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Pillar Bedding a Rifle: A Comprehensive Guide to Accuracy & Stability

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As a long-time shooter, hunter, and outdoor enthusiast, I’ve spent years chasing accuracy in my rifles. One of the most impactful upgrades I’ve made – and one I recommend to anyone serious about precision – is pillar bedding a rifle. It’s a process that often gets overlooked, but it can dramatically improve a rifle’s consistency and, ultimately, its ability to put rounds where you need them. This guide will cover everything from what is pillar bedding, to the benefits, materials, and even a look at rifle pillar bedding options like Boyds pillar bedding and aluminum pillar bedding. We’ll also touch on glass bedding a rifle and how it compares.

What is Pillar Bedding and Why Do It?

Simply put, pillar bedding involves creating solid supports – the “pillars” – within the rifle stock that directly contact the action. Traditionally, these pillars are made from epoxy-impregnated fiberglass or aluminum. The goal isn’t necessarily to rigidly fix the action in place (though it does contribute to that), but rather to provide a stable, consistent platform that minimizes stress and distortion. Think of it like building a house – a solid foundation is crucial. Without it, the structure above is prone to shifting and settling.

Why is this important? Factory rifle stocks, even those made from high-quality materials, can flex and warp under the stresses of firing. This flexing changes the action’s position within the stock, leading to inconsistent point of impact. Pillar bedding a rifle eliminates much of this movement, resulting in tighter groups and improved repeatability. It’s especially beneficial for rifles used in demanding conditions, like hunting in extreme temperatures or precision shooting competitions.

Benefits of Pillar Bedding

Pillar Bedding vs. Glass Bedding: What’s the Difference?

Often, the terms pillar bedding and glass bedding a rifle are used interchangeably, but they aren’t the same thing. Glass bedding is a more comprehensive process that involves filling the entire action bedding area with epoxy and fiberglass. It creates a full-length impression of the action, essentially encapsulating it in a rigid shell. Pillar bedding, on the other hand, focuses specifically on the pillars themselves, leaving some space around the action for controlled flex.

Which is better? It depends on your goals. Glass bedding offers maximum rigidity and is often preferred for extreme precision applications. However, it can also transmit more recoil to the shooter and potentially induce stress cracks in the stock. Pillar bedding provides a good balance between stability and controlled flex, making it a versatile option for most hunting and shooting scenarios. According to REI Expert Advice, pillar bedding is a great starting point for improving accuracy without the potential downsides of full glass bedding.

Materials for Rifle Pillar Bedding

Choosing the right material for your rifle pillar bedding is crucial. Here are the most common options:

Popular Pillar Bedding Products

Step-by-Step Guide to Pillar Bedding a Rifle

This is a general overview. Always consult the specific instructions for the bedding compound and pillars you are using. Safety first – wear appropriate personal protective equipment (PPE) like gloves and a respirator when working with epoxy.

  1. Preparation: Disassemble the rifle and thoroughly clean the action and stock bedding area. Remove any factory bedding material.
  2. Pillar Installation: Position the pillars in the stock, ensuring they are aligned with the action screw holes. Use a bedding epoxy to secure them in place. Use pillar timers or careful measurement to ensure consistent height.
  3. Action Fitting: Apply release agent to the action (where it will contact the bedding compound). Carefully place the action into the stock.
  4. Bedding Compound Mixing: Mix the rifle bedding epoxy according to the manufacturer’s instructions.
  5. Bedding Application: Carefully fill the voids around the action with the bedding compound. Avoid getting epoxy on any moving parts.
  6. Curing: Allow the epoxy to cure completely according to the manufacturer’s instructions (typically 24-72 hours).
  7. Cleanup: Remove the action and carefully clean up any excess epoxy.
  8. Reassembly: Reassemble the rifle and test its function.

Specific Considerations for the Remington 700

The Remington 700 is one of the most popular rifles for glass bedding remington 700 and pillar bedding due to its widespread use and aftermarket support. However, the 700’s receiver can be prone to warping, so proper bedding is especially important. Pay close attention to ensuring full contact between the pillars and the receiver. Many aftermarket stocks designed for the 700 already have pillar bedding provisions.

Troubleshooting Common Pillar Bedding Issues

Leave No Trace and Responsible Gun Ownership

As outdoor enthusiasts, we have a responsibility to practice responsible gun ownership and minimize our impact on the environment. Properly disposing of used epoxy and fiberglass materials is crucial. Follow the guidelines outlined by Leave No Trace principles when working outdoors. Always be aware of your surroundings and follow all applicable hunting regulations and safety guidelines. The National Park Service and USDA Forest Service websites offer valuable information on responsible outdoor recreation.

Final Thoughts on Pillar Bedding

Pillar bedding a rifle is a worthwhile investment for anyone seeking to improve their rifle’s accuracy and consistency. While it requires some skill and attention to detail, the benefits are well worth the effort. Whether you’re a seasoned hunter, a competitive shooter, or simply someone who appreciates a well-tuned firearm, pillar bedding can help you unlock your rifle’s full potential. Remember to research thoroughly, choose the right materials, and take your time – the results will speak for themselves.