Qantas Airways Limited
GovernanceGovernance
Governance body oversight and management's role
Board oversight (p. 34). The Board has ultimate responsibility for overseeing the Group's response to climate change. It oversees and approves the identification, assessment and management of climate-related risks and opportunities (CRROs), oversees the climate strategy, approves and reviews performance against climate targets, and monitors how climate is considered in strategy, the business model and major transactions. The Audit Committee reviews the Climate Statements and the Nominations Committee assesses Director competencies; responsibilities are formalized in charters. The Board and its Committees receive monthly updates, quarterly performance against emissions targets, Sustainable Aviation Fuel procurement and fleet renewal objectives, semi-annual risk reporting, an annual climate resilience assessment and ad hoc reports. The Board evaluates trade-offs between CRROs, and its skills matrix includes a Climate and Environment skill.
Management's role and remuneration (pp. 35–36). Management of climate change is primarily the responsibility of the Chief Sustainability Officer, a Group Leadership Team member reporting to the CEO. The Sustainability Management Board, with the CEO and all Group Leadership Team members, typically meets four times per year. Controls include quarterly CRRO and target tracking, semi-annual risk reporting, internal audit assistance and external assurance. The climate measure was 5% of the total Group Scorecard opportunity in 2025/26.
StrategyStrategy
Climate-related risks and opportunities
Identification and time horizons (p. 11). The Group identified a long list of physical and transition risks and opportunities from external data, stakeholder feedback and industry benchmarks, then evaluated them in internal workshops and with third-party scenario analysis tools. Short, medium and long term mean up to 2030, 2030–2040 and 2040–2050. The short term aligns to the internal planning cycle and interim targets; the medium and long term align to fleet planning and the net zero by 2050 target.
| Risk or opportunity | Type | Time horizon |
|---|---|---|
| Physical Risk #1: Operational disruptions and asset damage (p. 12) | Physical | Long term |
| Physical Risk #2: Damage to airport infrastructure and disruptions to value chain (p. 13) | Physical | Long term |
| Transition Risk #1: Policy settings (p. 15) | Transition | Short to medium term |
| Transition Risk #2: Pace of technological developments (p. 16) | Transition | Short, medium and long term |
| Transition Risk #3: Stakeholder expectations (p. 17) | Transition | Short, medium and long term |
| Opportunity: fleet renewal program (p. 21) | Opportunity | No label given; new aircraft replace the legacy fleet over the next decade |
The physical risks are classed as long term for their expected strategic and financial significance, although acute weather disruption is likely across all time horizons (pp. 12–13). The opportunity is the fleet renewal program, a pre-existing strategic initiative (p. 11).
Business model and value chain
Business model and value chain (pp. 7–8). Principal activities are international and domestic air transportation, freight services and a frequent flyer loyalty program; customers are transported using two brands, Qantas and Jetstar. The value chain runs from upstream suppliers (aircraft and parts, fuel including Sustainable Aviation Fuel (SAF), goods for distribution) through direct operations to downstream customers (destination tourism, loyalty, investments). Most emissions come from flying-related operations.
Effects (pp. 11–17). The Group says climate change has affected, and will continue to affect, its business model and value chain. Physical risks may disrupt schedules, restrict payload, raise maintenance and insurance costs, and damage third-party airport infrastructure and supply chains (pp. 12–13). Transition risks may raise SAF and carbon credit costs, delay access to lower-emission aircraft and fuels, and influence customer preferences, procurement decisions and investment appetite (pp. 15–17).
Concentration (pp. 11, 14). Physical impacts appear concentrated in northern and tropical Australia and tropical Asia; flooding is the most significant modeled hazard; domestic operations show the greatest modeled exposure. 60% of the net book value of total assets is vulnerable to physical risks, mostly aircraft and aircraft parts. Aviation is a hard-to-abate sector facing increasing carbon regulation, technological advancements and stakeholder scrutiny.
