If you’ve worked with GPS machine control or survey equipment for any length of time, you’ve probably come across the terms RTCM and CMR+. Both are correction message formats used to deliver RTK data from a base station or network to a rover, helping achieve centimetre-level positioning.

While both formats can produce excellent results, RTCM has become the global industry standard, offering greater compatibility, improved support for modern satellite constellations, and better long-term flexibility.

For organisations investing in new GNSS technology, choosing RTCM can make integration easier and help future-proof operations.

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What Is RTCM?

RTCM (Radio Technical Commission for Maritime Services) is an open-standard protocol used to transmit GNSS correction data between a base station and rover.

Today, RTCM is supported by almost every major manufacturer, including Trimble, Leica, Topcon, Hemisphere, CHCNAV, Septentrio, and Stonex. Because it is an open standard, equipment from different manufacturers can often work together without compatibility issues.

If you’re deploying modern Stonex GNSS rovers or base stations, RTCM provides outstanding performance for surveying, construction, mining, and machine control applications.

👉 Explore our Stonex GNSS equipment:
https://rededgeresources.com.au/stonex-gps-gnss-survey-equipment/

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What Is CMR+?

CMR+ (Compact Measurement Record Plus) is a proprietary correction format originally developed by Trimble. It was designed to minimise bandwidth while still providing highly accurate RTK positioning.

CMR+ has served the industry well for many years and remains common on legacy Trimble systems and some mixed-brand installations. However, it is proprietary rather than open, making it less flexible for multi-vendor environments.

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5 Reasons RTCM Is Better Than CMR+

1. Superior Multi-Constellation Support

Modern GNSS receivers utilise multiple satellite constellations, including:

• GPS
• GLONASS
• Galileo
• BeiDou
• QZSS
• NavIC (where supported)

RTCM has evolved alongside these technologies, allowing receivers to make better use of available satellites and improving performance in challenging environments such as mine pits, urban areas, and heavily vegetated sites.

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2. Excellent Compatibility Across Manufacturers

One of RTCM’s greatest strengths is interoperability.

Mining contractors, surveyors, and civil construction companies increasingly operate fleets containing equipment from multiple manufacturers. RTCM enables these systems to communicate more effectively, reducing integration headaches and allowing greater flexibility when upgrading equipment.

Whether you’re using a Stonex rover, a dedicated RTK base station, or integrating machine control systems across different brands, RTCM offers a common language for correction data.

👉 View our Stonex GNSS solutions:
https://rededgeresources.com.au/stonex-gps-gnss-survey-equipment/

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3. Better Future-Proofing

GNSS technology continues to evolve rapidly.

New satellites, improved signals, and enhanced correction techniques are regularly introduced, and RTCM standards continue to adapt to support these developments.

By comparison, CMR+ remains tied to proprietary ecosystems and is generally viewed as a legacy protocol.

For businesses planning equipment purchases over the next decade, RTCM offers greater confidence that today’s investment will remain compatible with tomorrow’s technology.

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4. Optimised for Modern NTRIP Networks

Many RTK correction providers now distribute RTCM messages over NTRIP services.

This makes RTCM an ideal choice for users connecting to network correction services or switching between a local base station and subscription-based corrections.

At Red Edge Resources, we support customers using:

• SmartNet subscriptions
• Hemisphere Atlas subscriptions
• Local RTK base stations
• Private radio networks

Learn more:

• SmartNet: https://rededgeresources.com.au/smartnet-subscription/
• Hemisphere Atlas: https://rededgeresources.com.au/hemisphere-atlas-subscription/

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5. Easier Expansion and Mixed Fleet Integration

Businesses evolve.

You may start with one rover and later add additional receivers, machine control systems, or permanent base stations.

Using RTCM from the outset provides greater flexibility when expanding your fleet, making it easier to integrate equipment from different manufacturers without proprietary limitations.

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Is CMR+ Still a Good Choice?

Absolutely.

CMR+ continues to perform very well on many Trimble installations and remains suitable where existing infrastructure has already been built around it.

In fact, some mining operations continue using CMR+ successfully because of long-established workflows and hardware compatibility.

However, for new deployments or businesses seeking maximum flexibility, RTCM is generally the preferred option.

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Accuracy Comparison: RTCM vs CMR+

When configured correctly using quality hardware and a stable communications link, both RTCM and CMR+ are capable of delivering centimetre-level RTK accuracy.

