A Zero Pathway is a jurisdiction-specific, long-horizon roadmap for eliminating road deaths and serious injuries—built by applying the Planning for Zero Framework (PfZF) to a particular jurisdiction’s context.

It is not a generic “Vision Zero statement” or a standard action plan. It is:

• A tailored strategic response to the jurisdiction’s systemic risks and safety gaps, defined against a Safe System End State (SSES) and validated via residual risk analysis.
• Comparable to a road safety strategy and action plan, but with a key difference: it explicitly plans long-term strategic response from today to the adopted Safe System End State target horizon (commonly expressed as 2050), while also supporting interim targets (e.g. 2030), using a structured approach (baseline future trauma → residual trauma → additional interventions needed).[1]
• Context-specific by design: jurisdictions vary in challenges, resources, and capacity—so “one size fits all” is inappropriate. Zero Pathways incorporates unique jurisdictional circumstances, capability and capacity, and road safety strategy needs and cycles.

In short, a Zero Pathway translates the PfZF blueprint into a practical, sequenced, and monitorable pathway for your jurisdiction.

PfZF is the core planning blueprint: it combines Safe System analysis, backcasting, and road safety intervention and performance monitoring, and it treats enabling institutional functions (management, engagement, investment, etc.) as essential—not optional. See the PfZF Technical Steps Guide.

Step 1 — Specify the desired future Safe System End State (SSES)

Adopt the good-practice definition of “zero harm”, as suggested in the Glossary of Terms & Definitions, and the 2050 zero target, then specify SSES based on human biomechanical tolerance for injury outcomes.

Practitioner intent: make the end state explicit enough that you can later test gaps and residual risks.

Step 2 — Validate the end state and analyse residual risk

Quantify how much serious trauma the SSES eliminates and identify residual fatal or serious injuries not addressed by the SSES assumptions (infrastructure, speeds, vehicles, etc.).

Practitioner intent: ensure the end state is more than an aspirational diagram. Step 2 tests the proposed SSES against real fatal and serious-injury crashes to show which crash scenarios would still produce death or serious injury under the assumed infrastructure, speeds and vehicle safety, and to explain why (e.g., limits of current technology, operating conditions outside design assumptions, incomplete rollout, or unresolved crash types). This helps practitioners refine the end state and identify where additional measures—or innovation—are needed.

Step 3 — Systemic risk and safety gap[1] analysis

Compare the current system against the SSES to identify systemic differences and jurisdiction-specific challenges, based on trauma characteristics.

Practitioner intent: turn your crash/trauma story into a “system story” that can be acted on.

Step 4 — Strategic response and pathways (this is where the Zero Pathway is formed)

Develop the pathway to zero as the strategic response to systemic risks and safety gaps:

1. Establish the business-as-usual (BAU) baseline of future fatalities and serious injuries (FSI), reflecting current and already-planned measures and expected changes.
2. Apply the proposed strategic response (e.g. a new action plan) to the BAU baseline to estimate FSI prevented and the FSI remaining over time, and how these results track against interim and end-state targets.
3. Identify additional interventions and enabling actions—and their scale and sequencing—needed to further reduce the remaining FSI and close any gap to the targets.

Practitioner intent: build a long-term reform and investment program that is credible, sequenced, and grounded in the “gap to target”.

Step 5 — Performance monitoring and governance

Create a monitoring framework with performance indicators and output indicators tailored to the pathway, and pair it with governance that assigns accountability when progress is off-track.

Practitioner intent: make the pathway governable—measurable, owned, and reviewable.

The PfZF provides 11 recommendations to enhance jurisdictions’ maturity and capability to more effectively adopt and apply the PfZF’s steps. See the table below.

Table ‎2.1 Jurisdictional maturity improvement recommendations in order to apply the PfZF

For a mainly state-government-level practitioner, this becomes a practical entry point:

• assess your jurisdiction’s progress/alignment with the recommendations (maturity)
• assess where help is needed most (needs)
• use the output to prioritise maturity-improvement actions.

How to use this practically: treat the maturity/needs results as the implementation staging logic for your Zero Pathway. For example, if your monitoring system is weak (Rec 10), your pathway should explicitly include “build measurement + governance capability” as an early reform stream, not as a footnote.

See the Key Capability Improvement Activities for a suggested list of maturity-improvement actions developed as part of the Charting a Path to Zero project.

According to the PfZF’s blueprint, successful application of the framework depends on enabling aspects alongside the technical steps:

• Road safety management capability (coordination, legislation, funding, promotion, knowledge transfer)
• A systematic way to identify enablers and blockers
• Robust data systems for planning, implementation and monitoring.

This aligns tightly with several recommendations from Table ‎2‑1, especially:

• Data management minimum set (FSI crash data, in-depth trauma data, road asset/hierarchy data, fleet safety data)
• Building capacity for in-depth fatal crash investigation to support residual risk analysis and case-by-case trauma modelling
• Documenting enablers/blockers across institutional functions using Austroads guidance (i.e. Best Practice Guidance in Road Safety Management and Leadership: Proven Initiatives and Case Study Examples).

Practitioner takeaway: an “effective” Zero Pathway isn’t only a list of interventions; it is a capability-building and governance program that makes those interventions feasible and sustained.

To be consistent with the framework’s intent and structure, a jurisdictional Zero Pathway should usually include, as a minimum:

1. Vision and targets: zero by 2050 + interim targets, grounded in agreed definitions (and positioned as requiring transformational change).
2. SSES: defined and validated end state assumptions for your network/context.
3. Systemic risk & safety gap profile: your “why we’re not safe yet” system diagnosis.
4. Strategic response to 2050:
   1. BAU baseline → residual trauma → additional interventions/reforms needed
   2. A staged program (e.g., 0–5, 5–10, 10–25 years), with sequencing that reflects feasibility and capacity.
5. Monitoring + governance: SPIs/output indicators and accountability mechanisms that trigger action when performance is off track.
6. Enablers/blockers plan: what must change institutionally to deliver the pathway (funding, legislation, coordination, capability, etc.).

These activities are intended to help jurisdictions lift maturity and readiness to apply the PfZF’s technical steps (end states → validation/residual risk → safety gap analysis → strategic response/pathway → performance monitoring), and the enabling aspects (institutional functions, enablers/blockers, and data systems).

Use this artefact to:

• prioritise near-term capability uplifts (what to do first)
• shape the scope of supporting guidance, tools, and training
• inform “what help is needed” conversations with internal executives, partner agencies, and Austroads committees.

The actions below are drawn from the findings of the Charting a Path to Zero project, based on interviews and desktop analysis, and presented in priority order (highest first).

Table ‎2.1 Priority actions to support Zero Pathway development and implementation

These actions are designed to increase the practical “do-ability” of Zero Pathway development by particularly strengthening:

• performance monitoring and governance capability (e.g., indicator suites)
• the ability to diagnose and respond to institutional enablers and blockers (including political conditions and decision environments)
• the data and evidence foundations needed for residual risk analysis, gap analysis, and intervention optimisation
• development of end states that are consistent but adaptable, and implementable across real networks.