Strategy and decision-making
Climate transition plan (pp. 9–10). The climate transition plan is aligned to the net zero by 2050 target and the interim targets of a 25% reduction in net Scope 1 and 2 emissions by 2030 (from 2019 levels) and Sustainable Aviation Fuel (SAF) equal to 10% of jet fuel consumption by 2030. Three pillars sit under a mitigation hierarchy: fleet and operational improvements, SAF, and carbon markets. With SAF not yet available at scale, carbon credits currently represent the largest component of the pathway to the interim net target; because fleet renewal, operational efficiency and SAF cannot eliminate all gross emissions, credits are expected to play a significant and enduring role and targets are set on a net basis. Fleet renewal replaces the legacy fleet over the next decade (p. 21). Activities are resourced through existing expenditure and capital allocation frameworks, and the Chief Sustainability Officer leads oversight and execution (p. 10).
Assumptions and dependencies (p. 37). By pillar for 2030 and 2050, for example airspace collaboration and aircraft entering service in line with the fleet plan, supportive SAF policy and global supply growth, and robust compliance carbon markets. If not realized as expected, the cost, pace or feasibility of the plan may be affected.
Resourcing (p. 19). The $400 million Qantas Climate Fund, established in 2023 with Airbus, deployed $36 million in 2025/26; the Group and Airbus have together committed $126 million.
Financial position, financial performance and cash flows
Physical risks (p. 14). No material financial effects from physical climate events were identified in the 2026 Consolidated Financial Statements or 12-month projections. Anticipated effects are not quantified: the Group judges the measurement uncertainty too wide for the results to be meaningful or useful. It lists the income statement lines (including passenger and freight revenue, fuel and insurance costs) and balance sheet items (impairments to property, plant and equipment and right-of-use assets) that may be affected.
Transition risks (pp. 18–20). Effects are quantified through two cost pathways, carbon credits and the Sustainable Aviation Fuel (SAF) price premium, because individual risk drivers cannot be costed separately.
| Gross carbon costs (AUD$m) | FY26 | Anticipated FY27 |
|---|---|---|
| Domestic compliance | $18m | $25m |
| International compliance | $42m | $66m |
| Voluntary | $10m | $26m |
| Total | $70m | $117m |
Costs sit in the 'Fuel' line of the Consolidated Income Statement, before mitigation; net exposure is expected to be materially lower. Carbon and SAF costs beyond 2026/27 are judged not practicable to estimate and too uncertain to be useful. Capital deployed in 2025/26 through the Climate Fund: $36 million (p. 19).
Fleet renewal opportunity (p. 21). Not quantified: the Group relies on the exemption for commercially sensitive information and says the benefits cannot be isolated from wider commercial outcomes.
Climate resilience and scenario analysis
Resilience assessment (p. 22). The Group assessed its resilience across three global emissions scenarios over the short (to 2030), medium (2030 to 2040) and long term (2040 to 2050). The assessment supports continued execution of the current strategy and does not indicate a need for fundamental change to the business model. Capacity to adapt rests on the mobility of the aircraft fleet, the Financial Framework (access to capital and flexibility in capital allocation), continued investment in fleet and operational improvements, Sustainable Aviation Fuel (SAF) and carbon markets. Within the scenarios' assumptions and limitations, the Group is well-positioned to manage physical and transition risks. Uncertainties include temperature patterns, extreme weather, carbon pricing, interest rates and SAF cost and availability (pp. 22, 39).
How the analysis was done (pp. 38–39). Analyses were run in 2024 and the current period, with a refresh at least every five years. Transition risks were assessed for the Qantas Group, physical risks for the aviation segments. The scenarios use IPCC SSP1-2.6 (low emissions, Paris-aligned), SSP2-4.5 (moderate) and SSP5-8.5 (high), with inputs from the International Energy Agency, Bloomberg New Energy Finance 2050 Outlook and Air Transport Action Group Waypoint. By 2050: population 8.5, 9.1 and 8.6 billion; GDP: USD$291, $231 and $365 trillion. The fleet renewal opportunity has not been the subject of scenario analysis (p. 11).
Risk ManagementRisk Management
Processes for identifying, assessing and managing climate-related risks
Framework (p. 23). Climate-related risks are identified, assessed, monitored and managed through existing enterprise risk management processes under the Board-approved Qantas Group Risk Management Framework, and the Board's Risk Appetite Settings and Framework incorporate emissions considerations. Climate risks use the same Qantas Group Risk Assessment Guide methodology as other risks, so are comparable with the Group's other principal risks. There have been no significant changes to the process from 2024/25.
