Lynne Weedon, a 16-year-old girl described as someone who 'shone', was found raped and fatally injured in a Hounslow alleyway in 1975 after celebrating her exam results. Her killer has never been identified.
The Attack and Aftermath
On the morning of September 4, 1975, Lynne was discovered unconscious on the grounds of an electricity station in Hounslow. She had been struck over the head with a blunt object, thrown over a fence, raped, and left for dead. She died in hospital seven days later.
The previous evening, Lynne had been celebrating her O-level results with school friends at a nearby pub. Her route home along Lampton Avenue took her through an alleyway beside her school, a passage that normally took a minute to walk. She never emerged.
A Promising Life Cut Short
Lynne was a bright and well-liked teenager with ambitions to complete her A-levels and become a translator for the European Parliament. Vernon Grant, a former schoolmate, recalled her as 'the cleverest in our year, but very humble and modest'. He added, 'She had a particular gift with languages... She shone.'
Grant, now a retired television producer, was not at the pub that night. He learned of the tragedy the next day and told the BBC, 'It was beyond belief... In 1975, in Hounslow, stranger murders just didn't happen.' He noted that the murder 'left a scar on us all' and that its effects last for decades.
Ongoing Investigation
The Metropolitan Police confirmed both Lynne's murder and that of Eve Stratford, a 1975 murder linked by DNA, remain active cases. Detective Chief Inspector Ali Foxwell stated that technological advances enabled the connection, but 'it would be inappropriate to comment further on an ongoing investigation'. She added there is no evidence linking the murders to other historic cases, but police 'retain an open mind'.
Former detective Derek Carruthers, who worked on the case, noted that DNA advances could eventually solve it. He said, 'You wonder what has happened in the last 50 years. Has the killer died, has he gone off the radar? I would hope that DNA would eventually answer that question.'
