The BBC Radio 4 long wave service from the Droitwich transmitting station has come to a quiet but historic end. For decades, the powerful 198 kHz signal beamed out from the iconic Wychbold masts near Droitwich in Worcestershire, reaching across the UK and deep into Europe. Together with auxiliary transmitters at Burghead and Westerglen in Scotland, it formed a resilient national network that ensured Radio 4 could be heard in remote areas, at sea, and even in parts of Ireland and mainland Europe where other signals faltered.

My recording of the last minutes of BBC4 via the Droitwich Long Wave transmitter

The closure on 27 June 2026 at 01:00 BST marked the final broadcast after the Shipping Forecast and “Sailing By,” followed by a poignant sign-off. A looped retuning message played briefly before the transmitter was powered down permanently on 30 June. This brought to an end 92 years of long wave transmissions from the site, which began in 1934 with the BBC National Programme and later carried the Light Programme, Radio 2, and finally Radio 4 from 1978. The aging equipment, including hard-to-replace high-power valves, had simply reached the end of its operational life, prompting the BBC to prioritise cost savings and digital alternatives.

The Droitwich 700 ft antenna masts

This switch-off represents the end of an era for British broadcasting. Long wave offered unparalleled coverage and reliability for generations of listeners, from wartime audiences to farmers checking the Shipping Forecast or night-shift workers tuning in. Its low-frequency waves could travel hundreds of miles by hugging the ground and reflecting off the ionosphere, a technological marvel in its time. While FM, DAB, and online streaming now dominate, the loss of this analogue lifeline has prompted nostalgia and even a campaign to heritage-list the towering 700-foot masts as symbols of a bygone broadcasting age. Droitwich’s silence closes a chapter that began nearly a century earlier, reminding us how technology evolves while leaving behind a rich auditory heritage.