Assessment (p. 23). Management rates consequence on a six-level scale across categories including safety, regulatory compliance, brand, financial and environmental impact, and likelihood on a six-point scale from A (Almost Certain) to F (Very Rare). A matrix gives a residual rating of Very Low, Low, Medium, High or Extreme; Medium, High and Extreme risks face escalating governance approval and ongoing monitoring. Business Units report to the Group Leadership Team, Audit Committee and Board six-monthly. Scenario analysis informs scoring (pp. 38–39).
Identification and the opportunity (pp. 11, 23). Identification draws on external data, stakeholder feedback, industry benchmarks, internal workshops and third-party scenario analysis tools (p. 11). The Group Fleet Reference Plan governs the fleet renewal opportunity, reported monthly to a subset of the Group Leadership Team and six-monthly to the Board, with no change since the prior period.
Metrics & TargetsMetrics and Targets
Climate-related metrics
Emissions (ktCO2-e; operational control; pp. 27–28).
| FY26 | FY25 | Baseline (FY19) | |
|---|---|---|---|
| Scope 1 | 12,916.4 | 12,139.4 | 12,372.7 |
| Scope 2, location-based | 55.0 | 58.1 | 120.9 |
| Scope 2, market-based | 0.9 | n/a | n/a |
| Scope 1 and 2 (location-based) | 12,971.4 | 12,197.5 | 12,493.6 |
| Abatement from SAF and carbon credits | (1,952.7) | ||
| Net Scope 1 and 2 | 11,018.7 |
| Scope 3 | FY26 | FY25 |
|---|---|---|
| Category 1: Purchased goods and services | 2,634.9 | 2,540.9 |
| Category 2: Capital goods | 1,070.2 | 841.9 |
| Category 3: Fuel and energy related activities | 3,382.1 | 3,183.7 |
| Category 15: Investments | 276.8 | 542.7 |
| Other (Categories 4–9) | 208.6 | 196.6 |
| Total | 7,572.6 | 7,305.8 |
Under transition relief no comparatives are given, other than voluntary ones for Scope 1, 2 (location-based) and 3 (p. 5). Domestic emissions follow the NGER Scheme methodology, using the local jurisdictional method relief (p. 40).
Other metrics. Transition risk: 75 to 85% of business activities vulnerable (p. 14). Physical risk: 60% of net book value of total assets (p. 11). Opportunity: 75 to 85% of business activities aligned (p. 21). Dollar amounts are cross-referenced to the 2025/26 Financial Report. Capital deployed: $36 million via the Climate Fund (p. 19). Internal carbon price: gross AUD $60 to $70 per tCO2-e (p. 22). Remuneration: 5% Group Scorecard weighting (p. 36).
Climate-related targets
Targets (p. 24). All are Group-level targets. The emissions targets cover CO2, CH4, N2O and HFCs and are set on a net basis.
| Target | Horizon | Metric |
|---|---|---|
| 25% net Scope 1 and 2 emissions reduction from 2019 baseline | 2030 | Absolute gross Scope 1 and 2 emissions minus abatement, mostly Sustainable Aviation Fuel (SAF) and carbon credits (tCO2-e) |
| SAF procured equivalent to 10% of jet fuel consumption | 2030 | SAF procured (certified) as a proportion of jet fuel consumption (%) |
| Net zero emissions | 2050 | Absolute gross Scope 1, 2 and 3 emissions minus abatement (tCO2-e) |
No quantified milestones beyond 2030, and Scope 3 is excluded from the pathway (pp. 24, 26). The pathway and targets are not externally validated; the report states they align with the 2024 Australian Government Aviation White Paper and IATA's 2024 Fly Net Zero Roadmaps. Reviewed at least annually; only the SAF target's expression was refined. CORSIA and Safeguard Mechanism targets are monitored (p. 25).
Progress (pp. 27, 30). Net Scope 1 and 2 emissions are 12% below 2019. SAF was 1.1% of jet fuel consumption in FY26 (FY25: 0.2%) against the 10.0% 2030 target.
Carbon credits (pp. 26, 33). The pathway shows credits as 30–40% of abatement by 2050. In 2025/26 all credits retired for the Safeguard Mechanism were nature-based removal ACCUs certified by the Clean Energy Regulator; others were certified under the ACCU Scheme, Verified Carbon Standard or Gold Standard.