BBC One Show filming of the Marble Racing at Merthyr Mawr, Sand Dunes, Bridgend, Wales, with One Show science presenter Marty Jopson
It was a baking hot day so ideal for spending on the beach along with all the other folk that were involved in the production of this fun piece regarding the construction of a sand marble rally course. Plenty of our drone footage was included and we feel it was perfect for sharing the scale of this project with the viewer – an aerial perspective shows off the size of the course brilliantly in a way that a ground perspective wouldn’t have been able to do.
Always lovely to see your work on the television, especially when it is part of one of the BBC’s flagship shows – the One Show. This was such a fun project to be a part of and I really enjoy the variety that working alongside the team provides in terms of cinematography.
Standoff Distance in Aerial Inspection: Optical Reach Versus Getting Close
The instinct on an inspection is to move in close. On most sites that is the least useful thing the pilot can do, because proximity puts the platform among the hazards and changes the surface being measured. Standoff inverts the trade, letting the optics close the gap instead. This piece sets out what standoff buys on a working site, what actually governs the working distance, and where the limits sit, including why a thermal measurement is never a zoomed view.
Why Wet Roof Insulation Shows Up on a Thermal Image
A flat roof is a layered build-up, and only the membrane is designed to keep water out. Once water gets past it, the insulation holds it, and wet insulation gives up its heat far more slowly than dry insulation does. That difference in cooling rate is what a thermal survey records. Because water tracks sideways once it is inside the build-up, the leak, the wet area and the stain below are rarely in the same place.
A Thermal Image Is Not a Measurement: What Turns a Picture Into Evidence
A thermal camera renders apparent temperature. Turning that into a defensible figure needs the surface emissivity, the reflected apparent temperature of the surroundings and the atmospheric path between camera and target, all set correctly at capture and none of them recoverable afterwards. This piece explains why a false-colour palette is a presentation choice rather than data, how automatic scaling can make a trivial difference look alarming, and why a comparison inside one image is sturdier than either reading alone.