The real advantages of RTCM lie in:

• Open industry standard
• Multi-brand compatibility
• Better support for modern satellite constellations
• Improved scalability
• Simplified integration with NTRIP services
• Long-term technology support

In most practical situations, the limiting factors are satellite visibility, communications quality, and receiver hardware—not the correction message format itself.

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RTCM vs CMR+ Comparison Table

Feature	RTCM	CMR+
Open industry standard	✅ Yes	❌ Proprietary
Multi-manufacturer compatibility	✅ Excellent	⚠️ Limited
Modern GNSS constellation support	✅ Excellent	⚠️ Good
NTRIP network compatibility	✅ Excellent	⚠️ Moderate
Future-proof technology	✅ Strong	⚠️ Legacy
Legacy Trimble compatibility	⚠️ Good	✅ Excellent

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Which Should You Choose?

If you’re investing in a new GNSS system, RTCM is generally the better long-term choice.

Choose RTCM if you:

• Want maximum compatibility across brands
• Plan to expand your equipment fleet
• Use SmartNet or other NTRIP services
• Need support for the latest GNSS constellations
• Want an open, industry-standard protocol

Choose CMR+ if you:

• Operate an established Trimble-based environment
• Need compatibility with legacy infrastructure
• Have existing workflows built around CMR+

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Red Edge Resources Can Help

At Red Edge Resources, we specialise in supplying and supporting GNSS technology for Australia’s mining, civil construction, surveying, and machine control industries.

Our team can help you configure:

• Stonex GNSS rovers
• RTK base stations
• SmartNet subscriptions
• Hemisphere Atlas subscriptions
• Machine control systems
• Mining drill guidance solutions

Whether you’re transitioning from CMR+ to RTCM or designing a completely new RTK network, we’ll help you select the best solution for your operation.

Explore our solutions:

• Stonex GNSS Survey Equipment
  https://rededgeresources.com.au/stonex-gps-gnss-survey-equipment/
• SmartNet Subscription Services
  https://rededgeresources.com.au/smartnet-subscription/
• Hemisphere Atlas Subscriptions
  https://rededgeresources.com.au/hemisphere-atlas-subscription/
• Machine Control Solutions
  https://rededgeresources.com.au/machine-control/

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How High-Precision GPS Technology Is Helping Build Australia’s Renewable Energy Future

Accuracy is one of the most important factors in the successful construction of a utility-scale solar farm. From the first survey peg to the final installed panel, every component must align with the engineering design to ensure the project is delivered safely, efficiently and on budget.

That’s why more contractors are adopting GNSS positioning technology to improve precision throughout every stage of solar farm construction.

At Red Edge Resources, we provide advanced GNSS guidance solutions for surveying, piling and drilling, helping renewable energy projects across Australia achieve higher productivity and greater accuracy.

👉 Discover our GNSS piling and drilling solutions:
https://rededgeresources.com.au/mining-stx-drill/

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What Is GNSS Positioning?

GNSS (Global Navigation Satellite System) uses multiple satellite constellations—including GPS, Galileo, GLONASS and BeiDou—to determine highly accurate positions on the Earth’s surface.

When combined with RTK corrections or network-based positioning services, GNSS can provide centimetre-level accuracy, making it ideal for engineering and construction applications.

For solar farm projects, this level of precision helps ensure infrastructure is installed exactly where it is designed to be.

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Why Accuracy Is Critical on Solar Farms

Large-scale solar developments can span hundreds of hectares and require the installation of thousands—or even hundreds of thousands—of piles.

Even minor positioning errors can lead to:

• Misaligned mounting structures
• Difficulties during tracker installation
• Increased labour costs
• Costly rework
• Construction delays
• Reduced project efficiency

Using GNSS positioning throughout construction minimises these risks and helps projects stay on schedule.

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How GNSS Improves Solar Farm Construction

Survey and Site Establishment

GNSS survey equipment provides highly accurate project control points, topographic mapping and boundary information that engineers rely on during design and planning.

GPS Piling Guidance

By guiding piling rigs directly to digital coordinates, GNSS technology reduces reliance on physical survey pegs and improves installation speed while maintaining exceptional accuracy.

Drilling and Foundation Works

For projects requiring drilling, GNSS positioning allows operators to align equipment precisely with engineering plans, reducing manual measurements and improving consistency.

Civil Earthworks

GNSS also supports grading, access roads, cable trenching and other infrastructure works by ensuring machines operate from accurate digital models.

