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Projects

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Explore a selection of recent projects below, showcasing a small sample of our work across a range of sectors.

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Aerial Filming – Dover 24/7: Britain's Busiest Port (Channel 4)

Cloudcam UAV Ltd provided aerial filming services for Series 1 of Britain’s Busiest Port, capturing dynamic drone footage across the Port of Dover. The objective was to deliver high-quality cinematic visuals showcasing the scale, complexity, and day-to-day operations of one of the UK’s most critical transport hubs.

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UAV Survey – Hamble River Pontoon Installation

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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Revolutionising Construction: The Power of Time-Lapse Cameras

In the fast-paced world of construction, effective progress monitoring is essential. Time-lapse technology provides a clear, continuous view of projects from start to finish, capturing key stages and activity that traditional methods can miss. With reliable long-term capture and flexible outputs, time-lapse systems provide valuable insight for project teams, stakeholders and clients alike.

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UAV Inspection - Port of Dover Marine Principal Inspections

Cloudcam UAV Ltd was engaged by Haskoning to support a condition survey of multiple marine assets at the Port of Dover. The objective was to capture high-resolution aerial and ground-based datasets to assess the condition of quay walls and associated infrastructure, without disrupting ongoing port operations.

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UAV Blade Inspection – Thermal & Visual Analysis

Cloudcam UAV Ltd, in collaboration with Total Jobs Contracts (TJC), deployed UAV-mounted thermal imaging alongside high-resolution optical capture to inspect operational offshore wind turbines. The objective was to assess both external blade condition and internal structural integrity, identifying defects that cannot be detected through visual inspection alone.

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