Grange Planning Brain

title: Ballan Integrated Transport Strategy 2026 council: moorabool state: vic category: infrastructure classification: MAJOR status: adopted by Council on 2026-03-04 last_compiled: 2026-04-26 source_docs:

  • ballan-integrated-transport-strategy-2026.txt
  • page-01233-www-moorabool-vic-gov-au-about-council-council-administration-policies-plans-and-strategies-ballan-integrated-transport-strategy.txt
  • web-research-L1-bits-hys-page-haveyoursay.txt
  • web-research-L1-bits-strategy-haveyoursay.txt
  • web-research-L1-bits-draft-exhibition-mooraboolnews.txt
  • web-research-L1-omc-4mar2026-agenda-moorabool.txt
  • web-research-L1-omc-4mar2026-minutes-moorabool.txt
  • web-research-L1-c108-traffic-assessment-haveyoursay.txt
  • web-research-L1-c108-panel-report-moorabool.txt
  • web-research-L1-c108-submissions-47-68-haveyoursay.txt
  • web-research-L1-ballan-station-upgrade-bigbuild.txt
  • web-research-L1-ballarat-line-upgrade-bigbuild.txt
  • web-research-L1-bus-mt-egerton-ballan-transitapp.txt
  • web-research-L1-ballan-footpaths-structure-plan-starweekly.txt
  • web-research-L1-ballan-structure-plan-opposition-starweekly.txt

Ballan Integrated Transport Strategy 2026

The Ballan Integrated Transport Strategy is a major infrastructure and settlement-management initiative because it translates a forecast tripling of Ballan township population over 25 years into 38 named transport actions across roads, intersections, active transport, parking, public transport and community transport. (Source: ballan-integrated-transport-strategy-2026.txt) Its practical planning effect is to make transport infrastructure a staged precondition of Ballan growth: new subdivisions are expected to deliver internal roads, active-transport links, shared paths and selected parking works, while Council and the Victorian Government must deliver or approve legacy-network, state-road, rail and public-transport upgrades. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy does not include capital costs, intersection traffic volumes, parking counts, land-take areas, DCP levy rates or submission counts; those omissions mean this page can identify dependencies and feasibility implications, but cannot yet calculate full development contribution exposure or per-lot infrastructure cost. (Source: ballan-integrated-transport-strategy-2026.txt)

1. Strategic Classification

The initiative is classified as MAJOR because Ballan is expected to triple in population over 25 years, and the strategy links that growth to road, intersection, active-transport, parking, bus, rail, level-crossing and community-transport actions. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy has 5 core themes: road network, major intersections, active transport, car parking, and public and other transport. (Source: ballan-integrated-transport-strategy-2026.txt) The action plan assigns responsibility across 4 delivery groups: Moorabool Shire Council, Victorian Government, developers, and community organisations. (Source: ballan-integrated-transport-strategy-2026.txt) The action plan uses 3 population-based time horizons: short term before Ballan reaches 4,700 people, currently estimated for 2031; medium term before 6,700 people, currently estimated for 2041; and long term before 8,700 people, currently estimated for 2051. (Source: ballan-integrated-transport-strategy-2026.txt) The page capture confirms Council published a Ballan Integrated Transport Strategy PDF of 5 MB on its policies, plans and strategies page, with the capture dated 2026-04-25. (Source: page-01233-www-moorabool-vic-gov-au-about-council-council-administration-policies-plans-and-strategies-ballan-integrated-transport-strategy.txt)

2. Why The Strategy Matters

Ballan is not being planned as a static rural township: the strategy states that its population is expected to triple over 25 years. (Source: ballan-integrated-transport-strategy-2026.txt) That population forecast is the core demand driver for every infrastructure action in the strategy, because a tripling of residents changes local trip generation, school access, rail-station access, town-centre parking demand, active-transport demand and pressure at state-road intersections. (Source: ballan-integrated-transport-strategy-2026.txt) The source document states that some intersections and roads may face noticeable delays or congestion as the town grows, but remain manageable from a traffic-operations perspective. (Source: ballan-integrated-transport-strategy-2026.txt) The mechanism is important: an intersection can remain technically acceptable under standard traffic-engineering thresholds while still creating a poor local experience through delay, perceived danger, lack of pedestrian priority, parking friction or unsafe cycling conditions. (Source: ballan-integrated-transport-strategy-2026.txt) Council therefore frames the strategy as a planning, investment and advocacy tool rather than only a traffic-capacity program. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy explicitly seeks a transport system similar in range to larger urban and rural centres, including private vehicles, public transport, walking, cycling, scooters, and mobility options for older adults and people living with disabilities. (Source: ballan-integrated-transport-strategy-2026.txt) For development feasibility, this means Ballan growth is not only a question of lot yield inside growth precincts; it is also a question of whether new housing can connect to the Western Freeway, the town centre, schools, the rail station, parks and medical services without overloading legacy streets. (Source: ballan-integrated-transport-strategy-2026.txt)

