title: Road Asset Management Plan council: mitchell state: vic category: infrastructure classification: MINOR status: unknown last_compiled: 2026-05-31 source_docs:
- 10-Year-Asset-Plan-2025-2035-2.pdf
- Road Asset Management Plan Part B.pdf
Road Asset Management Plan
Mitchell Shire’s road asset planning problem is a renewal-and-growth squeeze: the road network is already large, renewal funding is below modelled need, and rapid population growth is adding new road, footpath, kerb and traffic infrastructure that Council must maintain for the life of each asset (Source: Road Asset Management Plan Part B.pdf, pp.1-2; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, pp.16-19). The practical planning implication is that growth-areas, precinct-structure-plans, infrastructure-contributions-plans, and township structure planning cannot be assessed only by upfront construction delivery, because each new road asset creates a long-term operations, maintenance and renewal liability for Council (Source: Road Asset Management Plan Part B.pdf, p.38; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.19).
Background
The detailed Road Asset Management Plan Part B was drafted in June 2018 and updated in September 2019 to include new condition data (Source: Road Asset Management Plan Part B.pdf). It covers sealed road pavements, sealed surfaces, unsealed road pavements, footpaths, cycleways, kerb and channel assets, and describes the funding required to provide road-related services over a 20-year planning period (Source: Road Asset Management Plan Part B.pdf, p.1). The later 10-Year Asset Plan 2025-2035 places roads and footpaths inside the broader Council asset portfolio, which had an estimated replacement cost of about $1.23 billion in 2025 (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.5).
Council’s 2025 Asset Plan identifies roads and footpaths as the largest asset class by value, with 815 km of sealed roads, 766 km of unsealed roads, 445 km of footpaths, 304 bridges and major culverts, 633 km of kerbs, 219 traffic devices, and an asset value of $612 million (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.14). The older Road Asset Management Plan recorded a smaller road-related network of 1,408 km of roads, made up of 689 km sealed and 718 km unsealed roads, plus 214 km of footpaths and walking tracks and 427 km of kerb and channel (Source: Road Asset Management Plan Part B.pdf, p.1). The difference between the 2018-2019 road asset quantities and the 2025 Asset Plan quantities is itself analytically important, because it shows how quickly Mitchell’s asset base has expanded and why historical renewal settings may no longer match the current network (Source: Road Asset Management Plan Part B.pdf, p.19; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.14).
Analysis
Network Scale and Growth Exposure
The Road Asset Management Plan estimated the renewal value of the road-related asset class at 294.7 million as at June 2018 (Source: Road Asset Management Plan Part B.pdf, p.1). The 2025 Asset Plan records roads and footpaths at 612 million, which means the current public-facing asset portfolio value for this class is more than double the 2018 road AMP valuation base (Source: Road Asset Management Plan Part B.pdf, p.42; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.14). This comparison should be treated cautiously because the documents may not use identical asset-category boundaries, but it still indicates that road and path renewal planning is now operating against a materially larger asset base than the Road AMP originally modelled (Source: Road Asset Management Plan Part B.pdf, p.19; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.14).
The growth mechanism is straightforward: new subdivisions deliver new local roads and related assets, but Council inherits the operating, maintenance, management, depreciation and eventual renewal costs once those assets are gifted or handed over (Source: Road Asset Management Plan Part B.pdf, p.38). The 2025 Asset Plan states this same mechanism in broader terms, noting that developers cover the majority of upfront costs for new growth while Council remains responsible for ongoing maintenance and service delivery over the life of the asset (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.19). This means developer-contributions and infrastructure-contributions-plans reduce the immediate capital burden of growth-related infrastructure, but they do not remove Council’s long-term renewal exposure (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, pp.17, 24).
