Innovation Management Watch Summary: “Pedal Power: The Surprising Innovation Journey of the Bicycle” by John Bessant

This week’s Innovation Management Watch Summary explores the remarkable evolution of the bicycle and the valuable innovation management lessons hidden within one of the world’s most familiar technologies. Although bicycles are now used by billions of people and appear deceptively simple, their success was not the result of a single breakthrough. Instead, the bicycle emerged through decades of experimentation, continuous improvement, commercialization, and system-level development. John Bessant uses this history to illustrate that innovation is far more than invention—it is the ability to create, refine, and scale ideas so they generate lasting value. 

One of the article’s central messages is that innovation occurs when needs and capabilities converge. Baron Karl von Drais introduced the first practical two-wheeled “running machine” in 1817, inspired partly by a transportation crisis following widespread horse shortages after the eruption of Mount Tambora. However, his invention alone was not enough. The necessary materials, manufacturing techniques, infrastructure, and market demand had to evolve before personal transportation by bicycle could become practical. This demonstrates that successful innovation depends not only on creative ideas but also on timing, technological readiness, and the surrounding environment. 

Source: AI Generated Image  

The article also emphasizes the distinction between invention and innovation. While Drais demonstrated remarkable vision, he lacked an effective business model to commercialize his invention. Others, particularly Denis Johnson in England, expanded the concept by creating riding schools, public demonstrations, targeted marketing, and product variations for different customer groups. Innovation therefore involves creating and capturing value through commercialization, customer engagement, and market development rather than relying solely on technical invention. 

Another important lesson is that innovation is both cumulative and collaborative. Throughout the nineteenth century, numerous inventors independently developed pedals, metal frames, wire-spoked wheels, chain drives, improved steering, and braking systems. This illustrates the concept of multiple independent innovation, where individuals facing similar challenges and using similar technologies often arrive at comparable solutions. At the same time, the bicycle’s evolution reflects punctuated equilibrium—long periods of incremental improvement interrupted by significant technological breakthroughs that redefine the direction of innovation. 

The emergence of John Kemp Starley’s Safety Bicycle demonstrates the importance of dominant design. After years of competing configurations—including the iconic penny-farthing—the Safety Bicycle successfully integrated the most valuable innovations into a practical, affordable, and reliable design that became the industry standard. Once this dominant design emerged, innovation shifted from radical experimentation toward continuous improvements in materials, comfort, efficiency, safety, and performance. This pattern mirrors the lifecycle of innovation in many industries, where organizations move from exploring alternative concepts to systematically enhancing established platforms. 

Source: AI Generated Image 

Ultimately, John Bessant argues that successful innovation is achieved by building systems rather than individual products. The bicycle reached global scale because it was supported by complementary innovations in manufacturing, road infrastructure, repair services, distribution networks, financing, and supporting technologies. His concluding message reminds organizations that scaling innovation requires managing entire ecosystems rather than focusing solely on technological breakthroughs. The bicycle’s two-century journey demonstrates that sustainable innovation is driven by continuous learning, collaboration, effective commercialization, and the ability to integrate multiple interconnected elements into a coherent system.  

This summary is based on John Bessant’s article, “Pedal Power: The Surprising Innovation Journey of the Bicycle,” published on Managing Innovation. All rights to the original content remain with the respective copyright holders.