Specialist directional drilling, telecoms civil construction and underground infrastructure — delivered with precision across Greater Melbourne and Victoria.
Full-service turnkey civil and telecommunications construction — from first bore to final reinstatement.
Our flagship capability. HDD bores under busy intersections, roads and waterways without disturbing the surface. Major Telstra asset relocations and complex large-diameter bores are our speciality.
Experienced in-house design and construction teams execute large-scale telecommunications fibre builds and asset relocation projects for Tier 1 clients across Victoria.
Non-destructive vacuum excavation using hydro units to safely locate and expose existing services prior to excavation — minimising risk and protecting critical infrastructure.
Multiple multi-skilled crews delivering high-quality pit and pipe installations to Telstra, Optus, TPG and AARNet specifications — on time, every time.
Self-performed reinstatement crews handling asphalt roads and footpaths, concrete driveways, and bluestone CBD paving — all completed to approved council standards.
Experienced hauling crews with calibrated winches managing complex hauls through new conduits and Telstra's existing network — DCAF trained and fully compliant.
Delivering critical underground infrastructure for Australia's leading telecommunications and civil clients.
Founded in 2017 by combining operational project management expertise with deep experience in telecommunications and civil construction, GND Civil Group has grown into one of Victoria's largest turnkey telecommunications contractors.
We are team-based, dynamic, and fully self-performing — from civil works and directional drilling through to cable hauling, fibre splicing and traffic management. No subcontractors, no compromises.
1,000+ completed projects plotted across Victoria and Australia — from metropolitan Melbourne to regional and interstate works.
For project enquiries, bookings or career opportunities — reach out to our head office or use the form below.