As-Built Verification

Once construction is complete, GNSS survey systems allow contractors to verify installed assets and produce precise as-built documentation for quality assurance and client handover.

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The Benefits of GNSS Positioning

Higher Accuracy

Centimetre-level positioning helps ensure piles, foundations and supporting infrastructure are installed exactly where intended.

Faster Construction

Operators spend less time locating positions and more time completing productive work.

Reduced Survey Costs

Digital positioning decreases the need for repeated physical set-out across large developments.

Lower Rework

Improved installation accuracy helps eliminate downstream corrections and unnecessary delays.

Better Integration with Digital Workflows

GNSS systems work seamlessly with engineering models and design files, creating a more connected construction process.

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Supporting Australia’s Renewable Energy Growth

Australia’s renewable energy pipeline continues to expand, with increasingly ambitious solar projects being delivered nationwide.

GNSS technology enables contractors to:

• Deliver projects faster
• Improve quality assurance
• Reduce manual processes
• Increase productivity
• Better utilise labour and equipment
• Maintain consistent installation standards

As projects become larger, these efficiencies become even more valuable.

---

Why Choose Red Edge Resources?

Red Edge Resources supplies practical GNSS solutions backed by real-world industry experience.

Our services include:

• GPS piling guidance systems
• Drill rig guidance technology
• High-precision GNSS positioning
• Installation and commissioning
• Operator training
• Ongoing Australian technical support

We help contractors across renewable energy, mining and civil construction adopt technology that improves accuracy and delivers measurable productivity gains.

---

Build Better Solar Farms with GNSS

Modern renewable energy construction demands precision at every stage.

By integrating GNSS positioning into surveying, piling and drilling operations, contractors can reduce costs, minimise delays and improve overall project outcomes.

If you’re planning your next solar development, Red Edge Resources can help you implement the technology needed to build with confidence.

👉 Learn more:
https://rededgeresources.com.au/mining-stx-drill/

How GNSS Technology Is Helping Deliver Solar Farms Faster, More Accurately and More Profitably

Australia is in the middle of a renewable energy boom, with utility-scale solar farms being delivered at record pace. As Engineering, Procurement and Construction (EPC) contractors take on increasingly ambitious projects, many are turning to digital piling guidance systems to improve productivity and reduce construction risk.

By replacing traditional workflows with GNSS-powered positioning technology, EPC contractors can install piles more accurately, reduce reliance on physical survey set-out and keep projects moving efficiently.

At Red Edge Resources, we help solar and infrastructure contractors modernise their piling and drilling operations with advanced GPS guidance solutions designed for Australian conditions.

👉 Learn more about our digital piling solutions:
https://rededgeresources.com.au/mining-stx-drill/

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What Is Digital Piling Guidance?

Digital piling guidance combines high-precision GNSS positioning with engineering design files to provide operators with real-time navigation directly inside the piling rig.

Rather than working exclusively from survey pegs, operators can position equipment using live coordinates and digital layouts, helping ensure every pile is installed exactly where it is intended.

The result is faster installation, improved consistency and reduced construction delays.

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Why EPC Contractors Are Making the Switch

1. Faster Project Delivery

Time is critical on renewable energy projects. Delays in piling can affect every stage that follows, from racking installation through to panel commissioning.

Digital guidance enables operators to move quickly between locations and begin installation without waiting for continual survey marking.

2. Reduced Survey Dependency

Large solar farms often require tens of thousands of pile positions.

Using GNSS guidance allows survey teams to focus on:

• Establishing site control
• Verification and quality assurance
• Final as-built surveys

rather than physically marking every individual pile location.

3. Improved Installation Accuracy

Precise pile placement reduces the likelihood of:

• Misaligned mounting systems
• Structural adjustments
• Costly rework
• Construction delays

Working directly from engineering data helps maintain consistency across the entire project.

4. Better Productivity

Digital workflows reduce unnecessary downtime and allow piling crews to maintain a steady installation pace throughout the day.

This leads to:

• Higher daily production rates
• Better equipment utilisation
• Lower labour costs
• Improved overall project efficiency

5. Greater Confidence on Large Projects

As solar developments increase in size, manually managing thousands of survey pegs becomes increasingly difficult.

Digital piling guidance simplifies site operations by providing operators with clear, real-time positioning information regardless of project scale.

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Supporting Australia’s Renewable Energy Expansion

Australia’s clean energy transition depends on efficient construction methods that can deliver projects safely, accurately and economically.

