
Common Remington 700 Trigger Problems
Several issues can arise with the Remington 700 trigger, impacting both performance and safety. Here are a few common problems:
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Heavy Trigger Pull: A heavy trigger pull can negatively affect accuracy and speed. This is often the result of a worn or stiff sear spring.
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Creep: This is a noticeable movement or "give" before the trigger breaks cleanly. This can lead to inconsistent shots.
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Overtravel: Excessive movement after the trigger breaks can be unsettling and lead to accuracy issues.
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Trigger Drag: This is a friction-based resistance during trigger pull, often related to trigger pin lubrication.
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Safety Issues: Any malfunction that might lead to an accidental discharge necessitates professional intervention.
Note: Always prioritize safety when working on your firearm's trigger. If you're not comfortable working on it yourself, seek assistance from a qualified gunsmith.
Modifying and Tuning the Remington 700 Trigger
Modifying the Remington 700 trigger can significantly improve performance. However, this should only be undertaken by individuals with the necessary skills and tools. Improper modifications can render the trigger unsafe.
Common Modifications
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Reducing Trigger Pull Weight: This often involves adjusting the sear spring tension.
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Eliminating Creep: Techniques include polishing and smoothing the surfaces of interacting parts, such as the sear and trigger bar.
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Reducing Overtravel: This usually involves adjusting the trigger stop.
(Include a warning here about the dangers of improper modifications and the importance of professional assistance.)
Conclusion: Safe Handling and Maintenance
The Remington 700 trigger, while relatively simple, demands respect and careful handling. Understanding its components and their functions is essential for both safe operation and optimal shooting performance. Whether you're troubleshooting existing problems or undertaking modifications, always prioritize safety and, when in doubt, consult a professional gunsmith. Regular cleaning and lubrication of the trigger assembly will also contribute to its longevity and smooth operation. Remember to always follow all firearm safety rules.