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“Criminal-level abdication of duty” – Halfords slammed over non-tightened stem bolts

Bike mechanic says customer of UK’s biggest bike retailer crashed after picking up new bike because it was not set up correctly

A bike mechanic has accused the UK’s biggest bike retailer, Halfords, of a “criminal-level abdication of duty” after a customer crashed on their first ride on a bike bought from the retailer on which it is claimed the stem bolts had not been tightened.

Mike Stead – a long-term road.cc reviewer and contributor – wrote on X, the social network formerly called Twitter: “Imagine walking out of a @Halfords_uk store with a bike so badly assembled, inspected and sold that the stem bolts were not even finger-tight.

“I inspected the bike today. Sold yesterday, on the first ride the customer crashed.

“Criminal-level abdication of duty,” he added.

Halfords does not perhaps have the best of reputations among many people whose work involves servicing and maintaining bicycles, as some of the replies to Stead’s tweets demonstrate.

He told us: “My friend messaged to say his partner had crashed off her new bike, and that the handlebars were very loose. She had collected it new from Halfords Perth that day, including a Pre-Delivery inspection checklist that showed the stem had been torqued to '16Nm'. 

“Now 16Nm is a hell of a lot for a 4mm bolt, and that much would likely have snapped them clean off - the Boardman stem is clearly stamped '5-7Nm' as you'd expect. As it was I found the stem bolts were completely loose, and it was only the natural clamping friction of the stem that had kept the bars straight as she left the shop. Other interesting details on the PDI form included torquing the saddle to 20Nm (typically about 12Nm), the seat post to 12Nm (typically 5-8Nm), and BB/Cranks to what looks like just 16Nm (typically 30Nm or more). 

“Other issues included the rear brake hose not being clipped into the frame letting it rub against the left fork stanchion, and the front mech wire being about 6 inches long therefore rubbing the left crank / rider's ankle with every revolution. 

I've heard of the legendarily incompetent and lackadaisical Halford's cycle servicing over the years, but having witnessed it first-hand and having a friend nearly come to serious harm, I am now inspired to support them in raising a case with the local Trading Standards office,” Stead added.

“Halfords should not be allowed to operate as a cycle business until they can prove at a national level they have the policies and trained staff to deliver a service that doesn't put the public at risk.”

Simon joined road.cc as news editor in 2009 and is now the site’s community editor, acting as a link between the team producing the content and our readers. A law and languages graduate, published translator and former retail analyst, he has reported on issues as diverse as cycling-related court cases, anti-doping investigations, the latest developments in the bike industry and the sport’s biggest races. Now back in London full-time after 15 years living in Oxford and Cambridge, he loves cycling along the Thames but misses having his former riding buddy, Elodie the miniature schnauzer, in the basket in front of him.

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67 comments

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Stratman replied to hawkinspeter | 6 months ago
1 like

'Road test' is one of the boxes to be ticked in the checklist used by my local mechanic

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OldRidgeback | 6 months ago
7 likes

Were the forks back to front as well? I see so many bikes being ridden by kids at our local BMX track with the forks on backwards and when I ask the parents, they generally say it was put together that way for them. A lot of the bikes have been assembled in Halfords I'm sad to say. I do often have allen keys with me and I couldn't tell you how many bikes I've had to put right.

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Troon | 6 months ago
11 likes

The sheet says 16nm not 16Nm. That's a measurement of how much the hex key moved whilst tightening.

(nm = nanometers, one millionth of a millimeter)

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Car Delenda Est replied to Troon | 6 months ago
0 likes

If it were only tightened in 16 nanometers deep that would explain a lot..

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john_smith replied to Troon | 6 months ago
1 like

Which end of the key? Or is it how deep the key was inserted into the nut?

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andystow replied to Troon | 6 months ago
0 likes
Troon wrote:

The sheet says 16nm not 16Nm. That's a measurement of how much the hex key moved whilst tightening. (nm = nanometers, one millionth of a millimeter)

I use Newton meters (sorry, US based) a lot at work, and I usually use the dot to make it clearer, N·m. I'll use N-m if I'm in a hurry. Otherwise ALT 0183.

Avatar
hawkinspeter replied to andystow | 6 months ago
3 likes
andystow wrote:

I use Newton meters (sorry, US based) a lot at work, and I usually use the dot to make it clearer, N·m. I'll use N-m if I'm in a hurry. Otherwise ALT 0183.

I thought the US shunned S.I. units, so I'm surprised you're not using pound-force units or bald eagles per gallon

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