GNSS piling guidance supports this by helping contractors:

• Build faster
• Improve quality control
• Reduce installation errors
• Optimise workforce allocation
• Deliver projects on schedule

These benefits make digital guidance an increasingly valuable investment for EPC contractors competing in a fast-growing market.

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Integrating Survey and Construction

Digital piling guidance does not replace survey professionals—it enhances their work.

Many successful projects use a hybrid approach where:

• Survey teams establish site control and verify accuracy
• GNSS guidance directs piling operations
• Final as-built surveys confirm completed works

This collaboration combines the strengths of both disciplines while improving efficiency across the project lifecycle.

---

Why Choose Red Edge Resources?

At Red Edge Resources, we understand the demands of large-scale renewable energy construction.

We provide:

• GPS piling guidance systems
• GNSS drilling solutions
• Professional installation and commissioning
• Operator training
• Local Australian technical support
• Practical expertise backed by field experience

Our mission is to help EPC contractors deliver projects with greater precision, productivity and confidence.

---

Future-Proof Your Solar Construction Workflow

As renewable energy projects become larger and deadlines become tighter, digital positioning technology is quickly becoming a competitive advantage.

By adopting GNSS piling guidance today, EPC contractors can reduce risk, improve efficiency and position themselves for long-term success in Australia’s growing clean energy sector.

---

Learn More About Digital Piling Guidance

Discover how Red Edge Resources can help modernise your next solar project with advanced GNSS technology.

👉 https://rededgeresources.com.au/mining-stx-drill/

Speak with our team to explore a piling guidance solution tailored to your project requirements.

---

How Modern GNSS Technology Is Changing Solar Farm Construction

As utility-scale solar farms become larger and more complex, contractors are looking for smarter ways to improve productivity without sacrificing accuracy. One of the biggest shifts in recent years has been the move from traditional survey set-out methods to GPS piling guidance systems.

While survey set-out remains an essential part of construction, GNSS technology is helping piling contractors work faster, reduce delays and minimise costly rework.

At Red Edge Resources, we provide advanced GPS piling and drilling guidance solutions that help renewable energy projects across Australia stay on schedule and on budget.

👉 Learn more about our piling guidance solutions:
https://rededgeresources.com.au/mining-stx-drill/

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What Is Traditional Survey Set-Out?

Traditional survey set-out involves a surveyor marking the exact location of every planned pile using GNSS equipment or a total station. These locations are typically identified with pegs, paint or flags before the piling crew arrives on site.

While highly accurate, this process can become time-consuming on projects requiring tens of thousands of pile installations.

Common challenges include:

• Extensive labour requirements
• Delays waiting for survey crews
• Damaged or displaced survey pegs
• Rework when markers are disturbed
• Additional mobilisation across large sites

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What Is GPS Piling Guidance?

GPS piling guidance uses high-precision GNSS technology to display pile locations directly to the operator inside the machine.

Rather than relying solely on physical markers, operators can navigate to the planned coordinates using digital engineering files and real-time positioning.

This creates a more streamlined workflow while maintaining excellent installation accuracy.

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Comparing the Two Methods

Traditional Survey Set-Out	GPS Piling Guidance
Requires physical pegs or markers	Uses digital coordinates and GNSS positioning
Heavy reliance on survey crews	Greater operator independence
Pegs can be disturbed or removed	Digital plans remain available on-screen
Slower on large projects	Faster navigation between pile locations
Higher labour input	Improved machine productivity
Repeated survey visits often required	Reduced survey dependency

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Advantages of GPS Piling Systems

Faster Installation

Operators can move directly from one pile location to the next without waiting for additional survey marking, increasing daily production rates.

Improved Productivity

Digital navigation reduces downtime and keeps piling equipment working efficiently throughout the project.

Reduced Survey Costs

Survey teams can focus on establishing site control and quality assurance instead of physically marking every individual pile.

Better Accuracy

High-precision GNSS guidance helps ensure piles are installed according to engineering design, reducing alignment issues during racking installation.

Simplified Large-Scale Projects

For solar farms covering hundreds of hectares, digital guidance makes it easier to manage thousands of installation points consistently.

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Is Traditional Survey Set-Out Still Important?

Absolutely.

Survey professionals remain essential for:

• Establishing site control
• Verifying project coordinates
• Quality assurance
• As-built verification
• Engineering compliance

In practice, many of the most efficient projects combine professional survey control with GPS piling guidance to achieve the best balance of speed and precision.

