Wood shakes have been a popular roofing and siding material for centuries, offering natural beauty and exceptional durability when properly crafted. Learning how to make wood shakes connects you to traditional building methods while providing a sustainable, cost-effective solution for your construction needs. These hand-split wooden pieces create distinctive rustic charm that manufactured materials simply cannot replicate.
Making your own wood shakes requires patience, the right tools, and quality timber, but the process is surprisingly straightforward once you understand the fundamentals. Whether you’re planning to roof a cabin, build garden structures, or create decorative elements, homemade shakes offer superior quality compared to mass-produced alternatives. The satisfaction of crafting functional building materials from raw logs makes this skill particularly rewarding for woodworkers and DIY enthusiasts alike.
Why Making Wood Shakes is Worth Learning
Creating your own wood shakes offers numerous advantages over purchasing commercial alternatives. First, you maintain complete control over material quality, selecting premium logs and ensuring proper grain orientation for maximum durability. Store-bought shakes often use lower-grade wood or mechanically sawn pieces that lack the natural splitting characteristics that make traditional shakes so weather-resistant.
Cost savings represent another compelling reason to learn this skill. Quality wood shakes can be expensive, especially for cedar or other premium species. By sourcing your own logs and investing time instead of money, you can create superior materials at a fraction of commercial prices. This approach proves particularly valuable for larger projects where shake costs would otherwise be prohibitive.
The environmental benefits make shake-making appealing to eco-conscious builders. Using locally sourced timber reduces transportation impacts while supporting sustainable forestry practices. Additionally, the hand-splitting process requires no electricity or complex machinery, minimizing your project’s carbon footprint. The durability of properly made shakes means your investment lasts decades with minimal maintenance, further reducing environmental impact over time.
8 Step-by-Step Guide: How to Make Wood Shakes
Step 1: Select the Right Wood Species
Choosing appropriate wood species forms the foundation of successful shake-making. Cedar varieties like Western Red Cedar or Eastern White Cedar provide excellent weather resistance and natural preservatives that prevent rot and insect damage. These species split cleanly along their grain lines, making them ideal for beginners learning shake-making techniques.
Alternative species include oak, chestnut, and pine, each offering different characteristics and regional availability. Oak provides exceptional durability but requires more effort to split, while pine offers affordability but may need additional treatments for longevity. Consider your local climate, intended use, and budget when selecting wood species. Visit local sawmills or timber suppliers to examine wood quality firsthand, looking for straight-grained logs with minimal knots or defects that could complicate the splitting process.
Step 2: Prepare Your Logs for Splitting
Log preparation significantly impacts your shake-making success. Begin by cutting logs into manageable lengths, typically 18-24 inches for roofing shakes or shorter lengths for decorative applications. Use a sharp chainsaw to create clean, perpendicular cuts that provide stable working surfaces for the splitting process.
Remove bark using a drawknife or sharp hatchet, exposing the clean wood underneath. This step prevents pest infestations and allows you to inspect the wood grain more clearly. Look for natural splitting lines or cracks that indicate where the wood will separate most easily. Store prepared logs in a dry, well-ventilated area to prevent moisture-related splitting problems. Green wood splits more easily than seasoned timber, but extremely wet logs can be difficult to work with and may warp as they dry.
Step 3: Set Up Your Work Area Safely
Creating a proper work environment ensures both safety and efficiency in your shake-making project. Choose a level area with plenty of space to swing tools safely, keeping bystanders well clear of your working radius. Position a solid chopping block or splitting stump at a comfortable working height to reduce back strain during extended splitting sessions.
Organize your tools within easy reach, including froe and mallet, wedges, hatchet, and safety equipment. Wear safety glasses to protect against flying wood chips and consider steel-toed boots for foot protection. Keep a first aid kit nearby and inform others of your work schedule. Good lighting is essential for seeing grain patterns and potential hazards clearly. A tarp or ground cloth helps collect wood chips and keeps your workspace organized throughout the project.
Step 4: Master the Basic Splitting Technique
The traditional froe and mallet combination provides the most control for splitting shakes from prepared logs. Position the froe blade along the wood grain line, typically starting at one end of the log. Strike the froe with the wooden mallet using firm, controlled blows rather than aggressive hammering that can damage your tools or create uneven splits.
Once the froe penetrates the wood, twist the handle gently to encourage the split to follow the natural grain. Work progressively along the log length, maintaining steady pressure and allowing the wood’s natural characteristics to guide the separation. Practice on scrap pieces first to develop proper technique and tool familiarity. The goal is creating clean, relatively uniform splits that follow the wood grain consistently. Patience and proper technique produce better results than brute force approaches that often result in broken or unusable pieces.
Step 5: Create Uniform Shake Dimensions
Consistency in shake dimensions ensures proper installation and weather protection in your final application. Traditional roofing shakes range from 3/8 to 3/4 inch thick at the butt end, tapering to thinner edges. Use a sharp hatchet or drawknife to refine shake thickness, working carefully to maintain the natural taper that helps water shed effectively.
