--- title: "APN Research: Economic Friction Points vs. Legislative Override: An Analysis of the NSW Low and Mid-Rise Housing Policy (Stage 2) Under-Delivery" url: https://australianproperty.network/apn-research/apn-research-economic-friction-points-vs-legislative-override-an-analysis-of-the-nsw-low-and-mid-rise-housing-policy-stage-2-under-delivery/ date: 2025-10-20 modified: 2026-08-28 lang: en author: "APN Academy" description: "The NSW Low and Mid-Rise Housing Policy (Stage 2) succeeded in legislatively overriding local planning controls across 171 transport hubs, but has failed to generate the anticipated surge in housing commencements. Severe economic headwinds -- a 30% rise in material costs and a national shortage of 130,000 skilled workers -- have created a Residual Land Value Gap that leaves an estimated 60% of rezoned sites as 'Paper Rezonings'." word_count: 3124 --- # APN Research: Economic Friction Points vs. Legislative Override: An Analysis of the NSW Low and Mid-Rise Housing Policy (Stage 2) Under-Delivery APN Research — Housing Supply & Planning Policy # Economic Friction Points vs. Legislative Override: An Analysis of the NSW Low and Mid-Rise Housing Policy (Stage 2) Under-Delivery The strategic goal of the NSW Low and Mid-Rise Housing Policy (Stage 2) was to rapidly address the state's significant “missing middle” housing shortage by legislatively overriding restrictive local planning controls across 171 nominated transport hubs. While the policy represents a foundational success in achieving widespread rezoning—an undeniable legislative achievement that removed major regulatory barriers—the evidence confirms a demonstrable failure to generate the anticipated immediate mass supply of new housing commencements. [Back to APN Research →](https://australianproperty.network/apn-research/) 1EXECUTIVE SUMMARY: THE FAILURE OF ZONING ALONE The strategic goal of the NSW Low and Mid-Rise Housing Policy (Stage 2) was to rapidly address the state's significant "missing middle" housing shortage by legislatively overriding restrictive local planning controls across 171 nominated transport hubs.1 While the policy represents a foundational success in achieving widespread rezoning—an undeniable legislative achievement that removed major regulatory barriers—the evidence confirms a demonstrable failure to generate the anticipated immediate mass supply of new housing commencements. This outcome is a direct consequence of severe and acute economic headwinds, validating the premise of the *APN Future Development Pipeline Index™*: **legislative capacity is a necessary but insufficient condition for housing delivery; economic viability is the decisive mechanism.** #### Strategic Findings and Validation of the APN Future Development Pipeline Index™ The analysis confirms that the index framework is validated by the clear decoupling of development potential from actual activity. Despite the policy mandating maximum possible zoning density—up to 2.2:1 Floor Space Ratio (FSR) and 6 storeys 3—the Department of Planning, Housing and Infrastructure (DPHI) has publicly acknowledged that Development Applications (DAs) that have received approval are subsequently stalling due to "financial feasibility issues relating from increased costs".4 This demonstrates that regulatory permission has been granted, but the underlying economics prohibit execution. The primary economic friction points identified have created a significant *Residual Land Value (RLV) Gap*. This gap occurs when the high, inflated cost of construction, coupled with statutory levies and other input costs, exceeds the achievable RLV, thereby making the transaction price demanded by landowners (based on the new theoretical density) unprofitable for developers. #### Key Quantification Metrics: Supply Bottleneck and Economic Headwinds The lack of immediate supply uplift is quantified by the substantial gap between the policy’s stated ambition and realized market activity. The policy targets the delivery of 112,000 new homes over five years 1, implying an annual target of 22,400 homes attributable to these new provisions. While one broad metric suggests 28,000 new homes have been delivered since policy implementation 2, only a negligible fraction of this figure can be reasonably attributed to new mid-rise apartment commencements in the post-February 2025 period, given the extensive project lead times required for site aggregation, planning, and financing for 4- to 6-storey typologies. Furthermore, the policy’s implementation coincided with extreme national inflationary pressures. The policy's viability was immediately undermined by a cost shock that included a cited **30% increase in material costs since 2023** and an estimated national deficit of **130,000 skilled workers**.2 These factors rendered any underlying construction cost assumptions used in DPHI's initial feasibility modelling 4 obsolete from the point of gazettal. 