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Why Australia’s Solar Industry Is Embracing GNSS

The rapid growth of renewable energy construction has increased demand for technologies that improve efficiency without compromising quality.

GPS piling systems help contractors:

• Complete projects faster
• Reduce labour-intensive workflows
• Minimise rework
• Improve consistency
• Better integrate with digital engineering models

As projects become larger, these productivity gains become increasingly valuable.

---

Red Edge Resources – Supporting Smarter Renewable Energy Construction

Red Edge Resources supplies GNSS positioning technology designed for the real-world demands of Australian construction projects.

We provide:

• GPS piling guidance systems
• Drill rig navigation solutions
• GNSS positioning technology
• Installation and commissioning
• Operator training
• Local Australian technical support

Our goal is to help contractors improve productivity while maintaining the accuracy required on today’s renewable energy projects.

---

Build Faster with GPS Piling Guidance

If you’re planning your next solar farm and want to reduce survey dependency while increasing installation efficiency, GPS piling guidance could be the solution.

Discover how Red Edge Resources can help modernise your construction workflow.

👉 https://rededgeresources.com.au/mining-stx-drill/

Smarter Positioning for Faster, More Accurate Solar Farm Development

Australia’s renewable energy sector is expanding rapidly, with utility-scale solar farms and battery energy storage projects being developed across the country. As these projects grow in scale and complexity, contractors are increasingly relying on GNSS (Global Navigation Satellite System) technology to improve accuracy, reduce costs and accelerate construction.

From initial site surveys through to piling, drilling and final as-built verification, GNSS is reshaping the way renewable energy infrastructure is delivered.

At Red Edge Resources, we provide advanced GNSS guidance solutions that help contractors build smarter, faster and with greater confidence.

👉 Learn more about our piling and drilling guidance solutions:
https://rededgeresources.com.au/mining-stx-drill/

---

What Is GNSS Technology?

GNSS refers to satellite positioning systems such as GPS, Galileo, GLONASS and BeiDou that provide highly accurate location information anywhere on Earth.

When paired with RTK or network corrections, GNSS technology delivers centimetre-level accuracy, making it ideal for solar farm construction where precision is critical.

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How GNSS Is Used Throughout Renewable Energy Projects

Survey and Site Preparation

Every successful solar farm starts with accurate data. GNSS survey equipment enables teams to:

• Establish project control
• Capture topographic information
• Map boundaries
• Produce digital terrain models
• Support engineering and design workflows

Accurate surveys create the foundation for efficient construction.

GPS Piling Systems

Modern piling rigs equipped with GNSS guidance can navigate directly to planned pile locations without relying solely on physical survey pegs.

Benefits include:

• Faster pile installation
• Improved positioning accuracy
• Reduced survey requirements
• Less rework
• Increased productivity

For projects involving thousands of piles, these efficiencies can significantly reduce construction time and costs.

Drilling Operations

GNSS guidance also supports drilling for foundations and geotechnical investigations by providing operators with real-time positioning against digital engineering plans.

This results in:

• Faster setup
• Better consistency
• Reduced manual measurements
• Improved compliance with project specifications

Civil Construction

GNSS technology supports many other aspects of renewable energy construction, including:

• Earthworks
• Access roads
• Cable trenching
• Drainage infrastructure
• Site grading

When combined with machine control systems, contractors can achieve higher productivity while reducing unnecessary material movement.

As-Built Verification

After installation, GNSS survey equipment allows contractors to verify completed works and produce accurate as-built records for project handover and quality assurance.

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Why Renewable Energy Contractors Are Investing in GNSS

Greater Accuracy

Precise positioning helps ensure every component is installed according to design, reducing alignment issues and improving overall quality.

Faster Construction

Operators spend less time locating positions and more time completing productive work.

Reduced Costs

Improved accuracy minimises rework, while digital workflows reduce labour-intensive survey tasks.

Better Integration

GNSS systems work seamlessly with digital engineering files, enabling efficient collaboration between office and field teams.

Improved Productivity

By streamlining workflows across survey, piling and drilling, contractors can complete projects more efficiently and stay on schedule.

---

Supporting Australia’s Clean Energy Future

As investment in renewable energy continues to grow, technology is playing an increasingly important role in delivering projects safely, accurately and economically.

GNSS positioning allows contractors to:

• Meet demanding construction schedules
• Improve installation quality
• Reduce manual processes
• Optimise equipment utilisation
• Build with confidence

---

Why Choose Red Edge Resources?

