Get all your news in one place.
100’s of premium titles.
One app.
Start reading
Wales Online
Wales Online
National
Neil Shaw

Woman jailed for fatal crash after inhaling 'hippy crack' laughing gas

A 'reckless' driver who caused the death of her passenger when she crashed her car after driving at 103mph while high on 'hippy crack' has been jailed. Nasrin Saleh, 26, was behind the wheel of her powerful VW Golf GTI when it crashed into a roundabout's perimeter wall, killing Luqman Mehboob, 28.

Police say Saleh was driving at 'grossly excessive speeds' around the outskirts of Liverpool at 4.45am on October 10, 2021. While driving, she inhaled 'large quantities' of nitrous oxide - a psychoactive substance that slows the brain's responses, also known as ‘hippy crack’.

The car then crashed into a wall next to a roundabout in Pilch Lane, Liverpool, causing the car to flip and burst into flames. Saleh pleaded guilty to causing death by dangerous driving at Liverpool Crown Court.

She was jailed for four and half years and disqualified from getting behind a wheel for six years, three months. She will have to take an extended driving test when her ban is up.

Detective Sergeant Kurt Timpson of Merseyside Police said: “This was an incredibly reckless and dangerous incident that tragically led to the death of Luqman Mehboob. The grossly excessive speed and use of nitrous oxide in this case is shocking and will never be tolerated.

“Our thoughts remain with Luqman’s family, who continue to be supported by specially trained officers. No sentence will or can ever reflect the loss of a life and Luqman's family and friends continue to live through the pain and grief of his death.”

Sign up to read this article
Read news from 100’s of titles, curated specifically for you.
Already a member? Sign in here
Related Stories
Top stories on inkl right now
One subscription that gives you access to news from hundreds of sites
Already a member? Sign in here
Our Picks
Fourteen days free
Download the app
One app. One membership.
100+ trusted global sources.