How to make an axe? – Houston Axe Mag

Axes have been among humanity’s most essential tools for thousands of years, dating back to the Stone Age. Whether you’re interested in blacksmithing, bushcraft, historical reenactment, or simply want to create a unique and personal tool, making your own axe can be a rewarding project. This comprehensive guide will walk you through the entire process of crafting an axe from start to finish, covering everything from selecting the right materials to attaching the handle and putting on the finishing touches.

Understanding Axe Anatomy and Types

Before diving into the axe-making process, it’s important to understand the basic anatomy of an axe and the different types available. This knowledge will help you decide what kind of axe you want to create.

Basic Axe Anatomy

An axe consists of two main parts:

The Head: The metal portion containing the cutting edge (bit), the eye (the hole where the handle fits), and often a poll (the flat hammer-like back portion).
The Handle (Haft): Usually made of wood, fiberglass, or other materials, the handle provides leverage and a gripping surface.

Common Types of Axes

Different axe designs serve various purposes. Here are some of the most common types you might consider making:

Axe Type	Primary Use	Head Weight	Handle Length	Special Features
Felling Axe	Cutting down trees	3-6 lbs	28-36 inches	Thin, sharp blade for cutting across wood grain
Splitting Axe	Splitting wood along grain	4-8 lbs	28-36 inches	Wedge-shaped head that forces wood apart
Hatchet	All-purpose, one-handed use	1-2 lbs	10-18 inches	Compact size for camping and small tasks
Forest/Bush Axe	All-around outdoor use	2-3 lbs	20-28 inches	Medium size between hatchet and felling axe
Carpenter’s Axe	Woodworking	1.5-2 lbs	12-16 inches	Often has a single bevel and beard design
Broad Axe	Hewing logs	3-7 lbs	24-36 inches	Wide blade, often asymmetrical for hewing

Materials Needed for Axe Making

Creating an axe requires specific materials for both the head and handle. The quality of these materials will determine the durability, functionality, and appearance of your finished axe.

Materials for the Axe Head

For a quality axe head, you’ll need:

Metal for the Head: Options include:
- High-carbon steel: Ideal for the cutting edge (1045, 1060, 1075, 1084, 1095, 5160, or 8670 steel)
- Mild steel: Often used for the body of the axe, less brittle than high-carbon steel
- Scrap metal: Old car springs, railroad spikes, or other steel items can be repurposed
Forge: To heat the metal
- Commercial forge OR
- DIY forge made from materials like brake drums, fire bricks, etc.
Tools:
- Anvil or hard, flat surface for hammering
- Hammer(s) for shaping the metal
- Tongs for holding hot metal
- Files and grinding equipment
- Quenching medium (oil or water)

Materials for the Axe Handle

For the handle, you’ll need:

Wood: The traditional and still preferred material for most axe handles
- Hickory: The standard choice due to its strength, flexibility, and shock absorption
- Ash: A good alternative that’s slightly softer than hickory
- Oak: Strong but heavier than hickory or ash
- Elm, Maple, or Beech: Less common but usable alternatives
Handle-making Tools:
- Draw knife
- Spokeshave
- Wood rasps and files
- Sandpaper (various grits)
- Saw for cutting the wedge slot
Finishing Materials:
- Boiled linseed oil or tung oil for treating the wood
- Wedges (wooden and possibly metal) for securing the head

Methods of Making an Axe Head

There are several approaches to creating an axe head, depending on your skill level, available tools, and desired outcome.

Method 1: Forging an Axe Head from Scratch

This traditional method requires blacksmithing skills but results in a fully custom axe.

Preparing the Forge and Materials:
- Heat your forge to around 2000-2500°F (1100-1370°C)
- Cut your steel stock to appropriate size
Creating the Eye:
- There are several techniques for forming the eye:
  - Punch and drift method (punching a hole and expanding it)
  - Folding method (folding metal around a form)
  - Split and weld method (splitting the metal and welding around a mandrel)
Shaping the Blade:
- Once the eye is formed, work on shaping the blade profile
- Use hammering to thin and extend the cutting edge
- Form the poll if your design includes one
Adding the Cutting Edge:
- For a higher-quality axe, forge-weld a piece of high-carbon steel to the bit
- This creates a hard cutting edge while maintaining a tough body
Heat Treatment:
- Normalize the axe by heating to critical temperature and cooling slowly (3-4 times)
- Harden by heating to critical temperature and quenching
- Temper by reheating to a lower temperature (400-500°F/200-260°C) to reduce brittleness

Method 2: Repurposing an Existing Axe Head

This method involves restoring and reshaping an old axe head.