Red Edge Resources provides practical GNSS solutions backed by local Australian expertise.

We offer:

• GPS piling guidance systems
• Drill rig guidance technology
• GNSS positioning solutions
• Installation and commissioning
• Operator training
• Ongoing technical support

Our team works closely with renewable energy contractors to deliver solutions designed for Australian conditions and real-world project requirements.

---

Future-Proof Your Solar Construction Projects

Digital positioning technology is quickly becoming the standard for modern renewable energy construction.

By implementing GNSS guidance for surveying, piling and drilling, contractors can improve productivity, reduce costs and deliver projects with greater precision.

If you’re planning your next solar development, now is the time to explore how GNSS technology can transform your workflow.

👉 Learn more:
https://rededgeresources.com.au/mining-stx-drill/

---

Why GNSS Technology Is Transforming Renewable Energy Construction

As Australia’s renewable energy sector continues to expand, contractors are under increasing pressure to deliver large-scale solar projects faster, more accurately and with fewer resources. One of the biggest innovations driving this change is the adoption of GPS piling systems.

By combining high-precision GNSS positioning with digital construction plans, modern piling guidance systems help contractors improve installation accuracy, reduce survey costs and accelerate project delivery.

At Red Edge Resources, we supply advanced GNSS guidance solutions for piling and drilling contractors working on solar farms and renewable energy infrastructure across Australia.

👉 Learn more: https://rededgeresources.com.au/mining-stx-drill/

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What Is a GPS Piling System?

A GPS piling system uses satellite positioning technology to guide piling rigs to the exact location specified in the project design.

Instead of relying entirely on physical pegs and repeated survey set-out, operators receive real-time positioning information directly in the cab, allowing them to install piles with greater confidence and consistency.

This technology is increasingly being adopted on utility-scale solar farms where projects may involve installing tens of thousands of foundations.

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What Makes a Great GPS System for Solar Farm Piling?

When choosing a piling guidance solution, contractors should look for several key features.

High-Precision GNSS Positioning

Centimetre-level positioning helps ensure piles are installed in accordance with engineering designs, reducing downstream alignment issues.

Multi-Constellation Satellite Tracking

Systems capable of tracking GPS, GLONASS, Galileo and BeiDou satellites provide improved reliability and performance across varying site conditions.

Easy-to-Use Operator Interface

Simple, intuitive displays reduce training time and help operators quickly navigate to each pile location.

Rugged Hardware

Solar projects are often constructed in harsh environments where equipment must withstand dust, heat, vibration and continuous operation.

Integration with Digital Design Files

The ability to import project layouts and work directly from digital coordinates improves workflow efficiency while reducing manual data handling.

Reliable Local Support

Having access to Australian-based installation, training and technical support is just as important as the hardware itself.

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Benefits of GPS Guidance on Solar Projects

Faster Installation Rates

Operators spend less time locating positions and more time installing piles, increasing daily production.

Reduced Survey Requirements

Survey crews can focus on quality control rather than physically marking every installation point across large sites.

Greater Accuracy

Real-time GNSS guidance helps minimise positioning errors that could affect racking alignment or require costly rework.

Lower Construction Costs

Improved productivity and reduced rework contribute to lower overall project costs and faster completion.

Better Project Consistency

Digital workflows ensure installation remains aligned with engineering intent across thousands of pile locations.

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Why GNSS Guidance Is Becoming the Industry Standard

Australia is home to some of the world’s largest solar developments, many covering hundreds of hectares.

On projects of this scale, relying solely on traditional survey pegging can slow construction and increase labour requirements.

GPS piling systems allow contractors to:

• Navigate directly to planned locations
• Reduce dependency on physical markers
• Improve installation repeatability
• Increase equipment utilisation
• Deliver projects more efficiently

---

Supporting the Renewable Energy Sector

At Red Edge Resources, we understand that renewable energy construction demands precision, reliability and practical field solutions.

We provide:

• GNSS piling guidance systems
• Drill and piling navigation technology
• Installation and commissioning
• Operator training
• Ongoing Australian technical support

Our solutions are designed to help contractors improve productivity while maintaining the high standards expected on modern solar developments.

---

Invest in Smarter Solar Construction

As renewable energy projects continue to grow in size and complexity, GPS guidance technology is becoming an essential tool for piling contractors looking to stay competitive.

