The Wooden Bicycle That Outperforms Carbon – Meet the Renovo Aerowood

SPECIAL THANKS TO THE SPOKEN AND CLASSICCYLEUS FOR THE IMAGES CONTAINED IN THIS ARTICLE!

The Renovo Aerowood wooden bicycle represents a significant achievement in bicycle engineering, combining traditional woodworking with modern aerodynamics. This bike weighs just 17 pounds and features a hollow frame constructed from Oregon Maple and African Wenge hardwood, reinforced with a strategic layer of carbon fiber composite in the downtube. The frame incorporates what Renovo calls FFSVD© (Full Frame Shock and Vibration Damping), a technology that leverages timber’s natural ability to absorb road vibration up to four times more effectively than carbon fiber alone.

Unlike novelty bikes that serve as conversation pieces, the Aerowood was designed for serious cycling performance and endurance riding. The frame has been tested extensively on country roads, city streets, and in competitive racing environments including Central Park criteriums. Each frame undergoes CNC routing for precision shaping, followed by hand-sanding and finishing with either satin or glossy polyurethane coating, ensuring both durability and weather resistance for year-round riding in all conditions.

Why This Wooden Bicycle Is a Real Racing Machine, Not a Museum Piece

The Renovo Aerowood distinguishes itself from decorative wooden bicycles through its purposeful engineering and real-world performance credentials. This particular wooden bicycle frame was provided to cycling journalist Eben Weiss (BikeSnobNYC) for extensive testing through Outside magazine, where it proved its capabilities in various conditions including rain, urban commuting, and competitive road racing. The bike’s ride quality combines the compliance of quality steel tubing with the responsiveness of carbon fiber, creating what cyclists describe as a “mellow springiness” that enhances both comfort and power transfer. To protect any high-end bike like this during transport, we recommend the EVOC Bike Travel Bag Pro (available on Amazon), which has saved countless premium frames from airline damage.

Technical specifications reinforce its racing pedigree: the frame accepts tires up to 25mm for optimal rolling efficiency (perfect for mounting Continental Grand Prix 5000 tires – our top choice for race-ready performance), features full electronic shifting compatibility with Shimano Ultegra components, and includes aerodynamic elements such as a rear wheel shroud and seat mast fairing.

These design choices reflect Renovo’s commitment since 2007 to creating functional performance machines rather than showpieces. The aluminum alloy reinforcements at critical stress points—including sleeves in the head tube and seat tube, plus the bottom bracket shell—ensure the wooden bicycle maintains structural integrity needed for aggressive riding and racing applications. For maintaining any wooden bike components, the Howard Feed-N-Wax Wood Polish and Conditioner works exceptionally well on exposed wood finishes.

The Revolutionary Frame: How Wood and Carbon Create the Perfect Ride

The Aerowood’s frame construction represents an innovative approach to bicycle manufacturing, utilizing thin veneers of wood bonded with epoxy resin to create a laminated structure similar to carbon fiber layup techniques. This wooden bicycle employs a hollow monocoque design where precisely milled seatstays, chainstays, and main triangle halves are sealed and bonded together, creating a chassis that’s both lightweight and exceptionally strong. The strategic addition of carbon fiber reinforcement in the downtube adds torsional stiffness without compromising the timber’s natural vibration-damping properties.

Manufacturing each frame requires extensive CNC routing to achieve precise tolerances, followed by meticulous hand-crafting work. Metal components are integrated at high-stress interfaces: aluminum sleeves reinforce the head tube bearings and seat tube, while the bottom bracket shell and rear dropouts use traditional metal construction for compatibility with standard components. This hybrid approach allows the frame geometry to maintain the unique ride characteristics of wood while meeting the durability and precision requirements of modern cycling components, including the ability to mount what appears to be a standard braze-on style derailleur hanger despite the wooden construction.

From Oregon Maple to Aerodynamic Marvel: The Craftsmanship Behind Every Renovo

Each Renovo wooden bicycle begins with carefully selected Oregon Maple and African Wenge, sustainable hardwoods chosen for their specific mechanical properties and grain characteristics. The lamination process bonds multiple thin layers of these woods with specialized epoxy adhesive, creating a composite material that rivals traditional frame materials in strength-to-weight ratio. The resulting laminate undergoes precision CNC routing to shape individual frame tubes and components, with tolerances measured in fractions of millimeters to ensure proper fit with modern cycling components like Shimano Ultegra electronic groupsets.

The finishing process transforms raw lumber into a weather-resistant performance machine through multiple stages of hand-sanding and coating application. Each frame receives either a satin or glossy polyurethane clear coat varnish that protects the wood from moisture while showcasing the natural grain patterns. The aerodynamic enhancements, including the rear wheel shroud and seat mast fairing, are integrated seamlessly into the wooden structure, demonstrating that traditional materials can meet modern wind tunnel performance demands. Even frames with minor cosmetic imperfections in the polyurethane finish—such as cloudy white spots—maintain full structural integrity and performance capabilities.

What Happened to the Wooden Bicycle Revolution? The Renovo Story

Despite producing technically impressive machines, the original Renovo company ultimately closed its doors, succumbing to economic pressures rather than technical failures. The challenges of producing a competitive wooden bicycle proved insurmountable from a business perspective: labor-intensive construction methods required skilled artisans and extended build times, while the market’s price ceiling for high-end road bikes limited potential profit margins. Unlike luxury boats or custom cars where customers accept longer wait times and higher deposits, the bicycle market demanded faster delivery with smaller financial commitments that couldn’t sustain the production model.

Material consistency presented another significant challenge that traditional frame builders don’t face. While metal and carbon frames emerge from molds with predictable properties, wood’s natural variability meant that even with precise construction methods, occasional issues like frame creaking or cosmetic blemishes could eliminate profit margins when replacements were needed. The combination of high labor costs, extended production timelines, and the inherent unpredictability of wood grain as a frame material created a perfect storm of business challenges. These economic realities, not technical shortcomings or lack of market interest, ultimately ended Renovo’s attempt to establish wooden bicycles as a viable alternative to conventional frame materials in the competitive cycling industry.