The pressure is spatially concentrated in growth settlements. The 2025 Asset Plan identifies Kilmore, Wallan and Beveridge as key suburbs where expected growth is driving targeted infrastructure investment (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.17). The same plan projects Beveridge from 9,082 people in 2025 to 104,066 people in 2045, Wallan from 18,758 to 49,123 people, and Kilmore-Kilmore East from 12,269 to 24,000 people (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.17). At whole-of-council scale, the 2025 Asset Plan projects Mitchell Shire from 64,175 people in 2025 to 209,508 people in 2045, a growth rate of 226.5% (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.17).
Renewal Funding Gap
The Road Asset Management Plan identified projected road-related outlays of 104 million over its 10-year planning period, or 10.4 million per year on average (Source: Road Asset Management Plan Part B.pdf, p.2). It identified estimated available funding of 57 million over the same period, or 5.7 million per year, equal to 55% of the cost to sustain current service levels at the lowest lifecycle cost (Source: Road Asset Management Plan Part B.pdf, p.2). The resulting shortfall was 4.6 million per year in the executive summary and 4.7 million per year in the financial section, reflecting a material underfunding position rather than a rounding-level variance (Source: Road Asset Management Plan Part B.pdf, pp.2, 43).
The Road Asset Management Plan’s Asset Renewal Funding Ratio was 39%, meaning Council expected to have 39% of the funds required for optimal renewal and replacement over the following 10 years (Source: Road Asset Management Plan Part B.pdf, p.43). The plan linked an unaddressed funding gap to continued network deterioration, poor asset performance, asset failure, public health and safety liability, loss of financial and economic viability, reputational impacts, and declining community satisfaction and public confidence (Source: Road Asset Management Plan Part B.pdf, p.43). The mechanism is that deferred renewal does not simply postpone cost; it can move assets from routine renewal into more expensive reconstruction, while also increasing maintenance demand and service risk (Source: Road Asset Management Plan Part B.pdf, pp.24-26, 40-41).
The 2025 Asset Plan shows the renewal gap has not disappeared at the broader portfolio level. For roads, Council’s actual renewal investment is shown as 8.2 million per year, while sustainable investment is shown as 26.5 million per year and desired investment as $28.0 million per year (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.18). This indicates that the road renewal program is funding about 31% of the sustainable renewal benchmark and about 29% of the desired renewal benchmark, based on the figures presented in the 2025 Asset Plan (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.18). In practical terms, the current gap is larger than the older Road AMP gap because the 2025 portfolio has grown and the benchmarked renewal requirement has risen (Source: Road Asset Management Plan Part B.pdf, p.43; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.18).
Condition, Service Levels and Community Expectations
The Road Asset Management Plan states that Mitchell had not yet defined current levels of service for road assets, even though the road classification structure had been determined (Source: Road Asset Management Plan Part B.pdf, p.1). This is a core governance issue because without agreed customer and technical service levels, Council cannot reliably price the cost of maintaining each hierarchy class to a defined standard (Source: Road Asset Management Plan Part B.pdf, pp.10-13). The plan therefore treats service-level definition as a foundation task, not a cosmetic reporting issue (Source: Road Asset Management Plan Part B.pdf, p.13).
Community satisfaction data in the Road Asset Management Plan showed sealed local roads scoring 43 out of 100 in 2017-18, unsealed roads scoring 41 out of 100, and streets and footpaths scoring 41 out of 100 (Source: Road Asset Management Plan Part B.pdf, p.14). The same survey showed unsealed roads and sealed local roads each had an importance score of 81, with performance scores of 41 and 43 respectively, producing negative differential gaps of -40 for unsealed roads and -38 for sealed local roads (Source: Road Asset Management Plan Part B.pdf, p.14). This means the road assets that residents considered most important were also among the weakest-performing service areas (Source: Road Asset Management Plan Part B.pdf, p.14).
The 2025 Asset Plan confirms the same community-priority pattern through deliberative engagement. Sealed roads were ranked the first priority for attention, footpaths and shared paths second, and unsealed roads third (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.12). Condition satisfaction was 5.4 against an expectation of 7.0 for sealed roads, 4.2 against 6.5 for unsealed roads, and 5.2 against 7.4 for footpaths and shared paths (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.6). Capacity-to-meet-demand satisfaction was 3.4 out of 5 for sealed roads, 2.7 out of 5 for unsealed roads, and 3.1 out of 5 for footpaths and shared paths (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.10).