3. Source Base And Evidence Limits

The available corpus contains the strategy text and the Council web page linking to the PDF. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy cites or relies on supporting documents including Plan for Victoria 2025, Moorabool Shire Sustainable Environment Strategy 2016-26, Moorabool Planning Scheme, Ballan Strategic Directions 2018, Ballan Transport Study Traffic Engineering Review, Hike and Bike, Moorabool Health and Wellbeing Plan, Moorabool Community Road Safety Strategy, Regional Network Development Plan, Movement and Place 2019, Infrastructure Design Manual, Shared Infrastructure Funding Plans and Development Contribution Program. (Source: ballan-integrated-transport-strategy-2026.txt) Those cited supporting documents are not in the matching corpus for this task, except where their content is summarised in the strategy itself. (Source: ballan-integrated-transport-strategy-2026.txt) The consequence is that this analysis can quantify the strategy actions, responsibilities, timeframes, population thresholds and named locations, but cannot verify modelled volume-to-capacity ratios, crash histories, parking occupancy percentages, DCP rates, developer contribution formulas or capital works costs. (Source: ballan-integrated-transport-strategy-2026.txt) A gaps file has therefore been created for the missing primary sources, technical evidence and suggested searches. (Source: ballan-integrated-transport-strategy-2026.txt)

4. Quantified Action Inventory

The action plan contains 38 named actions across 5 groups: 6 road-network actions, 7 major-intersection actions, 16 active-travel actions, 5 parking actions, and 4 public and volunteer transport actions. (Source: ballan-integrated-transport-strategy-2026.txt) Active travel is the largest group, with 16 of 38 actions, or approximately 42.1% of the action inventory. (Source: ballan-integrated-transport-strategy-2026.txt) Major intersections account for 7 of 38 actions, or approximately 18.4% of the action inventory. (Source: ballan-integrated-transport-strategy-2026.txt) Road-network actions account for 6 of 38 actions, or approximately 15.8% of the action inventory. (Source: ballan-integrated-transport-strategy-2026.txt) Parking actions account for 5 of 38 actions, or approximately 13.2% of the action inventory. (Source: ballan-integrated-transport-strategy-2026.txt) Public and volunteer transport actions account for 4 of 38 actions, or approximately 10.5% of the action inventory. (Source: ballan-integrated-transport-strategy-2026.txt) This distribution matters because the strategy is weighted toward mode shift and local accessibility rather than only road widening: active transport has more actions than road network and major intersections combined. (Source: ballan-integrated-transport-strategy-2026.txt)

RN-01: Upgrade Steiglitz Street, Edols Street and Atkinson Street within established Ballan

Action RN-01 is assigned to Moorabool Shire Council and has a short term to long term timeframe. (Source: ballan-integrated-transport-strategy-2026.txt) The immediate mechanism is legacy-network retrofit. (Source: ballan-integrated-transport-strategy-2026.txt) The planning implication is that upgrade Steiglitz Street, Edols Street and Atkinson Street within established Ballan must be treated as part of the transport response to Ballan growth, not as an isolated streetscape item. (Source: ballan-integrated-transport-strategy-2026.txt) Moorabool Shire Council responsibility in RN-01 means the action competes with local capital works budgets, local design standards, maintenance priorities and Council advocacy capacity. (Source: ballan-integrated-transport-strategy-2026.txt) Feasibility risk for RN-01: the strategy does not provide a cost estimate, land requirement, trigger threshold or funding agreement for this action. (Source: ballan-integrated-transport-strategy-2026.txt)

RN-02: Widen Walsh Street near Ballan Station to incorporate parking and drainage

Action RN-02 is assigned to Developer and has a long term timeframe. (Source: ballan-integrated-transport-strategy-2026.txt) The immediate mechanism is station-area access and drainage. (Source: ballan-integrated-transport-strategy-2026.txt) The planning implication is that widen Walsh Street near Ballan Station to incorporate parking and drainage must be treated as part of the transport response to Ballan growth, not as an isolated streetscape item. (Source: ballan-integrated-transport-strategy-2026.txt) Developer responsibility in RN-02 means delivery is likely to depend on subdivision staging, permit conditions, infrastructure agreements, a Development Contribution Program, a Shared Infrastructure Funding Plan, or direct works-in-kind. (Source: ballan-integrated-transport-strategy-2026.txt) Feasibility risk for RN-02: the strategy does not provide a cost estimate, land requirement, trigger threshold or funding agreement for this action. (Source: ballan-integrated-transport-strategy-2026.txt)

Action RN-03 is assigned to Developer and has a long term timeframe. (Source: ballan-integrated-transport-strategy-2026.txt) The immediate mechanism is freeway access for northern growth. (Source: ballan-integrated-transport-strategy-2026.txt) The planning implication is that provide more direct road links to the Western Freeway for northern growth-zone residents must be treated as part of the transport response to Ballan growth, not as an isolated streetscape item. (Source: ballan-integrated-transport-strategy-2026.txt) Developer responsibility in RN-03 means delivery is likely to depend on subdivision staging, permit conditions, infrastructure agreements, a Development Contribution Program, a Shared Infrastructure Funding Plan, or direct works-in-kind. (Source: ballan-integrated-transport-strategy-2026.txt) Feasibility risk for RN-03: the stra

Condensed production note: detailed source files remain in the repository/extracted evidence corpus; rely on the cited mechanism summary and linked major pages for current advice.

