What Strava’s New Commute Report Reveals About Who’s Really Riding to Work

Why It Matters

The findings demonstrate that bike commuting is a broader, more age‑diverse practice than often assumed, offering planners concrete evidence to justify investment in mixed‑use infrastructure and e‑bike support. Recognizing that weather and route familiarity matter can help cities design resilient, inclusive cycling networks.

Key Takeaways

• 43% of Strava cyclists logged at least one commute in 2025.
• Boomers lead bike commuting; Gen Z 21% less likely.
• E‑bikes dominate older commuters; Iceland tops e‑bike commutes.
• Cold and hot climates see significant commuting, e.g., Finland 22% below 40°F.

Pulse Analysis

Strava’s Metro: Commute Report provides one of the most granular looks at bike‑to‑work behavior in the digital age. By aggregating over half a billion miles logged on its platform, Strava offers planners a real‑time pulse of commuter patterns that traditional travel surveys often miss. The dataset, while limited to users who share activity data, still represents a sizable cross‑section of active cyclists, giving weight to trends such as the 43 percent of riders who logged at least one commute last year. This metric alone challenges the notion that bike commuting is a niche habit reserved for a small, dedicated group.

The generational split uncovered by the report is especially noteworthy for policymakers. Boomers not only account for the highest share of commuting trips but also lead in e‑bike usage, suggesting that electric assistance is a key driver for older cyclists to adopt longer or more demanding routes. Meanwhile, Gen Z’s lower participation hints at differing mobility preferences, perhaps favoring multimodal or micro‑mobility solutions. Cities looking to expand their cycling base can leverage e‑bike incentives and targeted outreach to older demographics while simultaneously cultivating youth‑focused programs that integrate shared bikes, scooters, and public transit.

Weather resilience and route concentration further inform infrastructure priorities. The data shows that cyclists in Finland, Sweden and Norway regularly commute below 40 °F, while riders in Japan and Brazil do so above 80 °F, proving that temperature alone isn’t a barrier when routes are safe and convenient. High‑frequency corridors—such as Stockholm’s Västerbron bridge and New York’s Queensboro Bridge—emerge as critical arteries that deserve upgrades like protected lanes and signal prioritization. By aligning investment with these evidence‑based insights, municipalities can create more inclusive, climate‑agnostic cycling networks that encourage a broader swath of the population to choose two wheels for their daily commute.