Boring by Winch Machine
Tripod/gantry winch rigs for 300–1000 mm cast in-situ piles up to 25 m depth, ideal for restricted sites and economical foundations.
Services
End-to-end piling and deep foundation delivery.
From site assessment to pile caps and QA reporting, we manage every stage with engineering rigour, modern equipment, and site-ready crews.
Our Core Services
End-to-end piling and foundation solutions managed with engineering rigour and on-site experience.
Built for complex sites
Foundation packages from assessment to handover.
Every service we offer is backed by specialised rigs, experienced operators, and disciplined QA routines. We own the process—planning, equipment, safety, and reporting—so project teams can keep moving.
Boring by Hydraulic Rig Machine
Hydraulic rotary rigs handling 600–1500 mm piles up to 45 m depth with rapid production and precise alignment control.
Sheet Piling for Shoring
MS, Z-type, U-type, or Larsen sheet piles installed with vibro-hammers or press-in rigs for basements, cofferdams, and waterfront retention.
Secant Piling for Shoring
450–1000 mm overlapping piles (150–200 mm overlap) forming watertight walls for deep basements, underpasses, and metro stations.
Testing & Documentation
Static/dynamic load testing, integrity checks, and complete QA packs aligned to consultant formats.
Project Coordination
Site-ready crews, logistics, and stakeholder communication from mobilisation to pile cap handover.
Method capabilities & applications
Detailed technical ranges, execution methods, and project use-cases drawn from our piling handbook.
Method A
Boring by Winch Machine
Technical range
- 300–1000 mm diameter cast in-situ piles
- Up to 25 m depth (soil dependent)
- Manual/semi-mechanised with bailer & chisel
Applications
- Residential & commercial foundations
- Retaining/compound walls & culverts
- Sites with restricted access or headroom
Diesel tripod/gantry setup with slurry/casing for unstable strata and continuous depth monitoring.
Method B
Boring by Hydraulic Rig Machine
Technical range
- 600–1500 mm pile diameters
- Depths up to 45 m (soil & load)
- High drilling efficiency rotary systems
Applications
- Bridge piers & flyover foundations
- Metro/elevated corridor works
- Heavy industrial substructures
Fast production with minimal vibration, hard-rock capability, and computerised alignment controls.
Method C
Sheet Piling for Shoring
Systems
- Mild steel (MS) fabricated sheets
- Z-type / U-type interlocking sheets
- Larsen steel sheets (design driven)
Applications
- Basement & foundation excavations
- Cofferdams for bridge piers
- Riverbank / marine retaining structures
Installed via vibro-hammer or hydraulic press-in rigs. Quick to install/remove, cost-effective, and reusable.
Method D
Secant Piling for Shoring
Technical range
- 450–1000 mm pile diameters
- Depths up to 25–30 m
- 150–200 mm interlocking overlap
Applications
- Deep basements & metro stations
- Underpasses & retaining cut slopes
- Urban excavations with high groundwater
Provides watertight retaining structures resisting significant lateral earth pressure.
Testing, quality & safety assurance
We execute pile installation as per IS 2911 and BS standards with qualified engineers, disciplined crew supervision, and alignment monitoring at every stage. QA packs keep consultants, PMCs, and clients informed.
What we document
- Static/dynamic load tests with engineer sign-offs.
- Pile depth, strata logs, and concrete volumes.
- Slurry, verticality, and alignment monitoring records.
- PPE compliance, safety briefings, and inspection reports.
Equipment fleet
In-house rigs and supporting equipment matched to site conditions and structural loads.
Machine Type
Description
Capacity
Winch Machine Set
Tripod/bailor type with diesel engine
Up to 25 m depth
Hydraulic Rotary Rig
Crawler-mounted rotary rig machine
Up to 45 m depth
Vibro-Hammer Unit
Driving and extracting sheet piles
25–35 ton impact
Supporting Equipment
Tremie pipes, mud pumps, bentonite units, load testing gear
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Packages
Tailored scopes for every project type.
We adapt mobilisation, manpower, and equipment to match site constraints, timelines, and load requirements.
Residential towers
Commercial campuses
Industrial & infrastructure
Engagement model
Transparent coordination with project teams.
- Detailed schedules with dependencies and site readiness inputs.
- Dedicated site lead for safety, QA, and stakeholder communication.
- Weekly client reports covering progress, testing, and upcoming needs.
Leadership & site supervision
Experienced engineers and foremen anchor safety, coordination, and execution on every piling assignment.
Founder
Mr. P. Venkatesh S
25+ years leading rig operations, micro piling, D-wall construction, and QA/QC supervision for clients like Swissboring Overseas Corporation, TATA Projects, and L&T.
- Leadership in deep foundation methodology
- QA/QC documentation & client coordination
- Safety-first site supervision across India & MEA
Co-Founder
Mr. Keshav Sharma
20 years of hands-on experience in construction piling. He has led numerous projects ensuring structural stability through driven and bored pile solutions, adapting to diverse soil conditions for commercial, residential, and industrial builds.
- Expert in end-bearing & friction pile techniques
- Oversees site analysis, method selection, and crews
- Drives QA, safety, and cost efficiency for major builds
Civil Engineer
Mr. Amit Kumar Bhardwaj
Over 3 years of piling experience across India and Dubai, delivering bored piles, diaphragm walls, anchor systems, and pile testing for marquee projects like Palm Jumeirah Orla.
Senior Supervisor
Mr. Venkata Rao Basuri
17+ years managing driven/precast piles, diaphragm walls, and jetty foundations across India, Middle East, and Africa with firms like Pinnacle Piling and Afcons.
Civil Project Engineer
Mr. P. Srinivasulu
Over 11 years’ experience as a project civil engineer in highway and railway construction, delivering high quality work independently, even in challenging environments.
Piling Engineer Foreman
Mr. Atul Vinayak Khetri
20+ years overseeing pile execution, cage assembly, concrete works, and manpower management for infrastructure leaders such as Larsen & Toubro and Valecha Engineering.