2POLICY FOUNDATION AND LEGISLATIVE CONTEXT This section details the specific legislative achievements of the policy, focusing on the mandated standards, while also highlighting critical structural flaws concerning transparency regarding the economic assumptions that underpin the reforms. #### The NSW Housing Crisis and the Rationale for Stage 2 The policy was conceived as a structural supply response aimed at increasing housing choice and density, specifically targeting the 'missing middle' housing typology—terraces, townhouses, and mid-rise apartments.1 Its significance lies not merely in the numerical target but in the fundamental change to development rights. The state-level intervention successfully removed a major regulatory barrier by legislatively overriding local restrictions. Prior to the reform, only 2 of 33 Greater Sydney councils permitted terraces and townhouses in low-density zones.1 The policy’s application is defined within Chapter 6 of the State Environmental Planning Policy (Housing) 2021 (Housing SEPP).3 #### Definitive Policy Standards: Height, FSR, and the 800m Radius Mandates The Low and Mid-Rise Housing Policy applies to residential zones (R1, R2, R3, R4) located within 800 meters walking distance of the entrance to 171 nominated town centres or transport stations.3 The reform introduces non-discretionary development standards that prevail over any more restrictive local controls.3 This provides the maximum legislative capacity for developers to pursue higher density. The specific standards mandated for Residential Flat Buildings (the core mid-rise type) in R3 and R4 zones establish clear uplift thresholds: Table 1: Definitive Non-Discretionary Standards for Residential Flat Buildings (R3 and R4 Zones) | **Location relative to Centre/Station** | **Maximum Height (m)** | **Maximum Storeys** | **Maximum FSR** | **Source** | | --------------------------------------- | ---------------------- | ------------------- | --------------- | ---------- | | 0–400m (Inner Area) | 22m | 6 | 2.2:1 | 3 | | 400–800m (Outer Area) | 17.5m | 4 | 1.5:1 | 3 | The most important feature of these new standards is their **non-discretionary** status. This means that a consent authority (local council) cannot legally refuse an application on the grounds of non-compliance with a stricter local height, FSR, or lot size standard if the proposal meets these state-mandated metrics.3 This legislative action successfully removes planning friction. #### Policy Transparency: DPHI Feasibility Modelling and Data Gaps A critical structural issue is the lack of transparency surrounding the economic foundation of the policy. The DPHI confirms that it conducted "site specific feasibility testing and broad regional feasibility testing" for all housing initiatives listed, including the Low and Mid-Rise policy.4 Furthermore, the Department stated that information regarding construction cost assumptions and modeling used for this feasibility testing is "publicly available".4 However, further analysis demonstrates a fundamental contradiction and a significant data gap. Multiple attempts to source this critical economic information—specifically the Residual Land Value (RLV) methodology and the actual construction cost assumptions used by the government—failed to locate the data on the Department's official policy guidance pages.3 The failure to release the technical RLV calculations, despite claiming they are public, forces market participants to assume a higher degree of risk and uncertainty, immediately raising the minimum acceptable profit margin (hurdle rate) for any project. Had the DPHI’s RLV calculations been economically sound under prevailing market conditions, releasing them would serve to justify the policy's efficacy and reduce the developer's perceived risk. The documented non-release suggests the government’s initial economic assumptions are fundamentally disconnected from the current high-cost market reality, further discouraging developers from proceeding with site acquisition and planning. 3QUANTIFICATION OF SUPPLY BOTTLENECK This section confirms the failure to translate the mandated legislative capacity into realized physical supply, linking this inertia directly to financial causes rather than regulatory ones. #### The 112,000-Home Target vs. Realized DAs and Commencements The policy's ambitious target of 112,000 new homes over five years 1 necessitates rapid deployment of the new density rights. While one source indicates 28,000 homes have been delivered under various NSW housing initiatives since implementation 2, the bulk of the intended mass supply is meant to come from the higher-density 4- and 6-storey apartment typology. The typical development cycle for a complex apartment project—site amalgamation, DA submission, approval, financing, and commencement—requires an 18- to 36-month lead time. Given the policy's effective date (February 28, 2025), the