Hydraulic Rotary Drilling Rig: Precision, Power & Efficiency for Demanding Water Well Projects
Struggling with Slow Progress, High Costs, or Unreliable Equipment?
Commercial drilling contractors and municipal water project managers know the stakes: delays from equipment downtime or inefficiency can derail budgets and timelines. The [Hydraulic Rotary Drilling Rig] delivers unmatched reliability, faster penetration rates, and lower operating costs—ensuring your projects stay on track and profitable.
Engineered for Performance: How It Works
This rig combines hydraulic power with advanced rotary drilling technology to tackle diverse formations—from soft alluvial soils to hard rock. Its modular design ensures quick setup and adaptability for remote sites, while precision controls optimize drilling speed and borehole integrity.
Key Workflow Stages:
Mobilization: Rapid assembly with integrated hydraulic leveling.
Drilling: High-torque rotary head paired with hydraulic feed for consistent progress.
Casing Installation: Simultaneous drilling and casing support in unstable strata.
Maintenance: Centralized grease points and accessible components minimize downtime.
Why Contractors Choose This Rig: 5 Competitive Advantages
Feature
Standard Rigs
Our Hydraulic Rotary Rig
Benefit
Torque Output
3,500 Nm
6,200 Nm
Faster penetration in hard rock
Fuel Efficiency
18 L/hr
12 L/hr
30% lower operating costs
Depth Capacity
150m
300m+
Handles deep-well projects
Noise Levels
110 dB
85 dB
Complies with urban regulations
Maintenance Interval
250 hours
500 hours
Fewer service interruptions
Technical Specifications at a Glance
Engine: Tier 4 Final Diesel, 160 HP
Max Torque: 6,200 Nm @ 120 RPM
Drill Pipe Diameter: 89–178 mm (3.5"–7")
Mast Height: 9.5m (extendable to 12m)
Weight: 8,200 kg (transport-friendly)
Optional Add-Ons: Automated rod handling, GPS guidance, mud pump integration
Proven Across Challenging Applications
Case Study: Rural Water Supply in Arid Regions
A contractor in Kenya drilled 40+ wells through volcanic bedrock (up to 280m depth) with a single rig—achieving a 22% faster completion rate versus conventional equipment. Reduced fuel consumption saved $15,000 per project.
Municipal Infrastructure Upgrade
Used in a U.S. city’s well rehabilitation project, the rig’s low-vibration operation prevented damage to adjacent pipelines while meeting strict noise ordinances.