Whether you’re working on utility-scale solar farms, battery energy storage facilities or supporting civil infrastructure, adopting GNSS guidance can deliver measurable improvements in efficiency and accuracy.

---

Learn More

Discover how Red Edge Resources can help modernise your piling and drilling operations with advanced GNSS technology.

👉 https://rededgeresources.com.au/mining-stx-drill/

Get in touch with our team today to discuss a solution tailored to your next solar project.

Improve Accuracy, Speed and Productivity with GNSS Guidance

Australia’s renewable energy sector is growing at an incredible pace, with utility-scale solar farms being developed across the country. As projects become larger and timelines become tighter, contractors are increasingly turning to GPS piling and drilling systems to improve efficiency, reduce survey costs and achieve greater installation accuracy.

At Red Edge Resources, we provide advanced GNSS guidance solutions that help piling contractors, EPC companies and renewable energy developers streamline construction and deliver projects with confidence.

Discover our drilling guidance solutions:
https://rededgeresources.com.au/mining-stx-drill/

---

Why Accuracy Matters on Solar Farm Projects

A single solar farm can require thousands—or even hundreds of thousands—of piles to be installed with millimetre-level consistency.

If pile locations are inaccurate, the consequences can include:

• Misaligned mounting structures
• Delays during racking installation
• Increased labour and rework
• Higher project costs
• Engineering variations
• Schedule overruns

Using GNSS guidance technology helps ensure every pile is installed according to design specifications from the very beginning.

---

What Is GPS Piling Guidance?

GPS piling guidance uses high-precision GNSS positioning combined with digital construction plans to direct operators to the exact installation point.

Instead of relying solely on physical pegs and repeated survey set-out, operators can navigate directly to each pile location using an in-cab display.

This creates a faster, more accurate and more repeatable installation process across large-scale renewable energy projects.

---

Key Benefits for Solar Construction

Faster Installation

Operators can move efficiently from one pile location to the next without waiting for continual survey marking, helping projects stay on schedule.

Improved Accuracy

High-precision GNSS positioning ensures piles are installed closer to their intended coordinates, reducing downstream alignment issues.

Reduced Survey Costs

Survey teams spend less time physically marking every pile location and more time focusing on quality assurance and project control.

Increased Productivity

By reducing delays and minimising rework, contractors can complete more installations each day while improving equipment utilisation.

Better Digital Workflows

Modern solar developments increasingly rely on digital engineering models. GPS piling guidance integrates seamlessly into these workflows, reducing manual data handling and improving consistency.

---

Ideal for Renewable Energy Projects

GNSS piling and drilling systems are suitable for:

• Utility-scale solar farms
• Ground-mounted photovoltaic installations
• Battery energy storage projects
• Renewable energy civil works
• Foundation drilling
• Ground screw installations
• Tracker and fixed-tilt solar arrays

Whether the project is in Queensland, New South Wales, Victoria, South Australia or Western Australia, precision positioning helps improve construction outcomes.

---

GPS Guidance vs Traditional Survey Set-Out

Traditional survey set-out has long been the industry standard, but marking every pile location across large developments can be time-consuming and resource intensive.

GPS piling systems offer several advantages:

• Fewer physical pegs required
• Faster machine positioning
• Reduced dependence on repeated survey visits
• Improved productivity across large sites
• Less disruption from disturbed or missing markers

Many contractors now use a hybrid approach, combining survey control with GNSS guidance for maximum efficiency.

---

Built for Australian Conditions

Renewable energy projects are often located in remote regions where equipment must perform reliably in heat, dust and challenging terrain.

Red Edge Resources supplies rugged GNSS guidance solutions supported by local Australian expertise, helping contractors maintain productivity throughout the life of the project.

---

Why Choose Red Edge Resources?

At Red Edge Resources, we understand the demands of large-scale infrastructure and renewable energy construction.

We provide:

• GNSS piling guidance solutions
• Professional installation and commissioning
• Operator training
• Ongoing technical support
• Practical advice based on real-world field experience

Our focus is on helping contractors work smarter, faster and more accurately.

---

Future-Proof Your Solar Construction Projects

As Australia’s renewable energy sector continues to expand, digital positioning technology is becoming an essential part of efficient project delivery.

GPS piling and drilling guidance helps contractors:

• Increase installation accuracy
• Improve productivity
• Reduce labour costs
• Minimise rework
• Deliver projects on time and on budget

---

Learn More

If you’re looking to improve piling or drilling performance on your next solar farm project, discover how Red Edge Resources can help.

