How to Make a Reflex Self Bow: Step-by-Step Guide for Beginners

Crafting a reflex self bow is a journey that connects you with centuries of tradition and skill. Unlike modern compound bows, the reflex self bow is made from a single piece of wood and shaped to store energy efficiently. Its elegant curves, where the limbs bend away from the archer when unstrung, make it a favorite for both historical archers and modern enthusiasts seeking a deeper bond with their craft.

Building your own reflex self bow is more than just woodworking, it’s an exercise in patience, observation, and understanding natural materials. As someone who has shaped several bows by hand, I know every piece of wood is unique. This guide will walk you through the entire process, from wood selection to final tuning.

You’ll learn to avoid common pitfalls and discover subtle details that often separate a good bow from a great one.

Understanding The Reflex Self Bow

Before starting, it’s essential to know what sets a reflex self bow apart. A self bow is made from a single piece of wood, sometimes with minimal backing for support. The reflex shape means the limbs curve away from the archer when the bow is unstrung, giving the bow extra stored energy and speed compared to straight or deflex bows.

Benefits And Challenges

• Increased power: The reflex shape can deliver more arrow speed.
• Historical authenticity: Many ancient cultures used reflex bows for warfare and hunting.
• Skill required: Reflex bows are more demanding to make than straight-limbed bows; mistakes can cause the wood to break.

A reflex self bow combines beauty, efficiency, and a satisfying challenge for the dedicated craftsperson.

Choosing The Right Wood

Your bow’s performance depends heavily on your wood choice. Not all woods are suitable. The best species balance strength, flexibility, and resilience.

Top Wood Choices

• Osage orange: Highly prized for its strength and elasticity. The classic choice for North American self bows.
• Yew: Favored in Europe, especially for English longbows. Yew offers an ideal combination of compressive and tensile strength.
• Hickory: Tough and forgiving, good for beginners.
• Ash, elm, maple: Workable, but can be heavier or less resilient.

What To Look For

• Straight grain: Reduces chances of breaking under stress.
• Few knots: Knots are weak points.
• Proper seasoning: Wood should be seasoned (dried) for at least 6-12 months.

Example:

In my experience, a well-seasoned osage stave with straight grain has produced bows that last for years, even with frequent use.

Comparing Popular Bow Woods

Here’s a quick reference to compare some classic woods for self bows:

Gathering Tools And Materials

Building a reflex self bow does not require a full woodworking shop, but you do need some basic tools. Quality matters more than quantity.

Essential Tools

• Drawknife: For rough shaping
• Spokeshave: For finer shaping
• Rasp and files: For detail work
• Scraper: For smoothing the bow
• Measuring tape and pencil: For marking dimensions
• Tillering stick: For checking bend during shaping
• Bowstring material: Traditional (linen, sinew) or modern (Dacron)
• Clamps and heat gun or steam source: For creating the reflex shape

Extra Helpful Items

• Sandpaper (various grits)
• Wood glue or hide glue (for minor repairs, not for main construction)
• Protective gloves and eyewear

Warning: Always use tools with care and wear safety gear, especially when using blades and heat sources.

Preparing The Bow Stave

The stave is the long piece of wood that will become your bow. Proper preparation is key.

Selecting And Marking The Stave

• Length: For most adults, 66, 72 inches is standard.
• Width: 1.5, 2 inches at the handle, tapering toward the tips.
• Thickness: Start with 1.25, 1.5 inches; you’ll reduce this as you shape.

Mark a centerline along the back (the side facing the target). Check for straightness, any twists or warps can affect performance.

Removing The Bark

Carefully peel off the bark. On woods like hickory or osage, you want to leave the first growth ring intact, as this is the strongest layer.

Pro Tip: On yew, only remove the thin, outer bark, not the white sapwood underneath.

Shaping The Bow

Now you begin to reveal the bow within the wood. This part takes patience and attention.

Laying Out The Bow Design

Mark out the handle (about 6 inches in the center) and the limbs extending out from both sides. The limbs should taper gently from handle to tip.

Rough Shaping

Use the drawknife to remove wood from the belly (the side facing the archer). Take off small amounts, working slowly. The back should remain as untouched as possible.

• Keep both limbs even in thickness and width.
• Frequently check for symmetry and straightness.

Creating The Reflex Shape

To give the limbs their characteristic backward curve:

• Steam or heat the limbs: A heat gun or steam box works well.
• Clamp the limbs: Shape them over a form or between blocks to get the desired reflex.
• Let them cool and dry: This sets the shape. For most woods, hold the shape for at least 24 hours.

Pro Tip: Don’t try for extreme curves on your first bow. A mild reflex (2, 3 inches) is safer and still effective.

Tiller The Bow

Tillering is adjusting the limbs so they bend evenly when drawn.

• Cut shallow notches at each tip and tie on a temporary string (tiller string).
• Place the bow on a tillering stick and pull the string down, watching how the limbs bend.
• Remove wood from stiff spots, little by little, always checking the bend.

Example: If one limb bends more than the other, remove wood from the stiffer limb only.

This stage can take days. Rushing often leads to broken bows.

Final Shaping And Finishing

Once the bow bends smoothly and evenly, you’re almost done.

Smoothing And Sanding

Go over the entire bow with rasps and sandpaper, progressing to finer grits. Round the edges gently, but don’t thin the back.

