Home   News   Article

A9 closed for three nights


By Staff Reporter

Register for free to read more of the latest local news. It's easy and will only take a moment.



Click here to sign up to our free newsletters!
A9 will be closed for three consecutive nights.
A9 will be closed for three consecutive nights.

The A9 north of Perth, between Luncarty and Dunkeld, will be closed overnight for three consecutive nights from Monday, July 29.

As part of the A9 dualling project, the A9 will be closed in both directions between the Luncarty Junction and the A923 Dunkeld Junction from 8.30pm to 6am each night (July 29 to 31).

The closures are required to install concrete bridge beams which will form the new Stanley/Tullybelton Junction overbridge.

Signed diversion routes will be in place on approach to the closure area, via the A85 for northbound traffic and via the A923 Dunkeld Junction for southbound traffic.

Access to the communities of Luncarty, Bankfoot and Stanley will be maintained via the local road network for the duration of the three overnight closures, while access for emergency vehicles will be available at all times.

Gemma Montrose, project sponsor for Transport Scotland, said: “Installation of the bridge beams on the new overbridge at the Tullybelton Stanley junction is the first major milestone of the A9 dualling Luncarty to Pass of Birnam project. A great deal of planning and work has been achieved to get to this point.

“Our contractor, Balfour Beatty, plans to make full use of the closures by making alterations to the site traffic management and to maximise the additional work activity they can complete while the road is closed.

“Road users will encounter alterations to the temporary traffic management at the Stanley Road junction and at the north extents of the site. Drivers are advised to approach with care.

"We would like to thank road users for their continued patience while we endeavour to complete these works as quickly as possible.”

These works are weather dependent as the heavy lifting operations are sensitive to high winds.


Do you want to respond to this article? If so, click here to submit your thoughts and they may be published in print.



This site uses cookies. By continuing to browse the site you are agreeing to our use of cookies - Learn More