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UAV Survey – River Hamble Pontoon Installation

UAV Survey – Hamble River Pontoon Installation

Aerial UAV survey of Hamble River pontoon installation

About

Cloudcam UAV Ltd carried out a detailed drone survey to support the design and installation of a new heavy-duty pontoon at the entrance to the River Hamble. The objective was to capture accurate site data to inform design decisions and ensure a precise fit within a busy marine environment.

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UAV survey view of Hamble River pontoon with boats
UAV Survey of Hamble River pontoon installation with boats

The challenge

The project site presented a number of environmental and operational challenges:

  • Working within a busy stretch of water with mixed vessel traffic

  • Limited access and restricted survey conditions within a live marine environment

  • Requirement for high-accuracy data to ensure alignment with existing piles

  • Exposure to changing conditions including wind-over-tide and variable weather

Our Approach

Planning & Coordination

Working with the project team to understand design requirements, site constraints and the level of accuracy required for installation.

Aerial Data Capture

Drone survey carried out to capture high-resolution imagery and spatial data across the full site extent, including existing piles and surrounding infrastructure.

Data Processing & Modelling

Survey data processed into detailed outputs, enabling accurate modelling of the site and supporting design development.

Data Delivery & Integration

Structured datasets delivered for integration into the design process, allowing the project team to plan and validate the installation with confidence.

Project Showcase

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Results & Deliverables

  • High-resolution aerial survey data of the full site

  • Accurate modelling of existing pile locations

  • Data outputs suitable for design and planning workflows

  • Structured datasets supporting pre-installation validation

Outcome

The survey enabled the project team to model the site in detail and ensure a precise fit prior to installation. By providing accurate and reliable data, the approach supported efficient planning and helped minimise disruption within a busy working river environment.

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