Deep Soil Sampling Drill Rig Mineral Prospecting Portable Rig

Product Description

 The Investment Portfolio Approach - Matching Capacity to Opportunity

Experienced exploration managers understand that depth capability is a depreciating asset if purchased before it is required. A 1000-metre rig drilling 200-metre reconnaissance holes is burning fuel, accumulating engine hours, and consuming capital that could have been deployed elsewhere. The GD family of portable core drills-GD-300, GD-600, GD-800, and GD-1000-offers a radically more intelligent approach to capacity planning. It treats drilling power as an investment portfolio, where capacity is acquired incrementally, deployed selectively, and scaled in direct proportion to geological upside. This is not equipment acquisition; it is financial engineering applied to exploration logistics.

The entry point to the GD system is the GD-300. With 44KW of hydraulic power distributed across two 22KW power modules, this configuration delivers reliable 300-metre wireline coring in a five-module, 1700kg package that sets the standard for shallow-to-medium depth portability. Its acquisition cost is a fraction of any competitive 300-metre portable rig, yet it shares 100% parts commonality with the entire family. For junior explorers, government surveys, and geotechnical contractors with predominantly shallow investigation requirements, the GD-300 offers the optimal balance of capability and capital efficiency. More importantly, it provides a clear, economical upgrade path that preserves the initial investment.

When exploration success justifies deeper testing, the GD-300 transforms into the GD-600. A third 22KW power module is added to the hydraulic manifold, boosting total installed power to 66KW and extending depth capability to 600 metres. The rig's physical footprint expands from five to six modules, yet total system weight remains 1700kg-the additional power module is offset by no net weight increase in other components. This upgrade is performed in the field, typically in under one hour, using only basic hand tools. No factory return, no factory technician, no prolonged downtime. The GD-600 delivers genuine intermediate-depth capability without requiring the explorer to sell the original rig at depreciated value and purchase a new one at full retail.

The GD-800 represents the family's high-performance intermediate tier. With four 22KW power units producing 88KW, this configuration achieves 800-metre depth capacity while maintaining the same 1700kg total system weight and expanding to eight modules. This is the optimal configuration for projects with consistent 600-800 metre targets, offering maximum power density per kilogram of transported equipment. The hydraulic system operates well within its design envelope at this power level, ensuring exceptional component longevity and minimal thermal stress. For major exploration programs with multi-year timelines, the GD-800 delivers the best total cost of ownership in its depth class.

At the apex of the family sits the GD-1000. Five 22KW power modules, 110KW of synchronised hydraulic power, nine modules, and 2300kg total system weight-yet still human-portable, still helicopter-transportable, still field-upgradeable from any lower configuration. This is the machine that closes the final gap between portable drilling and true deep exploration. It delivers 1000-metre wireline core samples with the same rod handling, the same control layout, the same operator experience as its smaller siblings. For major mining companies conducting definitive feasibility studies, for deep geotechnical investigations beneath major infrastructure, and for scientific drilling programs requiring kilometre-depth penetration in remote terrain, the GD-1000 is the culmination of the GD family philosophy: maximum depth, minimum logistical penalty.

The investment logic of the GD family extends beyond individual rigs to fleet management. A contracting company can standardise its entire portable drilling fleet on the GD platform, purchasing a base inventory of power modules and feed frames that are interchangeable across all projects. For a shallow geotechnical contract, five GD-300 configurations are deployed. For a concurrent deep exploration program, three of those rigs are field-upgraded to GD-800 or GD-1000 specifications by adding power modules drawn from common stock. The same physical engines move between rigs as project demands shift. This dynamic resource allocation is impossible with conventional, fixed-capacity drilling equipment. The GD family transforms drilling capacity from a fixed asset into a liquid, deployable resource.

Residual value preservation is inherent in this modular architecture. A GD-300 that has accumulated 2000 engine hours does not become obsolete when deeper targets emerge. It is simply upgraded. The original power modules remain in service, supplemented by additional units. When the rig is eventually sold, it is sold as a complete, higher-capacity system, commanding a correspondingly higher resale price. Alternatively, the owner can partition the system-selling individual power modules and the base frame separately to different buyers with different depth requirements. This liquidity is unprecedented in drilling equipment markets and directly contributes to the GD family's exceptional total cost of ownership.

The GD family is, therefore, not merely a product line; it is a strategic framework for matching drilling capacity to exploration opportunity. It replaces the binary, all-or-nothing decision of conventional rig acquisition with continuous, granular scalability. It transforms drilling capacity from a sunk cost into a managed investment. It ensures that your equipment portfolio grows only when your geological confidence justifies the expenditure. For exploration managers who think in terms of risk-adjusted returns, the GD family is the only rational choice.

GD Series Investment & Scalability Matrix

 

 

Parameter	GD-300	GD-600	GD-800	GD-1000
CAPITAL ENTRY POINT	Base Configuration	+1 Power Module	+2 Power Modules	+3 Power Modules
RELATIVE INVESTMENT	1.0x	1.3x	1.6x	2.0x
DEPTH MULTIPLIER	1.0x	2.0x	2.7x	3.3x
POWER DENSITY (KW/kg)	0.026	0.039	0.052	0.048
MODULE COUNT	5	6	8	9
SYSTEM WEIGHT (kg)	1700	1700	1700	2300
WEIGHT PER DEPTH METRE (kg/m)	5.67	2.83	2.13	2.30
FIELD UPGRADE TIME	Baseline	< 1 Hour	< 1.5 Hours	< 2 Hours
PARTS COMMONALITY	100%	100%	100%	100%
OPERATOR RETRAINING	None	None	None	None
HOIST CAPACITY (KN)	130	130	130	130
CLAMP FORCE (KN)	90	90	90	90

 

 

 

 

 

 

 

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