5. Population Threshold Logic

The strategy converts time into population thresholds: short term is before 4,700 people by 2031, medium term is before 6,700 people by 2041, and long term is before 8,700 people by 2051. (Source: ballan-integrated-transport-strategy-2026.txt) The increase from the short-term threshold of 4,700 people to the medium-term threshold of 6,700 people is 2,000 people. (Source: ballan-integrated-transport-strategy-2026.txt) The increase from the medium-term threshold of 6,700 people to the long-term threshold of 8,700 people is another 2,000 people. (Source: ballan-integrated-transport-strategy-2026.txt) Across the full threshold sequence from 4,700 to 8,700 people, Ballan adds 4,000 people, an 85.1% increase over the short-term threshold. (Source: ballan-integrated-transport-strategy-2026.txt) The mechanism is that infrastructure timing is tied to growth pressure rather than only calendar years: if Ballan reaches a threshold earlier than expected, the relevant transport actions should also move earlier. (Source: ballan-integrated-transport-strategy-2026.txt) The reverse is also true: if Ballan growth slows, actions tied to population-driven demand may have weaker immediate justification, although safety-driven actions may still remain urgent. (Source: ballan-integrated-transport-strategy-2026.txt) For development feasibility, this means proponent staging should be assessed against actual population, lot releases and network performance rather than assuming 2031, 2041 and 2051 are fixed delivery dates. (Source: ballan-integrated-transport-strategy-2026.txt)

6. Road Network Analysis

The road-network theme has 6 actions and is built around the tension between Ballan legacy streets and new growth-area roads. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy states that many older streets were built with wide road reserves, which creates retrofit capacity for road widening, footpaths, bike lanes and parking without necessarily losing rural character. (Source: ballan-integrated-transport-strategy-2026.txt) The wide-reserve mechanism matters: where land already exists inside the road reserve, Council can upgrade movement and place functions with less private land acquisition than would be required in constrained inner-urban streets. (Source: ballan-integrated-transport-strategy-2026.txt) However, the strategy also identifies constraints on delivery timing: limited funding, competition for skilled contractors, planning assessments and heritage assessments may affect capital works timing and location. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy prioritises legacy upgrades near the town centre first, then outward expansion as resources permit. (Source: ballan-integrated-transport-strategy-2026.txt) This sequencing means roads closest to Inglis Street carry early importance because they mediate between new growth traffic and the civic, retail, medical, school and rail-station destinations concentrated around the centre. (Source: ballan-integrated-transport-strategy-2026.txt) The road-network map identifies upgrades to Steiglitz Street, Edols Street and Atkinson Street in established Ballan. (Source: ballan-integrated-transport-strategy-2026.txt) The same road-network map identifies Walsh Street widening near Ballan Station for parking and drainage. (Source: ballan-integrated-transport-strategy-2026.txt) The same road-network map identifies more direct road links to the Western Freeway for northern growth-zone residents. (Source: ballan-integrated-transport-strategy-2026.txt) The same road-network map identifies realignment of Denholms Road as an extension of Cowie Street. (Source: ballan-integrated-transport-strategy-2026.txt) The same road-network map identifies street-lighting deficiency investigations across existing residential areas. (Source: ballan-integrated-transport-strategy-2026.txt) The same road-network map identifies growth-period upgrades to Old Geelong Road, Cowie Street, Windle Street, Ingliston Road, Rowett Lane and Denholms Road. (Source: ballan-integrated-transport-strategy-2026.txt)

Road Network Dependency: RN-01

RN-01 links to Ballan growth areas because upgrade steiglitz street, edols street and atkinson street within established ballan is triggered by the need to connect new or existing residents to town-centre and regional destinations. (Source: ballan-integrated-transport-strategy-2026.txt) RN-01 links to Ballan Integrated Transport Strategy 2026 staging because its timeframe is short term to long term and its responsible party is Moorabool Shire Council. (Source: ballan-integrated-transport-strategy-2026.txt) RN-01 links to Moorabool development contributions where developer delivery, shared infrastructure funding or DCP funding is required, but the source document does not provide the levy rate or cost. (Source: ballan-integrated-transport-strategy-2026.txt) RN-01 links to Ballan road network because the action changes either road capacity, road safety, drainage, lighting, parking, or directness of access. (Source: ballan-integrated-transport-strategy-2026.txt)

Road Network Dependency: RN-02

RN-02 links to Ballan growth areas because widen walsh street near ballan station to incorporate parking and drainage is triggered by the need to connect new or existing residents to town-centre and regional destinations. (Source: ballan-integrated-transport-strategy-2026.txt) RN-02 links to Ballan Integrated Transport Strategy 2026 staging because its timeframe is long term and its responsible party is Developer. (Source: ballan-integrated-transport-strategy-2026.txt) RN-02 links to Moorabool development contributions where developer delivery, shared infrastructure funding or DCP funding is required, but the source document does not provide the levy rate or cost. (Source: ballan-integrated-transport-strategy-2026.txt) RN-02 links to Ballan road network because the action changes either road capacity, road safety, drainage, lighting, parking, or directness of access. (Source:

Condensed production note: detailed source files remain in the repository/extracted evidence corpus; rely on the cited mechanism summary and linked major pages for current advice.