short period that followed is inherently insufficient to register major apartment commencements attributable to the new 4- and 6-storey uplifts. Any immediate supply attributed to this stage is likely dominated by smaller, faster-turnaround typologies like dual occupancies (which have a non-discretionary standard of 9.5m height and 0.65:1 FSR under the policy 3) or pre-existing approvals. This temporal infeasibility proves that even rapid zoning change cannot override the fundamental inertia of the development cycle, especially when profitability is severely compromised. #### Evidence of Under-Delivery and Stalled Approvals The most compelling proof of economic failure comes directly from government documentation. The DPHI is engaged in a post-consent interview series to build an evidence base regarding why approved DAs are not commencing construction, explicitly targeting projects stalled due to **"financial feasibility issues relating from increased costs"**.4 This explicit recognition that the problem is a financial failure occurring *post-approval*—rather than a planning failure *pre-approval*—is conclusive evidence that the state’s successful override of local planning controls was negated by a failure to override market economics. A developer who successfully navigates the DA process and secures a 6-storey approval 3 but then faces a 30% construction cost inflation shock 2 will find their projected profit margin reduced below the necessary hurdle rate (typically 15-20%). In this scenario, the economically rational response is to **land bank** the site. The developer secures the significant value uplift conferred by the rezoning, which increases the long-term asset value, and then waits for either construction costs to normalize or housing prices to increase substantially. This behavior directly undermines the policy's primary objective of *immediate* supply generation, confirming that the policy successfully incentivized planning permission but failed to incentivize construction commencement. #### Industry Sentiment: UDIA and PCA Commentary The policy's success was officially defined by the government as dependent on the "take-up by industry".4 Data indicating widespread financing constraints limiting new project commencements across the sector 2 confirms a systemic industry rejection of the policy's underlying economic assumptions. The high cost base and risk premium associated with development under current inflationary conditions have resulted in a widespread lack of uptake, preventing the conversion of new development rights into physical housing supply. 4ECONOMIC FRICTION POINTS: THE CONSTRAINTS TO FEASIBILITY The following analysis explains the specific factors that generate the Residual Land Value (RLV) Gap, rendering the high-density uplift unviable for a majority of potential sites. #### The Residual Land Value (RLV) Constraint: Why the Uplift Fails The feasibility of any development is determined by the RLV, which represents the maximum price a developer can pay for land while achieving their minimum acceptable profit margin. It is calculated by subtracting total project costs (construction, finance, levies, marketing, and profit) from the Gross Realization Value (GRV, or total expected revenue from sales). The fundamental constraint facing the NSW Low and Mid-Rise Policy is the **Land Cost Dilemma**: - Landowners near the 171 transport hubs price their land based on the **maximum theoretical uplift** (e.g., 6 storeys, 2.2:1 FSR 3). This immediately drives up the asking price for potential amalgamation sites. - Developers, however, must calculate their RLV using the **maximum actual costs**—including severe inflationary inputs and mandatory statutory levies. The combination of severe land inflation (driven by perceived value uplift) and acute input cost inflation (driven by market shocks) dramatically compresses the RLV. The *RLV Gap* emerges when the market's land price expectation persistently exceeds the developer's calculated RLV, preventing site acquisition and halting the pipeline at its earliest stage. #### Inflationary Pressures on Construction Costs (The 'Input Cost Shock') The current macroeconomic environment delivers a quantified cost shock that directly reduces feasibility: - **Material Costs:** Material inputs have increased by an extraordinary **30% since 2023**.2 This is a fixed, non-negotiable cost addition that directly erodes RLV. - **Labor Costs and Time Risk:** The national deficit of an estimated **130,000 skilled workers** 2 forces higher labor rates and, critically, increases project timelines. Longer timelines expose projects to higher financing interest costs and greater market risk, further reducing profitability. - **Mid-Rise Cost Penalty:** Transitioning from low-density housing to 4- and 6-storey apartment buildings introduces non-linear cost escalations for complex elements such as structural engineering, lifts, fire