This is the important initial stage that occurs between establishing on site and getting stuck into the project works. We are experienced in getting the site cleared quickly and ensuring the Erosion and Sediment Control devices conform to Auckland Council's GD05 guidelines to help gain speedy Council approval to proceed with the contract works.
Our directors and team of skilled plant operators have almost two centuries of combined experience in earthmoving. This in-depth knowledge of the weather and ground conditions in the local Auckland region is invaluable when it comes getting your project completed efficiently and on time.
Whether you simply want to increase the useable land area in your lots, or you need to support the main road running through your subdivision project, we are experienced in building timber, keystone block, and steel UC walls in open land, or in restricted and obstructed spaces between houses in Auckland's 'superlot' style high-density subdivisions.
Most of the materials in this stage of construction are hidden underground and usually run beneath future expensive infrastructure features at ground level. We have a proven track record of almost 50 years of installing stormwater, wastewater, watermain and underground services, so you can be assured your underground assets have been installed to the required standards.
Once all of the lots in the subdivision have their service connections installed, the final step in the civil construction stage is connecting them all together with roads so that the builders and future occupants can access their new homes. From being active in the industry since 1976, we have built decades-long relationships with some of Auckland's best aggregate suppliers and roading sub-contractors.
We specialise in pouring concrete access ways, footpaths, kerbs, and vehicle crossings. Through our experience in constructing Auckland's high-density 'superlot' housing developments, we have become experts in managing the logistics of prepping and pouring multiple decorate concrete mix types side-by-side in architecturally designed common access ways.