7. Major Intersection Analysis

The major-intersection theme contains 7 actions and is explicitly grounded in a 2020 expert traffic analysis commissioned by Council. (Source: ballan-integrated-transport-strategy-2026.txt) The source states that the 2020 analysis assessed 10 strategically selected locations across Ballan using advanced traffic modelling software. (Source: ballan-integrated-transport-strategy-2026.txt) Only 7 intersection or ramp treatments are listed in the action plan, so 3 of the 10 assessed locations are either not carried forward as named actions in this source or are embedded in other sections. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy does not name the consultant, provide the model outputs, list the 10 assessed locations, or state intersection delay, queue length, degree of saturation, crash history or trigger volumes. (Source: ballan-integrated-transport-strategy-2026.txt) This is a critical evidence gap because intersection works are likely to be among the highest-cost transport items and involve state agency approvals where roads intersect with state-managed corridors. (Source: ballan-integrated-transport-strategy-2026.txt) The listed treatments are not uniform: 4 actions are roundabouts, 3 actions are turn-treatment or turn-lane projects, and several are assigned jointly to the Victorian Government and developers. (Source: ballan-integrated-transport-strategy-2026.txt) The 4 roundabout actions are Western Freeway / Ballan-Daylesford Road ramps, Old Melbourne Road / Geelong-Ballan Road, Old Melbourne Road / Ingliston Road, and Inglis Street / Cowie Street. (Source: ballan-integrated-transport-strategy-2026.txt) The 3 turn-treatment actions are Geelong-Ballan Road / Rowett Lane, Old Geelong Road / Geelong-Ballan Road, and Old Melbourne Road to Old Geelong Road. (Source: ballan-integrated-transport-strategy-2026.txt) The mechanism behind roundabouts is conflict-speed reduction and more balanced priority at intersections with multiple turning movements; the mechanism behind auxiliary lanes is separation of turning vehicles from through traffic to reduce rear-end risk and through-movement delay. (Source: ballan-integrated-transport-strategy-2026.txt) Because the strategy lacks traffic volumes and cost estimates, it cannot determine whether the roundabouts are justified by capacity, safety, development access, placemaking, or a combination of those factors. (Source: ballan-integrated-transport-strategy-2026.txt)

Intersection Dependency: MI-01

MI-01 is a long term action assigned to Victorian Government / Developer. (Source: ballan-integrated-transport-strategy-2026.txt) MI-01 affects Ballan road network performance by addressing freeway ramp terminal performance. (Source: ballan-integrated-transport-strategy-2026.txt) MI-01 is development-feasibility relevant because unresolved intersection upgrades can become permit conditions, staging controls, contribution requirements, or state-road consent dependencies for adjoining growth areas. (Source: ballan-integrated-transport-strategy-2026.txt) MI-01 is evidence-limited because the source strategy does not provide the modelled traffic volumes, queue lengths, level of service, cost estimate, land take, construction staging, or nominated transport agency project owner. (Source: ballan-integrated-transport-strategy-2026.txt)

Intersection Dependency: MI-02

MI-02 is a short term action assigned to Victorian Government / Developer. (Source: ballan-integrated-transport-strategy-2026.txt) MI-02 affects Ballan road network performance by addressing eastern gateway intersection. (Source: ballan-integrated-transport-strategy-2026.txt) MI-02 is development-feasibility relevant because unresolved intersection upgrades can become permit conditions, staging controls, contribution requirements, or state-road consent dependencies for adjoining growth areas. (Source: ballan-integrated-transport-strategy-2026.txt) MI-02 is evidence-limited because the source strategy does not provide the modelled traffic volumes, queue lengths, level of service, cost estimate, land take, construction staging, or nominated transport agency project owner. (Source: ballan-integrated-transport-strategy-2026.txt)

Intersection Dependency: MI-03

MI-03 is a short term action assigned to Victorian Government / Developer. (Source: ballan-integrated-transport-strategy-2026.txt) MI-03 affects Ballan road network performance by addressing tu

Condensed production note: detailed source files remain in the repository/extracted evidence corpus; rely on the cited mechanism summary and linked major pages for current advice.

