Spatial intelligence that supports environmental resilience, risk planning and disaster response

Environmental and emergency management professionals need accurate, current spatial data to understand complex natural systems, assess risk, and make timely decisions from planning through to response and recovery. Aerometrex helps organisations in environmental consulting, government agencies and emergency services apply high‑quality spatial data to real‑world challenges.

As a spatial solutions partner, we blend extensive experience in data capture with practical insight, helping teams transform aerial imagery, LiDAR and 3D modelling into decision‑ready intelligence. Whether you’re modelling ecosystems, managing coastal change, preparing for extreme weather events or analysing risk exposure, our solutions deliver clarity, confidence and actionable insight.

flood imagery metromap

Aerial Imagery

Contemporary context for environmental monitoring and disaster planning

High‑resolution aerial imagery gives environmental managers and planners a current view of landscapes, waterways and urban fringe areas - essential for monitoring environmental change, evaluating hazards and preparing risk‑informed plans.

Aerometrex supplies premium aerial imagery through MetroMap, our subscription‑based imagery platform, as well as bespoke project capture where required. This flexible access means you can visualise change, validate conditions and communicate insights with clarity.

Our solutions can help:

  • Monitor environmental change – observe land cover, vegetation and waterbody shifts over time.
  • Inform hazard mapping – identify susceptible floodplains, erosion hotspots and vegetated fuel loads.
  • Support planning decisions – validate conditions and context for policy, mitigation and land management.
  • Enhance collaboration – share consistent visual context with stakeholders and communities.

MetroMap imagery is updated regularly and offers historical views that strengthen long‑term planning and trend analysis.

GO TO METROMAP WEBSITE

bushfire risk amx lidar derived

LiDAR and Derived Solutions

Detailed terrain, vegetation and surface data for risk analysis and planning

LiDAR delivers precise elevation and surface data that empower environmental and disaster management teams to move beyond visuals to quantitative terrain analysis. It supports flood modelling, catchment analysis, vegetation structure assessment, coastal change studies and more.

Aerometrex’s high‑quality LiDAR captures and derived products are tailored to your project needs, enabling accurate interpretation across environmental and risk scenarios.

This supports your objectives by:

  • Enabling flood risk modelling – understand catchment gradients, surface flow pathways and inundation exposure.
  • Mapping vegetation and fuel loads – quantify canopy height, density and structure for ecological and hazard analysis.
  • Supporting coastal and erosion studies – detect subtle changes in beach, dune and cliff morphology.
  • Providing accurate baseline data – build robust digital terrain and surface models for multi‑temporal comparison.

Derived products like digital terrain models (DTM), digital surface models (DSM) and contours are supplied ready for integration into your analysis workflows.

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coastal erosion change monitoring amx 3d

3D Mesh Reality Modelling

Immersive spatial models for simulation, assessment and stakeholder engagement

3D mesh reality models combine aerial imagery with spatial geometry to produce highly detailed, realistic representations of natural and built environments. These immersive models are instrumental for analysing environmental dynamics, communicating risk, and running scenario planning.

For environmental and disaster management teams, 3D models enhance technical understanding and communication across planning, mitigation and community engagement activities.

With Aerometrex 3D, you can:

  • Visualise change and impact – intuitively explore terrain, coastal zones and hazard areas.
  • Analyse scenarios – assess risk contexts such as flooding or erosion with real-world context.
  • Communicate effectively – share realistic 3D visuals with policy makers, stakeholders and public audiences.
  • Support response planning – use detailed spatial context to prepare for emergency operations and recovery.

Our 3D modelling integrates seamlessly with other spatial datasets, delivering a cohesive spatial perspective for complex environments.

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Resources

project
City of Melbourne: Growing Our Green Rooftops
City of Melbourne: Growing Our Green Rooftops
Victoria
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news
Environmental 3D Project awarded for Coastal Sand Monitoring Program
Environmental 3D Project awarded for Coastal Sand Monitoring Program
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webinar
LIDAR-derived bushfire fuel load metrics - AFAC 2021
LIDAR-derived bushfire fuel load metrics - AFAC 2021
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