The condition profile in the Road Asset Management Plan also shows why community concern can persist even where some engineering indicators appear acceptable. The plan found that 4.5% of major road assets were at or nearing end of life, representing about $12.9 million of renewal backlog at the time of the condition analysis (Source: Road Asset Management Plan Part B.pdf, p.21). It also found that 9% of sealed road surfaces required renewal at the common condition intervention score of 7 (Source: Road Asset Management Plan Part B.pdf, p.24). Footpaths were more exposed, with 8.4% of the footpath network at the condition 7 intervention point and a significant amount of condition 6 pathway stock expected to transition into intervention condition in coming years (Source: Road Asset Management Plan Part B.pdf, p.24).
Hierarchy and Network Function
Council’s road hierarchy distinguishes freeways and arterial roads managed by VicRoads from local link, collector, access, laneway and fire access track functions managed or considered by Council in different ways (Source: Road Asset Management Plan Part B.pdf, pp.8-9). Link roads connect collector roads to the arterial network and significant locations, carry a high percentage of through traffic, and generally carry higher traffic volumes, speeds and heavy-vehicle proportions (Source: Road Asset Management Plan Part B.pdf, p.9). Collector roads distribute traffic between access roads and the broader network, while access roads primarily provide direct property and industry access at lower volumes and speeds (Source: Road Asset Management Plan Part B.pdf, p.9).
This hierarchy matters because the correct renewal treatment for a road depends on its function, traffic load, heavy-vehicle exposure and role in access continuity (Source: Road Asset Management Plan Part B.pdf, pp.8-12). The Road Asset Management Plan explicitly identified the need to analyse roads that do not meet their allocated hierarchy classification and determine whether each road requires upgrade, reclassification or differential treatment along its chainage (Source: Road Asset Management Plan Part B.pdf, p.46). That action is significant for township-structure-plans and precinct-structure-plans, because changed land use can turn a local access road into a collector or link-function road before the physical road has been upgraded to match that function (Source: Road Asset Management Plan Part B.pdf, pp.16-18).
Footpaths use a three-category hierarchy based on pedestrian usage, with Category 1 covering town and village centres, Category 2 covering strategic routes to hospitals, churches, schools, aged hostels and other significant destinations, and Category 3 covering residential access paths (Source: Road Asset Management Plan Part B.pdf, pp.9-10). This creates an accessibility mechanism: missing links or poor-condition paths near schools, town centres and health destinations have a higher service consequence than equivalent defects in low-use residential settings (Source: Road Asset Management Plan Part B.pdf, pp.9-10, 14).
Demand Drivers and Freight Pressure
The Road Asset Management Plan identified sustained population growth of about 4% per year and recorded a projected increase from 41,635 people in 2016 to 91,830 people in 2036 (Source: Road Asset Management Plan Part B.pdf, p.16). It also recorded that Council had increased its road asset base by an annual average of 7.6 km over the preceding eight years, mainly in Wallan, Beveridge and Kilmore (Source: Road Asset Management Plan Part B.pdf, p.16). The 2025 Asset Plan’s longer-range population figures indicate that this growth pattern has intensified, with Council-wide population projected to reach 209,508 by 2045 (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.17).
The Road Asset Management Plan identified capacity concerns including insufficient carriageway widths and pavement strengths to cater for increasing traffic volumes (Source: Road Asset Management Plan Part B.pdf, p.16). It also noted that expansion of the Urban Growth Boundary to include Beveridge and Wallan South could increase the prevalence of these capacity issues (Source: Road Asset Management Plan Part B.pdf, p.16). This links local road asset planning directly to urban-growth-boundary, beveridge, and wallan-south growth planning (Source: Road Asset Management Plan Part B.pdf, p.16).
