A section of the A9 near Cairniemoor, south west of Perth, is set to benefit from resurfacing improvements worth £385,000.
The improvements will address defects in the road surface on the northbound section of the A9 between Forteviot Junction and Dupplin Loch, creating a safer and smoother road surface for motorists.
Surfacing is scheduled to get underway from 7.30pm on Friday 28 January and is planned to take place over one weekend with operations programmed where possible to take place consecutively. The improvements are expected to be completed by 6.30am on Monday 31 January, subject to weather conditions. To allow this project to be carried out in a safe and efficient manner restrictions will be required on the network as follows:
Consultation has taken place with all relevant stakeholders in advance of the surfacing improvements to make them aware of the traffic management arrangements.
Commenting on the improvements, Ian Stewart, BEAR Scotland’s North East Unit Representative, said: “This £385,000 investment from Transport Scotland will greatly improve and strengthen this section of the A9, as well as create a smoother and safer journey for motorists.
“The traffic management is essential to ensure the safety of roadworkers and motorists during this project. To help minimise delays as much as possible, we’ve planned the improvements to be carried out using 24-hour working, and our teams will do all they can to complete the works as quickly and safely as possible.
“We thank motorists for their patience in advance while our teams carry out these essential improvements on the A9. We encourage road users to plan their journeys in advance by checking the Traffic Scotland website for up to date traffic information and allow some extra time to reach their destination.”
Real-time journey planning information can be obtained by visiting www.trafficscotland.org, twitter at @trafficscotland or via the new mobile site my.trafficscotland.org.
Materials removed from the existing carriageway will be recycled using SEPA approved methods.