Active travel infrastructure gaps in Wellington

Analysis horizon: 10yr · 50yr

Low cycling mode share

Wellington’s cycling mode share stands at approximately 2% of all trips, substantially below comparable compact cities such as Christchurch or international benchmarks for cities with similar topography and climate (claim.wellington.transport.cycling_mode_share_low).

Infrastructure gaps

Wellington’s cycling network is characterised by disconnected segments and high-stress shared-road conditions on key commuter corridors. The absence of protected lanes on major arterials between suburbs and the CBD is the primary deterrent to uptake (claim.wellington.transport.active_travel_infrastructure_gap).

Drivers

The following structural drivers contribute to this problem.

Car-dependent suburban land-use pattern

Category: physical
Timescale: long
Consensus: consensus

Disconnected and unsafe cycling network

Category: institutional
Timescale: medium
Consensus: consensus

Solution camps

A number of distinct positions recur in policy debates on this issue. Each is defensible on its own terms; none is obviously correct. Presented in alphabetical order without ranking.

E-Bike and Micromobility Access

E-bikes and e-scooters overcome Wellington’s topographic barrier; subsidy programmes and secure parking can triple cycling mode share.

Flagship moves:

Low-income e-bike purchase subsidy programme ($500 rebate)
Secure end-of-trip facilities at employment centres and rail stations
Integrate shared e-bike scheme with Metlink monthly pass

Tensions:

Without protected infrastructure, e-bikes face same safety risks as conventional cycling
Micromobility schemes require ongoing subsidisation and have uneven equity outcomes

Interventions on the system:

Partner with e-bike retailers for rebate scheme targeting low-income households and long-distance commuters (state variable: cycling_mode_share, sign: +)

Protected Active Mode Network

A connected, safe cycling and walking network will shift short trips from cars and reduce transport system pressure.

Flagship moves:

Complete the Wellington Urban Cycleways Programme gaps on key arterials
Install protected intersections at all school zones within 5 years
Continuous waterfront-to-hills greenway connection

Tensions:

Lane reallocation for cycleways increases vehicle congestion on constrained corridors
Hilly topography limits cycling uptake to a small share of trips citywide

Interventions on the system:

Fund $30M protected cycleway gap-fill programme across Wellington City’s arterial network (state variable: protected_cycleway_km, sign: +)

Claims cited on this page

Wellington’s cycling mode share across all trips is approximately 2%, substantially below comparable compact cities and well below the 8% target set in the Wellington City Spatial Plan, reflecting disconnected cycling infrastructure and high-stress shared-road conditions. [value: 2 percent of all trips; 2022-2023] (confidence: medium) — Wellington Regional Land Transport Plan 2021–31; Wellington City Council Annual Plan 2024/25.
Wellington’s cycling network consists of largely disconnected segments with significant gaps on major commuter corridors between suburbs and the CBD; the absence of protected lanes on key arterials is the primary deterrent to uptake among potential but cautious cyclists. — Wellington Regional Land Transport Plan 2021–31; Wellington City Council Annual Plan 2024/25.

Technical notes

State variables: cycling_mode_share, protected_cycling_network_km.

Constraints: network_connectivity_gaps, arterial_road_safety_barrier.

Inputs: active_travel_investment, land_use_density.

Feedback loops:

Connectivity loop: isolated cycling lanes without network connectivity fail to attract commuter cyclists; low usage reduces political priority for further investment.

Generated from problem.wellington.transport.active_modes on 2026-06-11. Do not hand-edit. Edit the entity files under the region’s data/ directory and re-run the region’s render.py.