Freight is a separate demand mechanism from residential population growth. The Road Asset Management Plan identified emerging heavy-vehicle patterns related to quarries, grain storage and forest harvesting (Source: Road Asset Management Plan Part B.pdf, p.16). It stated that freight volume across all transport modes was expected to grow by around 100% by 2030 from current levels, and that greater heavy-vehicle volumes could accelerate pavement deterioration (Source: Road Asset Management Plan Part B.pdf, p.17). The plan’s demand-management response includes restricting vehicle types on parts of the road network, using load limits to prolong useful life and maintain safety, planning network improvements around major land use changes, and working with others to define a priority freight network (Source: Road Asset Management Plan Part B.pdf, p.18).
Risk and Asset Management Capability
The Road Asset Management Plan identifies four high-rated infrastructure risks: roads deteriorating to a lower service standard and higher-risk condition, road damage from major storm events, non-compliance with Road Management Plan inspection and response standards, and road asset lives not being maximised because of insufficient renewal and maintenance funding (Source: Road Asset Management Plan Part B.pdf, pp.40-41). The treatment actions include updating road data, developing a service strategy, improving asset management systems, considering climate resilience at project planning stage, targeted infrastructure improvements for storm impacts, Road Management Plan performance reporting, and reviewing maintenance and renewal funding allocations (Source: Road Asset Management Plan Part B.pdf, pp.40-41).
The plan also states that no critical road assets had been identified at that time and that Council needed to conduct a road network review to identify and record critical infrastructure (Source: Road Asset Management Plan Part B.pdf, p.41). This is a material analytical gap because critical roads, bridges, culverts and access links usually carry higher consequences of failure for emergency access, freight continuity, township connectivity and isolated rural communities (Source: Road Asset Management Plan Part B.pdf, p.41). Without a completed critical-assets register, the renewal program cannot be fully risk-weighted across the road network (Source: Road Asset Management Plan Part B.pdf, pp.40-41).
The 2025 Asset Plan records that Council undertook an asset management maturity assessment in 2024 using the International Infrastructure Management Manual framework (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.21). The maturity chart shows current scores below target scores across core competencies, including strategic direction, levels of service, demand forecasting, asset performance, strategic asset management plans, managing risk, operational planning, capital works planning, financial planning, asset management plans, people and leaders, data and information, information systems, processes, outsourcing and procurement, and continual improvement (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.21). The planning implication is that Council’s ability to close the road renewal gap depends not only on more funding, but also on better service definition, data quality, prioritisation, renewal modelling and lifecycle costing (Source: Road Asset Management Plan Part B.pdf, pp.44-49; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.21).
Current Status
The current status of the specific Road Asset Management Plan is not confirmed in the supplied corpus, because the detailed road AMP source was last updated in September 2019 and the 2025 Asset Plan lists the Road Asset Management Plan as a related document without supplying an updated road AMP adoption date (Source: Road Asset Management Plan Part B.pdf; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.28). The broader 10-Year Asset Plan 2025-2035 is identified as Version 2.0, authorised by Council on 15 September 2025, and marked as a regulatory policy (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.28). For this wiki page, the Road Asset Management Plan should therefore be treated as an active but currency-uncertain supporting plan until a current adopted road AMP or Council resolution is located (Source: Road Asset Management Plan Part B.pdf; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.28).
Dependencies
- Blocks: A fully costed road renewal strategy is blocked until Council defines and prices agreed customer and technical levels of service for each road and footpath hierarchy class (Source: Road Asset Management Plan Part B.pdf, pp.10-13).
- Blocks: Risk-weighted renewal prioritisation is limited until Council identifies and records critical road infrastructure across the network (Source: Road Asset Management Plan Part B.pdf, p.41).
- Blocked by: The road renewal program is blocked by a funding gap, with the older Road AMP identifying only 39% renewal funding coverage and the 2025 Asset Plan showing roads actual renewal investment below sustainable and desired benchmarks (Source: Road Asset Management Plan Part B.pdf, p.43; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.18).