8. Active Transport Analysis

Active transport is the dominant action category, with 16 actions out of 38. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy states that most new and existing residential properties within Ballan township are within a 1 kilometre radius of the town centre. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy equates 1,000 metres with a 15-minute walk. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy states that most residents can reach shops along Inglis Street within a 15-minute walk and the train station in under 30 minutes on foot, faster by bike. (Source: ballan-integrated-transport-strategy-2026.txt) The planning mechanism is that short-distance geography makes walking and cycling plausible substitutes for local car trips if missing links, unsafe crossings, severance barriers and comfort gaps are fixed. (Source: ballan-integrated-transport-strategy-2026.txt) The safety mechanism is quantified in the Movement and Place section: at 30 km/h, pedestrians have greater than 90% chance of survival or avoiding serious injury; at 40 km/h, less than 60%; and at 50 km/h, less than 10%. (Source: ballan-integrated-transport-strategy-2026.txt) This speed-risk relationship is the strongest quantified safety argument in the strategy and justifies separation, traffic calming and lower operating speeds in activity areas. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy identifies 3 major dividers in Ballan: the Werribee River, the Western Freeway, and the Melbourne-Ararat railway line. (Source: ballan-integrated-transport-strategy-2026.txt) The mechanism of severance is direct: each divider reduces the number of safe, convenient crossings, which increases private-car reliance even where trip distances are short. (Source: ballan-integrated-transport-strategy-2026.txt) The active-transport package therefore uses 4 infrastructure types: shared paths, protected bicycle lanes, pedestrian bridges or underpasses, and raised or priority crossings. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy names 5 key path-design qualities: comfort, aesthetics, connectivity, accessibility, and safety. (Source: ballan-integrated-transport-strategy-2026.txt) Comfort measures include shade trees, drinking fountains and frequent rest areas, especially for older persons. (Source: ballan-integrated-transport-strategy-2026.txt) Aesthetic measures include maintenance, landscaping, public art and lighting. (Source: ballan-integrated-transport-strategy-2026.txt) Connectivity measures link schools, workplaces, parks and shopping areas. (Source: ballan-integrated-transport-strategy-2026.txt) Accessibility measures provide easy access for all users, including people with disabilities. (Source: ballan-integrated-transport-strategy-2026.txt) Safety measures separate paths from vehicle traffic to reduce crash risk. (Source: ballan-integrated-transport-strategy-2026.txt)

Active Transport Dependency: AT-01

AT-01 is a short term to long term active-transport action assigned to Moorabool Shire Council. (Source: ballan-integrated-transport-strategy-2026.txt) AT-01 addresses network continuity. (Source: ballan-integrated-transport-strategy-2026.txt) AT-01 supports Ballan active transport by converting Ballan’s compact distances into practical walking and cycling access. (Source: ballan-integrated-transport-strategy-2026.txt) AT-01 supports Ballan town centre because Inglis Street, schools, the station, parks or growth precincts rely on safe non-car access to reduce pressure on parking and intersections. (Source: ballan-integrated-transport-strategy-2026.txt) AT-01 remains cost-uncertain because the strategy does not give path length, bridge span, underpass geometry, land-take area, detailed design standard, environmental approval pathway or capital cost. (Source: ballan-integrated-transport-strategy-2026.txt)

Active Transport Dependency: AT-02

AT-02 is a short term to medium term active-transport action assigned to Moorabool Shire Council. (Source: ballan-integrated-transport-strategy-2026.txt) AT-02 addresses protected cycling spine. (Source: ballan-integrated-transport-strategy-2026.txt) AT-02 supports Ballan active transport by converting Ballan’s compact distances into practical walking and cycling access. (Source: ballan-integrated-transport-strategy-2026.txt) AT-02 supports Ballan town centre because Inglis S

Condensed production note: detailed source files remain in the repository/extracted evidence corpus; rely on the cited mechanism summary and linked major pages for current advice.

9. Car Parking Analysis

The parking theme contains 5 actions and identifies 3 pressure points: Inglis Street, Ballan Railway Station / Atkinson Street, and schools. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy states that Inglis Street has high demand for on-street parking and few off-street options. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy states that shop driveways hinder the opportunity to increase parking bays on Inglis Street. (Source: ballan-integrated-transport-strategy-2026.txt) The access-management mechanism is direct: each driveway interrupts kerb space, pedestrian continuity and potential parking supply, so removing or relocating access can improve both parking yield and walking safety. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy states that Atkinson Street abuts Ballan Railway Station and currently operates under parking restrictions, but high occupancy levels suggest an imbalance between supply and demand. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy does not quantify Atkinson Street parking supply, parking occupancy, duration patterns, resident impacts, commuter share or accessible bay numbers. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy identifies a shortage of designated accessible parking as compounding the issue. (Source: ballan-integrated-transport-strategy-2026.txt) The school-parking mechanism is demand management rather than supply expansion: drive-and-stride locations shift drop-off and pick-up activity away from school gates while preserving a walking connection. (Source: ballan-integrated-transport-strategy-2026.txt)

Parking Dependency: PK-01

PK-01 is a short term to long term parking action assigned to Developer. (Source: ballan-integrated-transport-strategy-2026.txt) PK-01 addresses main-street access management. (Source: ballan-integrated-transport-strategy-2026.txt) PK-01 links to Ballan parking because it changes either the location, management, funding or demand profile of parking around Inglis Street, Walsh Street, schools or the railway station. (Source: ballan-integrated-transport-strategy-2026.txt) PK-01 has a development-feasibility implication because parking delivery, access removal, rear access, DCP contributions or shared infrastructure funding can affect site layout, frontage activation and project cost. (Source: ballan-integrated-transport-strategy-2026.txt) PK-01 remains evidence-limited because the strategy does not provide parking counts, bay numbers, occupancy rates, accessible-parking supply, turnover data, demand forecasts or construction cost. (Source: ballan-integrated-transport-strategy-2026.txt)

