📮 Roxburgh Park postcode: 3064

Storm Risk in Roxburgh Park, VIC: 2026 Assessment

Roxburgh Park, Victoria· City of Hume· 3064
Moderate storm risk — severe thunderstorms with hail and damaging windsUpdated 28 June 2026

Storm Risk Score

3.2/10

Moderate storm risk — severe thunderstorms with hail and damaging winds

Key Facts

Storm Risk
Moderate storm risk — severe thunderstorms with hail and damaging winds
Trend
stable
Suburb
Roxburgh Park, VIC
Overall Risk
Medium
Postcode
3064
Highest high-risk exposure
6.4% of land (riverine flood)

Storm Risk Analysis

Roxburgh Park, Victoria, has a moderate storm risk profile. This includes exposure to severe thunderstorms, hail, damaging winds, and — in tropical regions — cyclone impacts. The applicable wind region classification under AS/NZS 1170.2 influences building design standards for Roxburgh Park.

Severe thunderstorms affecting Roxburgh Park can produce damaging wind gusts, large hail, and intense rainfall. The Bureau of Meteorology issues severe weather warnings for Victoria, and historical storm data helps characterise the frequency and intensity of events in the region.

CSIRO research indicates that the intensity of severe convective storms — including those producing hail and damaging winds — may increase in a warming climate. For Roxburgh Park property owners, this reinforces the value of storm-resistant building features and comprehensive insurance.

ClimateNest provides address-level storm risk reports for Roxburgh Park including wind zone classification, hail risk probability, and property-specific mitigation recommendations based on your building characteristics.

Roxburgh Park sits within ClimateNest's suburb-level hazard model for severe storm risk. 0% of the suburb's land area is mapped in high-risk severe storm zones and 81.8% in moderate-risk zones, based on the national hazard overlay. Exposure at this scale varies street by street, which is why an address-level check matters before you buy or insure a specific property in Roxburgh Park.

Roxburgh Park (postcode 3064) is tracked in ClimateNest's suburb hazard model, which maps the share of the suburb's land exposed to each hazard at high and moderate levels. The suburb's highest high-risk exposures are riverine flood (6.4% of land in high-risk zones), bushfire (6.1% of land in high-risk zones), surface flood (5.1% of land in high-risk zones). Exposure is not uniform across Roxburgh Park — individual properties can sit well above or below these averages, so an address-level check is recommended before buying, selling or insuring.

Local Hazard Evidence

Wind/Storm RegionNone
Storm Risk LevelNone
Distance to Coast45 km

Historical Events

2016
Major

A severe thunderstorm caused widespread damage across Melbourne, including flash flooding and power outages in northern suburbs like Roxburgh Park.

Adaptation & Mitigation Actions

Enhance Urban Green Infrastructure

Near-term

Increase tree canopy cover and green spaces to mitigate the urban heat island effect and improve stormwater absorption.

Est. cost: $$

Upgrade Stormwater Drainage Systems

Near-term

Invest in upgrading and maintaining stormwater infrastructure to better handle increased rainfall intensity and reduce localized flooding.

Est. cost: $$$

Promote Heatwave Preparedness

Immediate

Develop and implement community-wide awareness campaigns on heatwave risks, including identifying cooling centres and providing health advice.

Est. cost: $

Implement Water-Sensitive Urban Design (WSUD)

Long-term

Integrate WSUD principles in new developments and retrofits to manage stormwater runoff, reduce flood risk, and improve water quality.

Est. cost: $$

Bushfire Risk Mitigation in Parklands

Near-term

Conduct regular fuel load assessments and management in nearby parklands and vegetated reserves to reduce potential bushfire spread.

Est. cost: $

Council & Emergency Services

City of Hume
Emergency Services

Data last updated: 28 June 2026

Explore Roxburgh Park Risk Reports

Frequently Asked Questions

Is Roxburgh Park prone to hailstorms?

Hail risk in Roxburgh Park depends on the frequency of severe thunderstorm activity in the Victoria region. BOM tracks severe storm events including hail. Property-specific risk depends on roof design, building orientation, and local storm patterns.

What wind rating applies to buildings in Roxburgh Park?

Under AS/NZS 1170.2, properties in Roxburgh Park are assigned a wind region classification. This rating determines structural design requirements for new buildings. Check with ClimateNest or a structural engineer for your property's classification.

Does storm risk affect insurance premiums in Roxburgh Park?

Yes, storm damage — including wind, hail, and rain ingress — is one of the most common insurance claims in Australia. Properties in higher wind zones or with greater hail exposure may face higher premiums or specific policy conditions.

What storm mitigation measures should Roxburgh Park property owners consider?

Storm mitigation includes impact-resistant roofing, cyclone-rated fixings where required, window and door shutters, regular roof and gutter maintenance, securing outdoor items, and ensuring compliance with current wind load standards under the National Construction Code.

What share of Roxburgh Park is exposed to high riverine flood risk?

ClimateNest's hazard overlay maps 6.4% of Roxburgh Park in high-risk zones for riverine flood, with a further 69.4% in moderate-risk zones. Suburb-level exposure is not uniform — individual properties can differ from these averages, so an address-level check is recommended.

Is Roxburgh Park Safe from Climate Risk?

Enter your address below for an instant climate risk assessment for Roxburgh Park, Victoria, covering flood, bushfire, sea level rise and more.

Free instant previewCSIRO-powered data

What A$69 could save you from

$7.2B
2022 insured disaster losses*
$300B+
climate risk to property by 2050*
30-120%
insurance premium increases in high-risk areas*

*Industry sources: ICA, APRA, RBA

Full report from A$69 · Australian addresses only · 8 hazard scores · Insurance trajectory · 2030 & 2050 projections