Sealed road surface reaching end of life. Reseal road to maintain wearing surface and prevent water ingress and damage to pavement.Reseal the road using a bituminous spray seal and 10mm aggregate spread at a length of 1.10km.
Sealed road surface reaching end of life. Reseal road to maintain wearing surface and prevent water ingress and damage to pavement.Reseal the road using a bituminous spray seal and 7mm aggregate spread at a length of 0.210km.
Sealed road surface reaching end of life. Reseal road to maintain wearing surface and prevent water ingress and damage to pavement.Reseal the road using a bituminous spray seal and 7mm aggregate spread at a length of 0.330km.
Sealed road surface reaching end of life. Reseal road to maintain wearing surface and prevent water ingress and damage to pavement.Reseal the road using a bituminous spray seal and 7mm aggregate spread at a length of 0.460km.
Sealed road surface reaching end of life. Reseal road to maintain wearing surface and prevent water ingress and damage to pavement.Reseal the road using a bituminous spray seal and 7mm aggregate spread at a length of 0.570km.
Sealed road surface reaching end of life. Reseal road to maintain wearing surface and prevent water ingress and damage to pavement.Reseal the road using a bituminous spray seal and 7mm aggregate spread at a length of 0.690km.
Pavement failure to 30 % of the road segmentReconstructed pavement with Limestone and seal surface with Asphalt
Surface is defects exceed 30 % of the road segmentProfile surface and reseal with asphalt
Lack of gravel, surface rutting, poor shape and inadequate drainage.It is proposed to rectify the problems with this section of road by installing additional mitre drains and cleaning the existing drains. The road will then be tyned and re-shaped. Following this new gravel will be imported, spread and compacted. The road will then be trimmed to its final shape.
The road surface does not have sufficient road base, which results in potholes and ruts, which reduces the speed at which vehicles may travel along the road. Furthermore, the existing surface becomes slippery during and after rainfallOverlay the surface with 100mm compacted road base