Width typically ranges from 4 to 12 inches, depending on your specific needs and log characteristics. Mark desired widths on your split pieces before making final cuts, ensuring consistency across your batch. A simple measuring jig can help maintain uniform dimensions while speeding production. Quality shakes show straight edges and consistent thickness, with the natural wood grain clearly visible. Reject pieces with significant defects, cross-grain patterns, or dimensional irregularities that could compromise performance.
Step 6: Smooth and Finish Your Wood Shakes
Surface preparation enhances both appearance and performance of your finished shakes. Use a sharp drawknife to smooth rough surfaces and remove splinters that could cause installation problems. Work with the grain direction to avoid tearing or damaging the wood fibers that provide weather protection.
Some builders prefer to leave tool marks visible for a more rustic appearance, while others sand lightly for smoother surfaces. The choice depends on your aesthetic preferences and intended application. For roofing applications, focus on creating clean edges that will overlap properly during installation. Inspect each shake for defects like loose knots or crack development that could worsen over time. Minor imperfections can often be trimmed away, salvaging otherwise good pieces.
Step 7: Sort and Grade Your Finished Shakes
Professional shake-making involves careful sorting and grading to ensure quality and efficient installation. Create separate piles for different grades: premium pieces without defects, standard grade with minor flaws, and utility grade for less visible applications. This sorting process helps you use materials most effectively while maintaining quality standards.
Measure and group shakes by width and thickness ranges to simplify installation planning. Bundle similar sizes together using temporary ties or storage systems that protect the wood while allowing air circulation. Label bundles clearly to prevent confusion during construction. Calculate coverage areas for your sorted shakes, allowing for appropriate overlap and waste factors. Quality grading ensures your best pieces go to the most visible locations while utilizing lower grades appropriately.
Step 8: Properly Store and Season Your Shakes
Proper storage preserves your investment in time and materials while ensuring shake quality for future use. Stack shakes with spacers between layers to promote air circulation and prevent moisture accumulation that could lead to mold or rot. Cover the top of stacks to protect against rain while leaving sides exposed for ventilation.
Choose storage locations away from ground contact and potential pest intrusion. Concrete blocks or wooden platforms provide good foundations for shake stacks. Monitor stored shakes periodically for signs of deterioration or pest activity. Well-stored shakes can last years before installation, actually improving as they season naturally. Green shakes may continue shrinking and adjusting during storage, which is normal and generally beneficial for final performance.
Environmental Benefits of Shakes
One of the key environmental benefits of shakes is their sustainability as a building material. Shakes are often made from renewable resources, such as cedar or other types of wood, which can be responsibly harvested and replenished. Additionally, the production process for shakes typically involves minimal energy consumption compared to synthetic roofing materials, resulting in a lower carbon footprint. Shakes are also biodegradable, reducing the impact on landfills once they reach the end of their lifecycle. When sourced from well-managed forests, shakes contribute to eco-friendly construction practices and support a circular economy, aligning with the principles of environmental stewardship.
Frequently Asked Questions (FAQ)
What Tools Do I Need To Make Wood Shakes?
Essential tools include a froe (splitting blade), wooden mallet, sharp hatchet, drawknife, and measuring tools. Safety equipment like glasses and gloves is crucial. Optional tools include wedges for difficult splits and a shaving horse for holding work pieces. Quality tools make the process easier and produce better results than improvised alternatives.
How Long Does It Take To Make A Bundle Of Shakes?
Production time varies significantly based on experience level, wood species, and desired quality. Beginners might produce 50-100 shakes per day, while experienced craftspeople can make several hundred. Factor in preparation time, tool maintenance, and quality sorting when planning projects. Consistency improves with practice, gradually increasing your production rate.
Can I Use Any Type Of Wood For Making Shakes?
While cedar species work best due to natural weather resistance and splitting characteristics, other woods can be used successfully. Oak, chestnut, pine, and cypress all make acceptable shakes with different properties. Consider local availability, intended use, and your skill level when choosing species. Avoid woods with irregular grain or high resin content.
Do Homemade Shakes Need Chemical Treatment?
Cedar shakes typically don’t require chemical treatment due to natural preservatives in the wood. Other species may benefit from treatments to improve weather resistance and longevity. Fire retardant treatments are required in some building codes for certain applications. Research local requirements and consider long-term maintenance needs when deciding on treatments.
What’s The Best Time Of Year To Make Wood Shakes?
Late fall through early spring provides ideal conditions for shake-making in most climates. Trees cut during dormant seasons often have lower moisture content and split more predictably. Cooler weather makes the physical work more comfortable and reduces wood-boring insect activity. Plan harvesting and processing schedules around seasonal weather patterns and wood characteristics.
Conclusion
Learning how to make wood shakes opens up possibilities for creating beautiful, durable building materials while connecting you to traditional craftsmanship techniques. The process requires patience and practice, but the results justify the effort through superior quality and
The satisfaction of creating functional building materials from raw timber makes this skill particularly rewarding. Your handmade shakes will provide decades of reliable service while adding authentic character to any construction project. Start with small practice batches to develop your technique, then scale up as your skills improve. The investment in learning this traditional craft pays dividends in both practical construction capabilities and personal satisfaction.
