High-Reach Rock Face Reinforcement Drill

High-Reach Rock Face Reinforcement Drill

The High-Reach Rock Face Reinforcement Drill is used to drill anchor holes in elevated rock faces and engineered slopes for rock bolts, cable anchors, and geotechnical reinforcement. Typical applications include highway cut slopes, railway corridors, mining highwalls, and infrastructure stabilization projects. Its hydraulic boom positions the drilling assembly at elevated working points, while the crawler chassis supports movement between suitable drilling locations. Selection depends on working reach, borehole dimensions, drilling angle, rock conditions, and site access.
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Product Introduction

The High-Reach Rock Face Reinforcement Drill is used to drill anchor holes in elevated rock faces and engineered slopes for rock bolts, cable anchors, and geotechnical reinforcement. Typical applications include highway cut slopes, railway corridors, mining highwalls, and infrastructure stabilization projects. Its hydraulic boom positions the drilling assembly at elevated working points, while the crawler chassis supports movement between suitable drilling locations. Selection depends on working reach, borehole dimensions, drilling angle, rock conditions, and site access.

 

Key Advantages


Extended Working Reach
A horizontal lifting height of up to 20 m supports drilling on elevated slope sections. Boom geometry and machine positioning determine the working envelope available at each drilling point.


Hydraulic Drilling Control
Hydraulic rotation and feed systems regulate drill movement. Rotary torque, feed force, and rotation speed are selected according to the required hole dimensions, drilling method, and ground conditions.


Flexible Hole Positioning
The boom and feed assembly position the drill for specified borehole locations and angles. The required working range should be checked against project drawings before configuration approval.


Tracked Site Mobility
The crawler chassis supports movement between drilling positions on suitable terrain. Ground bearing capacity, access width, slope gradient, and setup space should be assessed during mobilization planning.

 

Applications


Highway and Railway Slopes
Drilling anchor holes for rock bolts and cable anchors along road cuttings, railway corridors, and engineered slopes.


Rock Face Reinforcement
Preparing boreholes for reinforcement systems on exposed rock faces and fractured rock masses in accordance with the engineering design.


Mining Highwalls
Supporting designated rock anchoring and stabilization operations on accessible highwall sections, subject to site conditions and the approved work plan.


Infrastructure Stabilization
Drilling reinforcement holes for geotechnical projects that require elevated access and controlled borehole positioning.

 

Technical Specifications

 

Parameter

Specification

Horizontal Lifting Height

20 m

Borehole Diameter

76–180 mm

Maximum Drilling Depth

Up to 10 m

Engine Power

228 kW at 2,000 rpm

Hydraulic Flow Rate

2 × 305 L/min

Hydraulic System Pressure

34.3 MPa

Maximum Feed Force

69 kN

Drill Rod Rotation Speed

0–240 rpm

Maximum Output Torque

3,900 N·m

Hydraulic Oil Tank Capacity

300 L

Fuel Tank Capacity

630 L

Track Width

3,200 mm

Track Length

4,830 mm

Operating Weight

Approximately 40,000 kg

Overall Dimensions (L × W × H)

16,380 × 3,200 × 3,580 mm

 

Configuration and Selection


Working Envelope
Provide the required drilling height, horizontal reach, slope profile, and hole locations. These details establish the necessary boom geometry and positioning range.


Borehole Requirements
Specify diameter, depth, inclination, and anchor system requirements. These parameters guide selection of the rotary head, feed arrangement, drill rods, and drilling tools.


Geological Conditions
Provide the rock type, degree of weathering, fracture conditions, and expected formation changes. This information supports selection of the drilling method and suitable tooling.


Site Accessibility
Specify access width, ground conditions, setup space, and transport restrictions. These details help assess machine positioning, mobilization, and site preparation requirements.

 

Customization Options


Drilling System
The rotary head, feed arrangement, drilling tools, and related hydraulic settings can be reviewed against the required hole dimensions and drilling method.


Boom Configuration
Working reach, boom arrangement, and drilling-angle requirements can be assessed using project drawings and site measurements.


Export Preparation
Available arrangements may include agreed spare parts, equipment identification, operating documents, and export packing. Final scope is confirmed with the selected configuration and order requirements.

 

Manufacturing and Quality Control


Component Inspection
Incoming components are checked against applicable specifications and purchase requirements before assembly.


Assembly Checks
Structural connections, hydraulic lines, fasteners, and drilling mechanisms are inspected against the approved machine configuration during assembly.


Functional Testing
Testing can cover startup, hydraulic response, rotation, feed movement, and control operation according to the applicable inspection procedure.


Final Inspection
Before dispatch, machine identification, installed configuration, accessories, external condition, and shipment documents are checked against the confirmed order.

 

Ordering and Delivery


Technical Confirmation
Confirm the model, working reach, borehole requirements, drilling configuration, and intended operating conditions before order approval.


Production and Inspection
Agree on the production schedule, configuration details, inspection scope, and required technical documents.


Export and Shipping
Confirm packing method, transport dimensions, shipping weight, loading arrangements, and destination requirements before dispatch. Delivery timing is established according to the confirmed order and shipping plan.

 

Frequently Asked Questions

 

Q: What is the maximum working height?

A: The reference configuration specifies a horizontal lifting height of 20 m. The actual working envelope depends on boom geometry and drilling position.

Q: What borehole diameters are available?

A: The reference range is 76–180 mm. The applicable diameter depends on the selected drilling method, tooling, and ground conditions.

Q: Can the rig drill at different angles?

A: The available drilling angles depend on the boom and feed assembly. Confirm the required angle range against the selected model and project drawings.

Q: Can the equipment be customized?

A: Available options can be reviewed against working reach, borehole dimensions, hydraulic settings, drilling tools, and export requirements.

Q: What information is needed for a quotation?

A: Provide the required working height, borehole diameter and depth, drilling angle, geological conditions, project location, order quantity, and delivery destination.

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