Granville Project

CLIENT: Cumberland City Council

Active Civil Group completed a comprehensive lane renewal in Granville for Cumberland City Council in just under five days.

The scope combined fast‑tracked excavation, precision drainage construction, stabilised base installation, and high‑performance asphalt surfacing.

The result is a durable, low‑maintenance asset that improves safety, drivability and amenity for local residents and businesses.

Key Statistics

736 m² of roadway excavated
420 lm of 200 mm thick dish drain formed and poured
736 m² of 200 mm thick 10:1 stabilised DGB laid
736 m² spray sealed and surfaced with 43 mm AC10 asphalt
220 m² medium‑duty vehicular crossovers completed
230 m² asphalt finished between the property boundary

Project Highlights

Accelerated delivery

Full programme completed in under 5 days through tight sequencing and coordinated crews.
Minimised disruption to local traffic and access.

Precision drainage works

Formed and poured 420 lineal metres of 200 mm thick dish drain for robust runoff control and edge stability.
Ensured consistent falls and high‑quality finish to extend pavement life.

Strengthened pavement foundation

Laid 736 m² of 200 mm thick 10:1 stabilised DGB to provide a strong, uniform base.
Improved load‑bearing capacity and reduced future maintenance.

High‑performance asphalt surfacing

Spray sealed 736 m² of carriageway and applied a 43 mm AC10 asphalt wearing course.
Delivered a smooth, durable surface with improved skid resistance.

Access and interface upgrades

Constructed 220 m² of medium‑duty vehicular crossovers to support frequent driveway movements.
Finished with 230 m² of asphalt between the property boundary for a clean, seamless interface.

Outcomes

The Granville lanes now feature resilient pavement, effective drainage and smooth, safe travel.

By combining rapid delivery with quality workmanship, Active Civil Group has provided Cumberland City Council with a long‑lasting upgrade that reduces maintenance, improves user experience and supports local activity.