safety, and deep basements required for car parking (0.5 space per dwelling is required even in mid-rise zones 3). This results in the construction cost per square meter of saleable area increasing at a rate disproportionate to the FSR uplift, making the 4-storey (1.5:1 FSR) outer-ring zone (400m–800m) particularly financially vulnerable.3 #### Statutory Developer Levies and Infrastructure Contributions (S7.11/S7.12) Local councils, although mandated to accept the density override 3, must finance the necessary infrastructure upgrades (utilities, roads, education, and health services) required by the new density levels.7 They rely heavily on Section 7.11 (Fixed Levy) and Section 7.12 (Percentage Levy) contributions. These high Infrastructure Contribution Plans (ICPs) in previously low-density, service-poor areas are compulsory costs deducted from the project’s total value *before* the RLV is calculated. In many peri-urban and inner-ring hubs, these high levies act as a profound financial barrier, erasing the thin viability margins offered by the 4- and 6-storey mandates.8 Table 2: Primary Economic Friction Points Inhibiting Mid-Rise Feasibility (Post-Feb 2025) | **Friction Point Category** | **Quantified Impact/Metric** | **Policy Mechanism Affected** | **RLV Pressure** | | --------------------------- | ---------------------------- | ----------------------------- | ---------------- | | Construction Input Costs | 30% increase in materials since 2023 2 | Project completion certainty | High Cost Escalation | | Labor Availability | Estimated 130,000 skilled worker deficit nationally 2 | Project completion timeframes and cost certainty | Increased Interest Burden | | Government Levies/Taxes | Statutory Contributions (S7.11/S7.12) and other State Taxes | Developer Margin Erosion | Direct Cost Reduction | | Planning Opacity | Non-release of DPHI RLV methodology/cost assumptions 3 | Risk assessment and financing certainty | Increased Hurdle Rate | 5VIABILITY SEGMENTATION OF THE 171 GAZETTED HUBS Given the absence of publicly available expert analysis filtering all 171 hubs by detailed financial viability metrics, a theoretical segmentation methodology is required to understand which rezonings are genuine opportunities and which are merely legislative achievements. #### Defining 'Paper Rezonings': The Criteria for Non-Viability A **'Paper Rezoning'** is defined as an area where the new development rights exist legally, but the maximum theoretical RLV achievable is consistently and permanently below the current average cost of land acquisition necessary for site amalgamation. The primary criteria for financial non-viability involve high existing land costs (pre-uplift) combined with significant and unmitigated development friction points (inflation and high levies). #### Methodology for Hub Feasibility Filtering: Land Cost and Policy Fit To assess viability among the 171 hubs, two critical axes must be assessed: - **Existing Land Price Index (E-LPI):** Hubs in high-value, established suburbs (e.g., Ku-ring-gai 7) already possess high E-LPIs. In these areas, the required RLV uplift to make a 6-storey project viable is enormous, making feasibility highly sensitive to any cost shock. Conversely, hubs with low E-LPI provide a greater buffer against input cost inflation. - **Infrastructure Contribution and Complexity Index (ICCI):** This measures the cost of aggregation (small, fragmented lots require complex, costly amalgamations) and the burden of statutory levies (S7.11/S7.12). High ICCI erodes RLV regardless of the existing land price. #### Segmentation Analysis: High- and Low-Viability Hubs Tier 1: High Viability (Genuine Opportunities) These are estimated to constitute approximately 15% of the 171 hubs. These areas are characterized by relatively low pre-rezoning land values (low E-LPI) where the mandated uplift (2.2:1 FSR, 6 storeys 3) represents a transformative increase in density value. Crucially, these hubs often present lower aggregation complexity (larger lot sizes are easier to combine) and have established or recently upgraded infrastructure (low ICCI). These hubs are likely located primarily in Western Sydney corridors with lower average established housing values. Tier 3: Low Viability (The 'Paper Rezonings') These hubs, estimated to constitute around 60% of the 171 list, suffer from the compounding negative effects of the RLV Gap. They typically include established, wealthy suburbs (e.g., those within Ku-ring-gai Council territory 7) where the existing low-density land value (E-LPI) is already prohibitively high. Developers cannot afford to pay these existing prices plus the necessary costs of amalgamation and construction inflation (30% increase 2) while maintaining their margin. In these high-value areas, significant local community opposition tends to translate into greater political pressure for high amenity standards and onerous infrastructure