Cutting String Nocks

File shallow grooves near the tips for the bowstring to rest in. Make them smooth to avoid cutting the string.

Applying A Finish

A finish protects the wood from moisture and adds beauty. Options include:

• Linseed oil: Traditional, easy to apply.
• Tung oil or shellac: Durable, gives a slight sheen.
• Wax: For a more natural feel.

Let finishes dry thoroughly before stringing the bow.

Attaching The Final Bowstring

Use strong, low-stretch material. Dacron is common today, but linen or sinew is traditional. The string should be about the same length as the bow, minus 3, 4 inches (for brace height).

Tie loops at each end and string the bow carefully, never forcing it.

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Tuning And Testing Your Reflex Self Bow

You’ve made a bow, but now it’s time to make it shoot well.

Setting Brace Height

The brace height is the distance from the handle to the string when strung. For reflex bows, 6, 7 inches is typical. Adjust string length to get this distance.

Shooting And Adjusting

Start with light draws and short arrows. Listen for creaks or pops, these are warnings. If the bow seems stiff or uneven, return to tillering.

Pro Tip: Shoot at least 50, 100 arrows before finalizing the finish, as wood can shift slightly with use.

Comparing Bow Performance

Here’s how a reflex self bow stacks up against other bow types:

Common Mistakes And How To Avoid Them

Mistakes are part of learning, but some are easily prevented with care.

Removing Too Much Wood

One of the most common errors is thinning the limbs too much, especially during tillering. It’s better to take off less and test often.

Ignoring Grain Run-out

If the wood grain runs off the back of the bow, it can break under strain. Always check the grain direction as you work.

Over-reflexing

Trying for an extreme reflex on your first bow often leads to twisted or broken limbs. Start with a mild curve.

Not Allowing The Wood To Rest

After steaming or bending, wood needs time to settle. Skipping this step can cause the limbs to lose their shape.

Credit: www.youtube.com

Advanced Tips For Crafting A Superior Reflex Self Bow

If you want to go beyond the basics, consider these advanced insights:

Heat-treating The Belly

Carefully heating the belly side of the limbs (with a heat gun) can make them stiffer and more efficient. Move the heat source slowly and evenly.

Applying A Rawhide Backing

For extra insurance against splitting, you can glue a thin strip of rawhide or sinew to the back of the bow. This is especially useful for woods with less tensile strength, like elm.

Using A String Follow Jig

A string follow jig keeps the bow’s set (the permanent bend after shooting) to a minimum. This can improve the bow’s lifespan and performance.

Example: On one of my hickory bows, using a string follow jig after heat-treating the belly resulted in a bow that kept its reflex shape for years with little maintenance.

Maintenance And Long-term Care

A reflex self bow is tough but needs regular attention.

• Store unstrung: Always unstring your bow when not in use.
• Avoid moisture: Store in a dry place. Humidity can cause warping.
• Inspect regularly: Look for cracks or splinters, especially after heavy use.
• Oil as needed: Reapply oil finish every few months to maintain flexibility.

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Safety Considerations

Bows are under a lot of tension. Always check for signs of damage before shooting.

• Never draw a bow past its safe draw length.
• Wear arm guards and eye protection, especially during early testing.
• Keep bystanders behind you when testing a new bow.

A broken bow can cause serious injury, respect the power you’ve built.

Sourcing Materials And Community Resources

Finding quality bow wood can be a challenge. Many suppliers ship bow staves worldwide, and local hardwood dealers may have suitable wood. Joining archery forums or local traditional archery clubs can connect you with experienced bowyers and sometimes access to seasoned staves.

For more on traditional bow-making, the Wikipedia page on bow and arrow is a rich resource for history and terminology.

Frequently Asked Questions

How Long Does It Take To Make A Reflex Self Bow?

For a first-time builder, making a reflex self bow usually takes between 20 and 40 hours spread over several weeks. This allows time for wood seasoning, steaming, and resting between steps. More experienced bowyers can finish in less time, but patience is key for quality.

Can I Use Bamboo Or Other Non-wood Materials For A Self Bow?

While some traditional bows, especially in Asia, use bamboo or even horn/sinew composites, a true self bow is made from a single piece of wood. Bamboo can be used for backing or in laminated bows, but for a classic reflex self bow, stick to solid hardwoods for best results.

What Is The Ideal Draw Weight For A Reflex Self Bow?

The ideal draw weight depends on the archer’s strength and purpose. For target shooting, 30, 40 pounds at 28 inches is common. For hunting, 45, 55 pounds or more is typical. Remember, a higher draw weight requires more skill and puts more stress on the bow.

Is A Reflex Self Bow Suitable For Beginners?

A reflex self bow is challenging but rewarding for beginners who enjoy hands-on projects and have patience. If you’re new to bow-making, you might start with a straight self bow before attempting a reflex design, as the shaping and tillering are more forgiving.

How Can I Repair A Crack In My Bow?

Small surface cracks can sometimes be stabilized with wood glue or hide glue, followed by gentle sanding and oiling. However, deep cracks or splits, especially along the back, can make the bow unsafe to use. In such cases, consult an experienced bowyer for advice, safety must come first.

Crafting a reflex self bow is both art and science. Each bow tells its own story, shaped by your hands and the character of the wood. With patience, careful observation, and the tips shared here, you can create a bow that’s not just a tool, but a reflection of your skill and dedication.

Happy crafting!