A 16-year-old boy has tragically become the 12th person to die in UK waters during the ongoing heatwave. The incident occurred at Bracklinn Falls in Callander, Scotland, on Thursday, May 28.
Details of the Incident
Emergency services were called to the popular beauty spot at approximately 6:45 PM following reports of a concern for welfare. Upon arrival, crews recovered the teenager's body from the water. Police Scotland has stated that the death is not being treated as suspicious, and a report will be submitted to the Procurator Fiscal.
Heatwave Spurs Fatalities
The death is the latest in a series of water-related tragedies across the UK as temperatures have soared above 35°C in some areas. Scotland recorded highs of around 24°C on Thursday, according to the Daily Record. The hot weather has drawn many to open water swimming, leading to fatalities in South Yorkshire, West Yorkshire, Cornwall, Hampshire, Warwickshire, Cheshire, Pembrokeshire, Lincolnshire, and Lancashire.
Weather Forecast
The Met Office has indicated that heavy rain is expected to hit parts of the UK on Saturday, ending the record-breaking hot spell. Temperatures on Friday will remain above average, potentially reaching the high 20s in the south and east. Met Office spokesman Grahame Madge stated: "After a lengthy and historic hot spell of days in the UK above 30°C, today is very likely to be the first day which breaks that series."
On Saturday, periods of heavier rain will move into western areas, including heavy and potentially thundery showers in parts of Northern Ireland, while other areas remain dry. Sunday is forecast to be a day of sunshine and showers. Mr. Madge added that although some locations may remain in heatwave conditions for a little longer, a general cooling trend is expected as Atlantic air brings a more changeable pattern.
Water Usage Surge
Meanwhile, Thames Water reported that an extra billion litres of water were used across London and the South East over the bank holiday weekend compared to the same period in 2025, highlighting the impact of the heatwave on resources.