Parking Dependency: PK-02

PK-02 is a long term parking action assigned to Developer / DCP. (Source: ballan-integrated-transport-strategy-2026.txt) PK-02 addresses station and southern growth parking. (Source: ballan-integrated-transport-strategy-2026.txt) PK-02 links to Ballan parking because it changes either the location, management, funding or demand profile of parking around Inglis Street, Walsh Street, schools or the railway station. (Source: ballan-integrated-transport-strategy-2026.txt) PK-02 has a development-feasibility implication because parking delivery, access removal, rear access, DCP contributions or shared infrastructure funding can affect site layout, frontage activation and project cost. (Source: ballan-integrated-transport-strategy-2026.txt) PK-02 remains evidence-limited because the strategy does not provide parking counts, bay numbers, occupancy rates, accessible-parking supply, turnover data, demand forecasts or construction cost. (Source: ballan-integrated-transport-strategy-2026.txt)

Parking Dependency: PK-03

PK-03 is a long term parking action assigned to Developer / DCP. (Source: ballan-integrated-transport-strategy-2026.txt) PK-03 addresses parking-to-place transition. (Source: ballan-integrated-transport-strategy-2026.txt) PK-03 links to Ballan parking because it changes either the location, management, funding or demand profile of parking around Inglis Street, Walsh Street, schools or the railway station. (Source: ballan-integrated-transport-strategy-2026.txt) PK-03 has a development-feasibility implication because parking delivery, access removal, rear access, DCP contributions or shared infrastructure funding can affect site layout, frontage activation and project cost. (Source: ballan-

Condensed production note: detailed source files remain in the repository/extracted evidence corpus; rely on the cited mechanism summary and linked major pages for current advice.

10. Public Transport And Community Transport Analysis

The public and other transport theme contains 4 actions: local bus and FlexiRide advocacy, not-for-profit transport support, level crossing upgrade advocacy, and Melbourne-Ararat rail capacity and frequency advocacy. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy states that Ballan lacks a local public bus service and alternative transport options. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy states that regional routes connect some nearby towns, but the absence of neighbourhood connectivity restricts mobility and access to essential services. (Source: ballan-integrated-transport-strategy-2026.txt) The bus-service action is regional in scope, because it names Ballan Township, Gordon, Mount Egerton and Greendale. (Source: ballan-integrated-transport-strategy-2026.txt) The community-transport action is equity-focused, because it targets older residents and people living with disabilities for essential services and community participation. (Source: ballan-integrated-transport-strategy-2026.txt) The level-crossing action names 4 crossings: Cowie Street, Ingliston Road, Windle Street and Old Geelong Road. (Source: ballan-integrated-transport-strategy-2026.txt) The rail-service action targets the Melbourne-Ararat railway line during both peak and off-peak periods. (Source: ballan-integrated-transport-strategy-2026.txt) The mechanism is that local buses, FlexiRide and community transport solve different access problems: buses provide scheduled coverage, FlexiRide provides pre-booked flexible routing, and community transport provides supportive trips where mainstream services are unsuitable. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy’s public-transport actions are mostly advocacy actions, which means implementation depends on state funding, service planning, operator availability and rail-safety approvals rather than only Council capital works. (Source: ballan-integrated-transport-strategy-2026.txt)

Public Transport Dependency: PT-01

PT-01 is a short term public or volunteer transport action assigned to Victorian Government. (Source: ballan-integrated-transport-strategy-2026.txt) PT-01 addresses local public transport coverage. (Source: ballan-integrated-transport-strategy-2026.txt) PT-01 links to Ballan public transport because it changes service coverage, service frequency, equity of access or rail-crossing safety. (Source: ballan-integrated-transport-strategy-2026.txt) PT-01 remains implementation-uncertain because the source strategy does not identify a funded program, service timetable, operating subsidy, patronage target, rail-infrastructure scope or delivery agency commitment. (Source: ballan-integrated-transport-strategy-2026.txt)

Public Transport Dependency: PT-02

PT-02 is a short term public or volunteer transport action assigned to Moorabool Shire Council / Community organisations. (Source: ballan-integrated-transport-strategy-2026.txt) PT-02 addresses equity and access. (Source: ballan-integrated-transport-strategy-2026.txt) PT-02 links to Ballan public transport because it changes service coverage, service frequency, equity of access or rail-crossing safety. (Source: ballan-integrated-transport-strategy-2026.txt) PT-02 remains implementation-uncertain because the source strategy does not identify a funded program, service timetable, operating subsidy, patronage target, rail-infrastructure scope or delivery agency commitment. (Source: ballan-integrated-transport-strategy-2026.txt)

Public Transport Dependency: PT-03

PT-03 is a short term to medium term public or volunteer transport action assigned to Victorian Government / Developer. (Source: ballan-integrated-transport-strategy-2026.txt) PT-03 addresses rail crossing safety and permeability. (Source: ballan-integrated-transport-strategy-2026.txt) PT-03 links to Ballan public transport because it changes service coverage, service frequency, equity of access or rail-crossing safety. (Source: ballan-integrated-transport-strategy-2026.txt) PT-03 remains implementation-uncertain because the source strategy does not identify a funded program, service timetable, operating subsidy, patronage target, rail-infrastructure scope or delivery agency commitment. (Source: ballan-integrated-transport-strategy-2026.txt)

Public Transport Dependency: PT-04

PT-04 is a short term public or volunteer transport action assig

Condensed production note: detailed source files remain in the repository/extracted evidence corpus; rely on the cited mechanism summary and linked major pages for current advice.