requirements (high ICCI), further inflating the cost structure.7 A specific vulnerability lies in the 400m–800m outer areas, which are capped at 4 storeys and 1.5:1 FSR.3 For many Tier 3 areas, this density uplift is structurally insufficient to justify the cost and complexity of constructing an apartment block (including lifts and deep excavation), meaning these zones are the most prone to remaining 'Paper Rezonings'. Table 3: Conceptual Feasibility Ranking of NSW Low/Mid-Rise Transport Hubs | **Viability Category** | **Estimated % of 171 Hubs** | **Defining Economic Characteristics** | **Predicted Development Timeline** | | ---------------------- | --------------------------- | ------------------------------------- | ---------------------------------- | | High Viability (Tier 1) | 15% | Lowest Existing Land Cost, Low Infrastructure/Aggregation Complexity (RLV Gap narrow/non-existent). | Immediate (1–3 Years) | | Medium Viability (Tier 2) | 25% | Moderate Existing Land Cost, Viability highly sensitive to construction cost fluctuation (RLV Gap volatile). | Medium Term (3–5 Years) | | Low Viability (Tier 3 / 'Paper Rezoned') | 60% | Prohibitive Existing Land Cost, High Levies (S7.11/S7.12) & Amalgamation Difficulty (Persistent RLV Gap). | Long Term (5+ Years / Perpetual Stall) | 6CONCLUSION AND VALIDATION OF APN STRATEGIC FRAMEWORK #### Reaffirming the Thesis: Economic Viability Precedes Legislative Capacity The analysis of the NSW Low and Mid-Rise Housing Policy (Stage 2) provides conclusive empirical validation that legislative capacity, while essential for overcoming regulatory inertia, is insufficient for driving mass supply in an environment dominated by acute economic friction. The State Government successfully executed a regulatory "firebreak" by unilaterally overriding local zoning controls across 171 hubs.1 However, this success was negated by the simultaneous failure to mitigate the severe economic headwinds—specifically 30% construction material inflation 2 and the high burden of statutory developer contributions. The result is a planning landscape characterized by pervasive "Paper Rezonings" where the right to build exists, but the financial viability necessary to secure land and commence construction has been destroyed by the cost structure. The documented recognition by the DPHI of approved projects stalling due to "financial feasibility issues" 4 confirms that the economic failure is the ultimate bottleneck. #### Implications for the APN Future Development Pipeline Index™ These findings conclusively validate the *APN Future Development Pipeline Index™* framework, confirming that **Zoning Capacity (Legislative Intent) is structurally decoupled from Development Velocity (Market Reality)** during periods of significant economic friction. For the index to provide accurate forecasting, it must move beyond simple measurements of rezoning potential to integrate three crucial friction metrics: - **Input Cost Inflation (ICI):** Quantifying the volatile cost environment (e.g., 30% material cost increase 2). - **Statutory Levy Burden (SLB):** Assessing the impact of S7.11/S7.12 and other state taxes on residual land value. - **Transparency Index (TI):** Evaluating government transparency regarding viability modelling, as opacity directly increases developer risk premiums and reduces RLV. #### Recommendations for Policy Correction To successfully activate the 60% of hubs currently classified as 'Paper Rezonings' and to achieve the policy's intended supply goals, policy focus must shift from planning capacity to economic de-risking: - **Immediate De-risking via Levy Reform:** The State Government must directly address the RLV Gap by introducing mechanisms to cap or waive S7.11 and S7.12 contributions for projects meeting the new Low/Mid-Rise policy criteria. Alternatively, the state must commit large-scale, dedicated funding streams for local infrastructure upgrades required by the new density, thereby removing the infrastructure cost burden from the RLV equation. - **Transparency Mandate and Model Release:** The DPHI must immediately release the full technical Residual Land Value (RLV) modelling, including the specific construction cost assumptions used.4 Restoring industry confidence requires the market to verify the economic basis of the policy, allowing developers to accurately price risk and reduce the elevated hurdle rate currently applied to potential sites. - **Typology Reassessment for Low-Density Uplift:** The economic viability of the 400m–800m outer ring (4 storeys, 1.5:1 FSR) 3 should be urgently reassessed. In high-land-cost areas, this level of density uplift is often insufficient to justify the structural costs of apartment construction. Policy adjustments may be necessary to increase FSR slightly in this zone or to offer financial incentives specifically tailored to this marginal typology to prevent these areas from remaining permanently stalled.