BCES

Section 01

A city of fragments.

Cycling in Berlin is possible almost everywhere, yet the experience rarely holds together. The problem is less the absence of infrastructure than its inconsistency.

PhotographBerlin: cycling space contested by motor trafficIMAGO / tipBerlin, figure 9
PhotographWarschauer Straße: capacity alone does not make parking trustworthyPia Fredebeul / B.Z. (2025), figure 3

Case & context

A citywide experience problem

Berlin’s 3.7 million residents live across 891 km² (Amt für Statistik Berlin-Brandenburg, 2025). Walking accounts for 34% of trips in Berlin, followed by public transport at 26%, car travel at 22% and cycling at 18% (Senatsverwaltung für Mobilität, Verkehr, Klimaschutz und Umwelt, 2023). The city targets at least 23% cycling by 2030 (Senatsverwaltung für Mobilität, Verkehr, Klimaschutz und Umwelt, n.d.). Cycling complements public transport rather than replacing it.

4.3 / 6

Berlin’s cycling-climate rating, where 1 is best and 6 worst

69%

Participating Berlin cyclists describing cycling as stressful

72%

Participating Berlin cyclists not feeling accepted as road users

ADFC Berlin (2025), Bicycle Climate Test 2024. Around 7,500 Berlin participants; only 11% felt politics did enough for cycling safety.

A representative survey of 1,500 Berliners found that 56% supported expanding protected bike lanes, even when that meant reallocating space from cars (Traxler & Wegrich, 2021). Mobility remained contested in the September 2026 state election, with 74.2% turnout (Landeswahlleiter Berlin, 2026).

Copenhagen, with around 670,000 residents on 91 km², provides a different scale of reference. In 2025, bicycles accounted for 43% of journeys to work and education (Danmarks Statistik, 2026; City of Copenhagen, 2026).

Local examples

Value exists, but not yet as one system

More than 400 parking spaces around Warschauer Straße have repeatedly been obstructed by waste and abandoned bicycles (Fredebeul, 2025). The authors would personally avoid leaving their bicycles there, because capacity alone does not create trust.

Architectural renderingSchöneweide bicycle parking hub: planned design, not a completed facilityxolo and Leitplan for GB infraVelo (2025), figure 5
PhotographJelbi-Punkt Campus Buch, BerlinJelbi, figure 6

Schöneweide’s planned hub combines around 1,100 parking spaces with repair, rental and access to a public-transport interchange (GB infraVelo, 2025). Jelbi already bundles transit and sharing services (BVG, 2025). These examples demonstrate integrated value locally. The Schöneweide image is a design visualization, not evidence of a completed building.

Two cities

Same activity, different experience

Berlin

Student observation
  • Protected segments are interrupted or merge into motor traffic.
  • Clear markings often disappear at intersections.
  • Cobblestones and tram tracks create discomfort and risk.
  • Parking capacity does not ensure maintenance or perceived safety.

Copenhagen

Existing example
  • A recognisable, repeated cycle-track typology raised and separated from traffic.
  • Continuity through intersections with clear markings.
  • Cycling is part of everyday mobility and social life.
  • Wide tracks allow side-by-side riding and varied bicycle types.

Interactive comparison

Current Berlin vs. proposed BCES

Theoretical lens

The cited theory

Gehl argues that city life is shaped at eye level and at human speed. People use spaces that feel safe, comfortable and enjoyable, and good invitations generate more life.

Theoretical interpretation

Berlin's fragmented routes send mixed invitations. The challenge is framed as an experience problem. Cyclists need consistent signals that they are welcome.

Gehl, J. (2010). Cities for People. Island Press.

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