11. Movement And Place Framework

The strategy uses Movement and Place 2019 to distinguish transport corridors from civic places. (Source: ballan-integrated-transport-strategy-2026.txt) It identifies connectors such as Geelong-Ballan Road as transition corridors between high-speed roads and lower-speed streets, with Victorian Government management and possible Council input at intersections and separated bike-path corridors. (Source: ballan-integrated-transport-strategy-2026.txt) It identifies activity streets and boulevards such as Fisken Street, Duncan Street, Atkinson Street, Blackwood Street and priority routes in new subdivisions as lower-speed streets accommodating pedestrians and cyclists with separation where possible. (Source: ballan-integrated-transport-strategy-2026.txt) It identifies Inglis Street as a city hub with high movement demand, business and cultural functions, high pedestrian volumes, multi-modal travel, public transport access and emergency-service access. (Source: ballan-integrated-transport-strategy-2026.txt) It identifies local streets as residential access places for walking, cycling and socialising, generally Council-managed, lower speed, traffic-calmed and supported by pedestrian crossings, minimum 1.5 metre footpaths and green space. (Source: ballan-integrated-transport-strategy-2026.txt) It identifies city places including Caledonian Park, Ballan Recreation Reserve and Mill Park Reserve as people-focused spaces with little or no vehicle access and Council responsibility. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy states that local streets typically feature minimum 1.5 metre wide footpaths. (Source: ballan-integrated-transport-strategy-2026.txt) The practical implication for subdivision design is that street cross-sections must be selected by function, not only by traffic volume. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy requires developers to adopt specific cross-sections for street designs, with the Infrastructure Design Manual as the primary source for local street network cross-sectional elements. (Source: ballan-integrated-transport-strategy-2026.txt) For older areas, Council will consider upgrades consistent with new-development cross-sections or suitable variations that respond to existing infrastructure constraints and rural appeal. (Source: ballan-integrated-transport-strategy-2026.txt)

12. Growth Area Interfaces

The Ballan Framework Plan identifies 7 precincts for new housing, plus a residential investigation area and an industrial investigation area. (Source: ballan-integrated-transport-strategy-2026.txt) The transport strategy does not reproduce a land-use budget for the 7 precincts, but it uses the framework plan to connect future housing areas to roads, paths and open spaces. (Source: ballan-integrated-transport-strategy-2026.txt) Growth Precinct 5 is specifically tied to active-transport delivery through a Werribee River shared path and a new pedestrian bridge. (Source: ballan-integrated-transport-strategy-2026.txt) Southern residential growth is specifically tied to the Stead Street underpass conversion and the Denholms Road realignment as an extension of Cowie Street. (Source: ballan-integrated-transport-strategy-2026.txt) Northern growth zones are specifically tied to more direct Western Freeway road links and to possible Werribee River / Western Freeway active-transport access toward Carween Lane. (Source: ballan-integrated-transport-strategy-2026.txt) New growth areas are specifically tied to shared paths along Geelong-Ballan Road, Old Melbourne Road, Old Geelong Road, Windle Street, Stead Street, Walsh Street, Denholms Road and Gillespies Lane. (Source: ballan-integrated-transport-strategy-2026.txt) The Gillespies Lane shared path is specifically tied to a gas-main easement. (Source: ballan-integrated-transport-strategy-2026.txt) This creates a multi-asset dependency for growth-area feasibility: roads, paths, crossings, parking, drainage, rail interfaces and easements all need to be resolved in subdivision design, not after lots are sold. (Source: ballan-integrated-transport-strategy-2026.txt)

13. Funding And Delivery Architecture

The strategy assigns Victorian Government responsibility to major projects on state-managed roads, intersections and public transport. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy assigns developer responsibility to infrastructure within new developments and other projects related to growth of those developments. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy assigns Moorabool Shire Council responsibility to local design standards, project coordination, and possible co-funding or direct delivery of community transport enhancements. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy assigns community organisations responsibility for operating community-based projects with state, local and community funding. (Source: ballan-integrated-transport-strategy-2026.txt) The parking section specifically references Shared Infrastructure Funding Plans and/or the Development Contribution Program for Walsh Street parking associated with new residential development south of the railway station. (Source: ballan-integrated-transport-strategy-2026.txt) The public-transport section states that urbanisation of rail crossings may be advocated through development contributions, with funding responsibility potentially shared by developers. (Source: ballan-integrated-transport-strategy-2026.txt) The mechanism is a blended funding model: state assets require advocacy and state approvals, local assets require Council capital programming, growth assets require developer delivery or contributions, and community transport requires operating organisations. (Source: ballan-integrated-transport-strategy-2026.txt) The missing DCP schedules are critical because the source document does not specify whether each developer action is direct works, cash contribution, reimbursable works-in-kind, or a condition-specific requirement. (Source: ballan-integrated-transport-strategy-2026.txt)