Cleaning and Assessment:
- Remove rust and dirt (vinegar soak works well)
- Assess for cracks or serious damage
Reshaping:
- Grind or file to desired shape
- Repair any damage
- Refinish surfaces
Renewing the Edge:
- Grind a new edge if needed
- Heat treat if necessary

Method 3: Adapting Other Metal Objects

With creativity, various metal objects can be transformed into axe heads.

Potential Source Materials:
- Car leaf springs
- Large wrenches
- Railroad spikes
- Heavy machinery parts
Conversion Process:
- Assess material and determine axe style
- Create the eye through drilling, grinding, or forging
- Shape into an axe profile
- Heat treat appropriately for the specific steel type

Making an Axe Handle

A well-crafted handle is crucial for axe performance and safety. Here’s how to make one:

Selecting and Preparing the Wood

Choose Appropriate Wood:
- Select straight-grained wood without knots
- The grain should run parallel to the handle’s striking direction
- Hickory is traditional and ideal, but ash and oak work well too
Prepare the Wood:
- Start with a seasoned piece larger than your final dimensions
- Rough cut to approximate shape
- Ensure grain orientation is correct (grain should run along the length of the handle)

Shaping the Handle

Layout the Design:
- Trace a template onto the wood
- Mark the area where the axe head will sit
Rough Shaping:
- Use a bandsaw, axe, or drawknife to remove excess material
- Work gradually to approach the final shape
Fine Shaping:
- Use rasps, spokeshaves, and scrapers to refine the shape
- Create the appropriate taper toward the head
- Shape the grip area for comfort
Fitting to the Axe Head:
- Carefully shape the top of the handle to match the eye of the axe head
- This requires patience and trial-and-error
- Aim for a snug fit where the head can be pushed partway onto the handle
Finishing:
- Sand progressively with 80, 120, 220, and finer grits
- Round all edges slightly for comfort
- Cut a kerf (slot) in the top of the handle for the wedge

Finishing the Handle

Applying Finish:
- Apply boiled linseed oil or tung oil
- Allow to soak in and wipe off excess
- Repeat several times for durability
Optional Treatments:
- Some craftspeople char the handle slightly for texture
- Others add grip-enhancing treatments
- A lanyard hole can be added near the bottom

Attaching the Head to the Handle

This critical step ensures your axe head stays firmly attached during use.

Traditional Wedge Method

Prepare the Components:
- Ensure the handle fits snugly into the axe eye
- Prepare a wooden wedge from hardwood (hickory, oak, or harder wood than the handle)
- Have a metal wedge ready if desired
Attaching Process:
- Insert the handle into the axe head
- Drive it in until 1/4″ to 1/2″ protrudes from the top
- Drive the wooden wedge into the kerf cut
- Optionally add a metal wedge perpendicular to the wooden one
Finishing Touches:
- Trim excess wood and wedge material
- Sand smooth
- Apply oil to the exposed end grain

Alternative Attachment Methods

While the traditional wedge method is preferred, there are other approaches:

Expanding Wood Method:
- Some craftspeople soak the handle end in oil or water to cause expansion in the eye
- This should be combined with proper wedging
Epoxy Reinforcement:
- Modern adhesives can provide additional security
- Apply epoxy to the wood and/or inside the eye before assembly

Finishing and Maintaining Your Axe

After assembly, your axe needs final touches and ongoing maintenance.

Finishing the Axe Head

Grinding and Polishing:
- Refine the surface finish as desired
- Some prefer a polished appearance, others a forge finish
Sharpening:
- Create the primary bevel with files or grinder
- Refine the edge with progressively finer stones
- Different axe types require different edge angles (splitting axes wider, cutting axes narrower)
Protecting from Rust:
- Apply oil, wax, or other protective coating
- Some use gun blue or forced patina for protection and appearance

Ongoing Maintenance

Regular Care:
- Clean after use
- Touch up edge as needed
- Reapply handle finish periodically
- Check for handle loosening
Storage:
- Store in dry conditions
- Use a blade guard or sheath
- Hang or store blade-up to protect the edge

Safety Considerations

Axe making and use involve inherent risks that require caution.

