A section of the A9 between Strathy & Aberuthven is set to benefit from surfacing improvements worth £75,000 with work set to get underway on Monday.
The improvements will address surface defects on the southbound section of the A9, creating a safer and smoother road surface for motorists.
The overnight improvements are scheduled to start on Monday 11 January and will take place over three nights between 7.30pm and 6.30am, with all works expected to be completed by 6.30am on Thursday 14 January.
To ensure the safety of road workers and motorists, a 10mph convoy system will be in place during working hours. All traffic management will be removed outwith these times.
Strict physical distancing protocols, in accordance with Scottish Government COVID-19 guidance, will be implemented to protect teams and ensure they remain safe at all times.
Consultation has taken place with all relevant stakeholders in advance of the resurfacing improvements to make them aware of the traffic management arrangements.
Commenting on the improvements, Ian Stewart, BEAR Scotland’s North East Representative, said: “These surfacing improvements will greatly improve and strengthen this section of the A9, as well as create a smoother and safer journey for motorists.
“We’ve taken steps to minimise disruption for motorists as much as possible during the improvements, including carrying out the works overnight and removing all traffic management during the daytime to further limit any impact to motorists.
“We thank motorists for their patience in advance while our teams carry out these essential works 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.