- Blocked by: Reliable long-term prioritisation is constrained by data confidence rated C - Uncertain in the Road Asset Management Plan, including uncertainty in maintenance expenditure, projected renewal expense, network renewals and upgrade/new expenditure (Source: Road Asset Management Plan Part B.pdf, pp.44-45).
- Informed by: The Road Asset Management Plan is informed by the Council Plan, Road Management Plan, Environment Strategy, Economic Development Strategy, Plan Melbourne 2017-2050, Hume Regional Growth Plan, Precinct Structure Plans, Township Structure Plans and Infrastructure Contributions Plan (Source: Road Asset Management Plan Part B.pdf, p.18).
- Implements: The 2025 Asset Plan aligns asset planning with the Community Vision 2050, Council Plan, Financial Plan and Asset Management Policy (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.5).
- Conflicts with: Growth delivery creates tension with renewal sustainability because new assets are required for population growth while existing assets require increasing maintenance and renewal investment (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, pp.16-19).
Cross-Jurisdictional Links
Road asset planning has a direct interface with VicRoads or the relevant state road authority because freeways, highways and arterial roads are identified as state-managed rather than Council-managed assets (Source: Road Asset Management Plan Part B.pdf, pp.8-9). Local link roads connect collector roads to the arterial network, so changes in arterial capacity, freight routing or growth-area access can shift demand onto Council-managed link and collector roads (Source: Road Asset Management Plan Part B.pdf, pp.8-9, 16-18). The Road Asset Management Plan also identifies Plan Melbourne 2017-2050 and the Hume Regional Growth Plan as strategic documents relevant to road asset demand and planning direction (Source: Road Asset Management Plan Part B.pdf, p.18).
Shared-services funding is identified in the 2025 Asset Plan as a potential funding option involving collaboration with neighbouring councils or alliances to share infrastructure costs and services (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.26). This is relevant to road asset management where freight routes, emergency access, regional cycling corridors or boundary roads cross municipal boundaries, but the supplied source documents do not identify specific neighbouring-council projects or shared road programs (Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.26).
Gaps in This Analysis
The supplied corpus contains one older detailed Road Asset Management Plan and two extracted copies of the 2025-2035 Asset Plan, so it does not provide a current adopted road AMP with 2025 asset quantities, 2025 condition data, updated renewal modelling or updated capital works priorities (Source: Road Asset Management Plan Part B.pdf; Source: 10-Year-Asset-Plan-2025-2035-2.pdf). This should be logged in _gaps as an important currency gap because the 2025 Asset Plan shows materially larger road and footpath asset quantities and values than the older Road AMP (Source: Road Asset Management Plan Part B.pdf, p.19; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.14).
The corpus does not include the Road Management Plan, even though the Road AMP relies on it for inspection standards, defect response, hierarchy application and maintenance compliance (Source: Road Asset Management Plan Part B.pdf, pp.8-12, 26, 40-41). This should be logged in _gaps because the Road Management Plan is needed to test whether funding, inspection schedules and response standards align with statutory road-management obligations (Source: Road Asset Management Plan Part B.pdf, pp.26, 40-41).
The corpus does not include the Long Term Financial Plan, annual capital works program, road renewal project list, pavement management outputs, traffic-count datasets, freight-route study, or critical-assets review (Source: Road Asset Management Plan Part B.pdf, pp.43-49). This limits the analysis because the available documents quantify the funding gap but do not identify which specific roads, bridges, footpaths or kerb sections are scheduled, deferred or unfunded (Source: Road Asset Management Plan Part B.pdf, pp.39, 43-49).
The corpus does not include current precinct-structure-plans, township-structure-plans or infrastructure-contributions-plans for the growth areas that are adding road assets to Council’s network (Source: Road Asset Management Plan Part B.pdf, p.18; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, p.17). This limits cross-document analysis because the road asset plan explains the lifecycle liability mechanism but does not quantify the road-kilometre, kerb, footpath or traffic-device additions expected from each growth precinct (Source: Road Asset Management Plan Part B.pdf, p.38; Source: 10-Year-Asset-Plan-2025-2035-2.pdf, pp.17-19).