| Customization: | Available |
|---|---|
| After-sales Service: | Yes |
| Warranty: | 1 Year |
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
|---|
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
The Capital- Efficient Solution for Major Depth Campaigns
From a project financing and management perspective, executing a drilling campaign to 1000 meters represents a significant capital deployment. The selection of equipment directly impacts the risk profile and ultimate return on this investment. The GD-1000B is designed as a capital-efficient solution, engineered to control the three major cost drivers of deep drilling: time on hole, mechanical downtime, and operational risk. It transforms the substantial capital outlay for deep exploration into a managed, predictable, and productive process.
Capital efficiency is first realized through powertrain design that optimizes fuel consumption and penetration rate. The high-efficiency 129KW diesel engine is paired with an intelligent hydraulic system that minimizes parasitic energy loss. The three-speed gearbox attached to the rotary head is a direct contributor to cost-per-meter efficiency. This feature allows the driller to operate the rig in its most fuel-efficient and effective RPM range for the given formation, avoiding the energy waste associated with running a single-speed system at non-optimal points. By enabling faster penetration in suitable ground and providing maximum torque in hard rock without stalling, this system directly reduces the total fuel burned and time spent to reach target depth.
The most significant cost in deep drilling is often non-productive time. The GD-1000B is engineered to maximize asset uptime. Its robust, ground-contact tower and massive feed system are built from high-grade materials to withstand continuous, high-stress operation without requiring frequent alignment checks or structural repairs. The heavy-duty steel tracks are selected for their longevity, reducing replacement costs and downtime associated with track maintenance compared to lighter systems. Furthermore, the centralized hydraulic design with accessible filtration and cooling points simplifies and speeds up routine servicing, ensuring maintenance windows are short and predictable.
Mitigating operational risk is a direct form of capital protection. A single fishing job or lost hole at 1000 meters can erase the profitability of an entire campaign. The GD-1000B addresses this with proactive, engineered safety features. The hydraulic anti-accident system prevents costly control errors. Crucially, the automatic V-gripper system acts as an insurance policy on the drill string itself. By mechanically preventing accidental rod drops, this system eliminates the single most common and expensive cause of deep-hole fishing operations, protecting the capital invested in each borehole and ensuring the continuity of sample recovery.
GD-1000B Capital Efficiency & Operational Specification Table
| Efficiency & Cost Factor | Model Implementation |
|---|---|
| PROJECT ECONOMICS PROFILE | |
| Target Depth for Campaign ROI | 1000 Meters |
| POWERTRAIN EFFICIENCY | |
| Prime Power Unit | Weichai 129KW High-Efficiency Diesel |
| Key Efficiency Feature | 3-Speed Gearbox for Optimal RPM/Torque Selection |
| DEEP-HOLE UPTIME ENGINEERING | |
| Structural Durability | Heavy-Gauge Integrated Tower & Frame |
| Feed System Endurance | 22-Ton System for Consistent Advancement |
| Mobility System Longevity | Industrial Steel Tracks |
| RISK MITIGATION & CAPITAL PROTECTION | |
| Operational Error Prevention | Integrated Hydraulic Safety Interlocks |
| Asset & Data Loss Prevention | Mechanical Fail-Safe Rod Gripping System |
| LOGISTICAL SUPPORT CAPACITY | |
| Onboard Hoisting Capacity | 1000m Wire Rope Drum |
The GD-1000B is, therefore, a strategic capital asset. It is designed to deliver deep subsurface data not just with technical capability, but with a focus on minimizing the total cost of ownership and operational risk. This approach to capital efficiency ensures that large-depth drilling campaigns can be executed within budget, on schedule, and with a high degree of financial predictability.




