Precision from Above: UAV & LiDAR Surveying Solutions

At Beveridge Williams, we leverage advanced UAV and LiDAR technologies to capture high-precision spatial data that supports informed planning, design, and development. By combining innovative technology with deep expertise, we provide fast, accurate, and cost-effective surveying solutions tailored to our clients’ needs.

What We Offer

  • CASA-certified UAV operations for safe, efficient aerial data capture
  • High-resolution LiDAR mapping with sub-50mm RMSE accuracy
  • Vegetation-penetrating terrain models for complex environments
  • Engineering-grade deliverables in DWG/DXF and 3D formats

Where We Excel

  • Urban infrastructure & corridor mapping
  • Greenfield subdivision planning
  • Environmental & flood modelling
  • Transport feature extraction projects
Surveying

Why Choose Us

  • Proven expertise across NSW and Victoria
  • Multidisciplinary teams with local knowledge
  • Commitment to safety, compliance, and quality

Applications

  • Land development & engineering design
  • Infrastructure planning
  • Vegetation and terrain analysis
  • Volumetric and stockpile surveys
  • Flood modelling and drainage design

What is LiDAR?

LiDAR (Light Detection and Ranging) is a remote sensing technology that uses laser pulses to measure distances with exceptional accuracy. When mounted to a drone, LiDAR enables rapid data collection over large or hard-to-reach areas – generating dense, 3D point clouds and detailed terrain models.

Our aerial LiDAR surveying service – powered by the DJI Matrice 350 RTK and Zenmuse L1 sensor – provides high-resolution topographic data for engineering, planning, and design applications.

Why Choose LiDAR with Beveridge Williams?

  • Centimetre-Level Accuracy
    Equipped with an integrated IMU, GNSS, and camera system, our LiDAR setup achieves survey-grade accuracy suitable for detailed engineering design.
  • Time & Cost Efficiency
    Aerial LiDAR dramatically reduces field time compared to traditional survey methods, particularly on large, vegetated, or inaccessible sites.
  • Effective in Challenging Conditions
    LiDAR technology can penetrate vegetation, including long grass and tree canopies, to accurately map ground surfaces – ideal for terrain that’s difficult or unsafe to access on foot.
  • Detailed Topographic Outputs
    Deliverables include high-density point clouds, digital elevation models (DEMs), and contours – fully compatible with engineering and design software.