How Czech Cities Are Reconfiguring Streets for Cyclists

Czech cities have been adding cycling infrastructure incrementally for over a decade, but progress has been uneven. Prague — as the largest city and primary focus of national transport funding — has the most developed network, while Brno, Olomouc, and Ostrava have taken different approaches to integrating cyclists into urban street design. This overview covers the state of infrastructure in each city as of January 2026, drawing on municipal transport authority data and published cycling network reports.

Prague: Lane Expansion and Intersection Redesigns

Prague's cycling lane network grew by approximately 11 kilometres in 2025, according to the city's transport authority (TSK Praha). Most additions were in the form of painted cycle lanes on existing roads rather than physical separation. The debate between separated lanes versus painted markings remains active in the city — separated infrastructure is costlier and slower to deliver but produces better outcomes in terms of actual cycling uptake and safety.

The Pohořelec bicycle lane near Hradčany, completed in mid-2025, is a notable addition — a clearly marked lane through a mixed-use street in one of the city's tourist-heavy districts. The lane width meets the Czech 1.5-metre standard, and junction treatment at the Keplerova intersection is more carefully designed than many existing lanes in the city.

Prague's 2025–2030 cycling strategy document identifies a target of 400 kilometres of marked cycling infrastructure by 2030. The strategy distinguishes between "basic network" routes (primary corridors) and "supplementary network" routes (residential and leisure connections). The basic network remains largely unfinished, with several key cross-city connections still requiring significant capital investment.

Brno: Grid Approach and Shared Zones

Brno, the country's second city, has taken a somewhat different approach. Rather than extending the radial pattern typical of Prague's network, Brno's transport plan has focused on creating a grid of cycling connections in the inner districts. The practical result is a network that works reasonably well for cross-district travel but has fewer continuous long-distance routes than Prague.

Brno has also been more active in creating "shared zones" — residential streets where vehicle speeds are formally limited to 20 km/h and cyclists share space with traffic without a dedicated lane. This model is common in the Netherlands and Germany and can be effective where vehicle volumes are genuinely low. In Brno's inner residential streets, traffic volumes support the shared zone model reasonably well.

The Brno riverfront along the Svratka has received investment in cycling path improvements, creating a reasonably continuous route from the Pisárky area through the Komárov industrial zone. The path is not entirely off-road, but the car-light sections of riverbank allow for comfortable riding without significant traffic conflict.

Olomouc: University City Cycling Culture

Olomouc has a high cycling modal share relative to its size — partly attributable to its university population (Palacký University enrolls over 20,000 students) and the city's compact layout. The historic centre is partially pedestrianised, and the surrounding residential areas are well-connected by bike lane extensions added between 2019 and 2024.

The city's flat topography is a structural advantage. Unlike Prague with its steep hillside districts or Brno with its significant elevation changes, Olomouc allows for easy cycling between most residential areas and the centre. Average cycling trip distances are shorter, and the infrastructure network needs are proportionally lower.

Comparing urban cycling infrastructure

• Prague: ~260 km marked routes; complex network, significant gaps in cross-city corridors; active expansion
• Brno: ~140 km; grid structure with shared zones; riverfront improvements ongoing
• Olomouc: ~85 km; flat terrain, high cycling uptake, compact network
• Ostrava: ~120 km; industrial corridor connections, significant investment in post-industrial greenway conversions
• Plzeň: ~75 km; Radbuza riverside route forms the network backbone

Ostrava: Industrial to Greenway

Ostrava's cycling infrastructure history is closely tied to its industrial heritage. The city has a network of former industrial corridors — rail lines, canal paths, and factory access roads — that have been progressively converted into cycling and walking greenways. The Odra-Moravia greenway corridor, passing through the city's eastern districts, is one of the more ambitious examples: a converted industrial rail corridor providing a largely traffic-free connection through areas that were previously industrial wastelands.

The Ostrava city cycling map, last updated in 2024, shows a network of approximately 120 kilometres of marked routes. Coverage in the outer industrial zones is thin, and some routes cross areas undergoing post-industrial redevelopment where path conditions can be disrupted by construction.

Shared Infrastructure Challenges Across Czech Cities

Several issues appear consistently across Czech urban cycling networks, regardless of city size:

• Interrupted lanes: Cycling lanes that begin and end without clear transition points, forcing cyclists onto unprotected road sections
• Parking incursion: On-street parking positioned adjacent to cycle lanes, creating dooring risk — a documented contributor to urban cycling incidents in Czech cities
• Junction design: Intersections where cycling infrastructure disappears entirely, requiring cyclists to navigate as general road users
• Maintenance lag: Surface markings fading without timely repainting; gravel path drainage issues not addressed until conditions become problematic

The Czech Transport Research Centre (CDV) published a comparative analysis in 2024 examining cycling network continuity across 12 Czech cities. The report found that network continuity — defined as the proportion of the marked network where cyclists travel without having to transition to general traffic — averaged 61% across the cities surveyed. Prague scored 58%, below the national average, largely due to the number of interrupted lane sections in its denser inner districts.

Micro-Mobility and Shared Lane Management

The arrival of e-scooter sharing networks (primarily Bolt and Lime in Prague and Brno) has added a new variable to urban cycling infrastructure. Czech law classifies standing e-scooters similarly to bicycles, allowing them to use cycle lanes. In practice, this creates speed differentials in shared infrastructure — e-scooters operating at 20–25 km/h alongside cyclists at various speeds, and occasional conflicts with pedestrians on wider shared paths.

Prague and Brno have both introduced city-level agreements with e-scooter operators specifying geo-fenced operating zones, maximum fleet sizes per zone, and parking restrictions. As of 2026, these agreements are enforced with varying consistency, and abandoned scooters blocking cycle lane access points remain a periodic issue reported by cycling community groups.