Workshop Safety

Forge Safety:
- Proper ventilation
- Fire extinguisher nearby
- Heat-resistant gloves and eye protection
- Awareness of hot metal even after it appears cool
Tool Safety:
- Proper use of sharp tools
- Secure workpieces
- Appropriate protective equipment
- First aid kit available

Axe Use Safety

Before Use:
- Check for loose heads or handle damage
- Ensure proper edge condition
- Clear work area of obstacles
During Use:
- Maintain proper stance
- Be aware of swing arc
- Use with control and appropriate force

Traditional vs. Modern Materials and Methods

While traditional axes are typically made with wood handles and forged steel heads, modern alternatives exist.

Modern Alternatives

Head Materials:
- High-tech alloys
- Titanium components
- Factory precision-ground steel
Handle Materials:
- Fiberglass
- Carbon fiber
- Composite materials
- Metal handles with grip materials
Attachment Methods:
- Molded handles
- Mechanical fasteners
- Advanced adhesives

Comparing Traditional and Modern Approaches

Aspect	Traditional Materials/Methods	Modern Materials/Methods
Durability	Proven over centuries	Variable, some excellent
Repairability	Highly repairable in field	Often difficult to repair
Weight	Generally heavier	Often lighter
Weather Resistance	Requires more maintenance	Better resistance to elements
Shock Absorption	Excellent with good wood	Variable, often less than wood
Aesthetic Appeal	Traditional, natural look	Modern, technical appearance
Cost	Variable, often economical	Typically more expensive
Customizability	Highly customizable	Limited customization

Frequently Asked Questions

What type of steel is best for making an axe head?

For a quality axe head, high-carbon steel with a carbon content between 0.6% and 1% is ideal for the cutting edge. Popular options include 1060, 1075, 1095, 5160, and 8670 steel. The body of the axe can be made from milder steel for increased toughness. Many traditional axes used a laminated construction with a harder steel edge welded to a tougher body, combining the best properties of both.

Can I make an axe without a forge or blacksmithing experience?

Yes, there are several approaches for beginners or those without forge access. The simplest method is to repurpose and restore an old axe head, which mainly requires cleaning, filing, and sharpening skills. Another option is to purchase a pre-made axe head and focus on crafting a custom handle. For those wanting to create something from scratch without forging, some craft suppliers sell axe head blanks that can be finished with basic tools.

How do I ensure the axe head stays firmly attached to the handle?

Proper fitting and wedging are key to a secure attachment. The handle should be carefully shaped to fit snugly in the eye of the axe head, with the grain running parallel to the axe head’s cutting edge. After fitting the head onto the handle, drive a wooden wedge (usually hardwood) into a pre-cut kerf in the top of the handle. This expands the wood against the eye walls. Some axe makers add a second metal wedge perpendicular to the wooden one for extra security, though opinions vary on the necessity of this.

What’s the best wood for an axe handle and how do I select it?

Hickory is widely considered the best wood for axe handles due to its excellent combination of strength, shock absorption, and weight. Ash and oak are good alternatives. When selecting wood, look for straight grain that runs parallel to the length of the handle without running out at the sides. Avoid pieces with knots or irregular grain patterns, especially in the critical area where the head attaches. The wood should be well-seasoned with a moisture content between 8% and 12% for stability.

How do I maintain my handmade axe to ensure it lasts for years?

Proper maintenance includes regularly cleaning the head after use, applying a light coat of oil to prevent rust, and touching up the edge as needed. The handle should be periodically treated with boiled linseed oil or another protective finish. Store your axe in a dry location, ideally hanging or with the blade protected by a sheath. Before each use, check for loosening of the head or any damage to the handle. With proper care, a well-made axe can last for generations.

Conclusion

Making your own axe connects you to a tradition that spans thousands of years of human history. Whether you’re a history enthusiast, bushcraft practitioner, or simply someone who appreciates handcrafted tools, the process of creating an axe from raw materials to finished tool is deeply satisfying. The skills involved—from metalworking to woodcraft to design—represent a holistic approach to toolmaking that’s increasingly rare in our mass-produced world.

While making an axe requires patience, attention to detail, and some specialized knowledge, it’s accessible to many skill levels through various approaches. Whether you’re forging from scratch, restoring an old head, or focusing on crafting the perfect handle, the result is a personal tool that reflects your craftsmanship and will serve you for years to come.

The axe you create may become a working tool, a camping companion, a display piece, or even an heirloom passed down to future generations. Whatever its ultimate purpose, the process of making it is as valuable as the finished product—a journey into both ancient craft traditions and practical self-reliance.

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