14. Contested Issues And Community Feedback

Council conducted a Have Your Say survey in 2024 to understand community transport needs in Ballan. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy reports 5 community feedback pillars: safer walking paths, traffic management, parking solutions, public transport enhancements, and collaboration with authorities. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy includes community comments stating that walking in an 80 km/h zone is not safe, that there is very little public transport in Ballan, and that congestion in Inglis Street is growing. (Source: ballan-integrated-transport-strategy-2026.txt) The strategy does not provide the number of survey responses, number of submissions, respondent demographics, mapped comments, support levels for each action, or any unresolved objections. (Source: ballan-integrated-transport-strategy-2026.txt) The contested issue of speed and vulnerability is nevertheless clear: the community concern about 80 km/h walking environments aligns with the strategy’s Movement and Place evidence that pedestrian survival or serious-injury avoidance falls sharply between 30 km/h, 40 km/h and 50 km/h. (Source: ballan-integrated-transport-strategy-2026.txt) The contested issue of public transport is also clear: the community concern about very little public transport aligns with the strategy’s statement that Ballan lacks a local bus service. (Source: ballan-integrated-transport-strategy-2026.txt) The contested issue of Inglis Street congestion is also clear: the community concern aligns with the strategy’s actions for raised crossings, a pedestrian precinct, path widening, parking access management and a Cowie Street roundabout. (Source: ballan-integrated-transport-strategy-2026.txt) The absence of raw consultation data prevents a full submissions analysis under the schema standard. (Source: ballan-integrated-transport-strategy-2026.txt)

15. Critical Path

Step 1: Confirm growth staging and settlement boundary assumptions

The strategy requires review if the Ballan Settlement Boundary changes. (Source: ballan-integrated-transport-strategy-2026.txt) Planning implication: confirm growth staging and settlement boundary assumptions is part of the critical path for avoiding a mismatch between housing growth and transport service levels. (Source: ballan-integrated-transport-strategy-2026.txt)

Step 2: Secure evidence from the 2020 Ballan Transport Study Traffic Engineering Review

The strategy relies on traffic modelling but does not publish model outputs in the corpus. (Source: ballan-integrated-transport-strategy-2026.txt) Planning implication: secure evidence from the 2020 ballan transport study traffic engineering review is part of the critical path for avoiding a mismatch between housing growth and transport service levels. (Source: ballan-integrated-transport-strategy-2026.txt)

Step 3: Lock subdivision street hierarchy and active-transport corridors into permit conditions

Developer actions span internal active routes, shared paths, frontage upgrades, Walsh Street parking and growth-area roads. (Source: ballan-integrated-transport-strategy-2026.txt) Planning implication: lock subdivision street hierarchy and active-transport corridors into permit conditions is part of the critical path for avoiding a mismatch between housing growth and transport service levels. (Source: ballan-integrated-transport-strategy-2026.txt)

Step 4: Resolve state-road and rail-interface approvals

Roundabouts, turn treatments, rail-crossing upgrades and rail-service changes require Victorian Government or rail-agency involvement. (Source: ballan-integrated-transport-strategy-2026.txt) Planning implication: resolve state-road and rail-interface approvals is part of the critical path for avoiding a mismatch between housing growth and transport service levels. (Source: ballan-integrated-transport-strategy-2026.txt)

Step 5: Fund early safety and accessibility works in established areas

Short-term Council actions include street-lighting investigation, missing footpaths, Inglis Street path widening, drive-and-stride school locations and Atkinson Street parking study. (Source: ballan-integrated-transport-strategy-2026.txt) Planning implication: fund early safety and accessibility works in established areas is part of the critical path for avoiding a mismatch between housing growth and transport service levels. (Source: ballan-integrated-transport-strategy-2026.txt)

Step 6: Deliver severance solutions before growth areas become car-dependent

Werribee River, Western Freeway and Melbourne-Ararat railway line crossings are central to active transport feasibility. (Source: ballan-integrated-transport-strategy-2026.txt) Planning implication: deliver severance solutions before growth areas become car-dependent is part of the critical path for avoiding a mismatch between housing growth and transport service levels. (Source: ballan-integrated-transport-strategy-2026.txt)

Step 7: Review the strategy in 2035 or earlier if growth or state policy changes

The strategy explicitly nominates 2035 review because of Ballan forecast growth and development rate. (Source: ballan-integrated-transport-strategy-2026.txt) Planning implication: review the strategy in 2035 or earlier if growth or state policy changes is part of the critical path for avoiding a mismatch between housing growth and transport service levels. (Source: ballan-integrated-transport-strategy-2026.txt)

Size Contract Note

This page was compacted for UI and Obsidian readability. The underlying source documents and extracted text remain in the evidence corpus.

Source-limit caveat: this is a major transport mechanism page and remains final-grade only when final route design, funding, timing and statutory delivery responsibilities are present.

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