👉 https://rededgeresources.com.au/mining-stx-drill/

Contact our team today to discuss a GNSS guidance solution tailored to your renewable energy project.

In Australia’s mining industry, precision is no longer optional. Whether you’re operating an exploration rig in regional Queensland or managing blast hole drilling in the Pilbara, accurate positioning technology can have a direct impact on productivity, safety and profitability.

Modern Drill GNSS systems enable operators to position rigs quickly, reduce survey dependency and ensure drilling aligns with engineering designs. As mines continue to embrace digital workflows, investing in the right guidance technology is becoming a competitive advantage.

At Red Edge Resources, we provide advanced GNSS drill guidance solutions designed to help Australian mining operations achieve greater efficiency and accuracy.

Learn more about our Stonex Drill Rig Guidance System:
https://rededgeresources.com.au/mining-stx-drill/

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What Is a Drill GNSS System?

A Drill GNSS (Global Navigation Satellite System) uses multiple satellite constellations and high-precision positioning technology to determine the exact location of a drill rig in real time.

When integrated with digital mine plans, operators can:

• Navigate directly to planned hole locations
• Position the drill with greater confidence
• Reduce manual measurements and repeat set-out
• Improve consistency across drilling operations

Rather than relying solely on physical pegs, operators work from live digital guidance that helps maintain alignment with engineering specifications.

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Why Accuracy Matters in Mining

Even minor deviations in drill hole location can affect:

• Blast performance
• Rock fragmentation
• Equipment productivity
• Explosive efficiency
• Downstream crushing and loading costs

A quality GNSS drill guidance system helps minimise these risks while supporting more predictable project outcomes.

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Key Features to Look for in a Drill GNSS System

High-Precision Positioning

The best systems provide centimetre-level positioning accuracy when used with appropriate correction services, helping operators confidently locate planned drill positions.

Multi-Constellation Satellite Tracking

Support for GPS, GLONASS, Galileo and BeiDou improves satellite availability and reliability, particularly in challenging terrain.

Rugged Hardware

Mining equipment operates in harsh environments. Durable hardware designed to withstand vibration, dust, heat and heavy-duty use is essential for long-term reliability.

Intuitive Operator Interface

An easy-to-use display allows operators to visualise drill plans, navigate efficiently and minimise training requirements.

Integration with Digital Mine Plans

Compatibility with digital workflows reduces manual data handling and helps ensure field operations remain aligned with engineering intent.

Local Support

Choosing a supplier that provides installation, training and technical support in Australia can significantly reduce downtime and improve long-term success.

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Why Stonex Drill Guidance Is a Strong Choice

The Stonex Drill Rig Guidance System delivers practical positioning technology for mining and civil applications.

Key advantages include:

• Accurate GNSS positioning
• Real-time drill navigation
• Digital plan integration
• Reliable field performance
• Scalable deployment across multiple projects

Combined with local support from Red Edge Resources, it provides a dependable solution for businesses seeking to modernise their drilling operations.

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Benefits of GNSS Drill Guidance

Mining companies adopting drill guidance technology often experience improvements such as:

• Faster drill setup times
• Reduced survey requirements
• Improved blast hole positioning
• Increased operator confidence
• Lower rework costs
• Better utilisation of equipment and personnel

Over the life of a project, these efficiencies can translate into significant operational savings.

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Supporting Australia’s Mining Industry

Red Edge Resources works with contractors, mining companies and civil organisations across Australia to deliver reliable positioning technology backed by practical expertise.

We offer:

• Stonex Drill Rig Guidance Systems
• Installation and commissioning
• Technical support
• Operator training
• Ongoing assistance for remote and regional operations

Our focus is on helping customers improve productivity while reducing complexity in the field.

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Future-Proof Your Drilling Operations

As the mining sector continues to embrace automation and digital workflows, GNSS drill guidance is becoming a core component of efficient operations.

By investing in proven positioning technology today, businesses can reduce manual processes, improve drilling accuracy and build a more productive future.

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Learn More

If you’re looking for a reliable drill guidance solution for your next mining project, explore the Stonex Drill Rig Guidance System from Red Edge Resources.

👉 https://rededgeresources.com.au/mining-stx-drill/

Contact our team to discuss your project requirements and discover how GNSS technology can improve your drilling performance.

For decades, mining and drilling operations have relied on traditional survey set-out methods to mark drill hole locations. While this approach remains effective, advances in GNSS technology are changing the way sites operate.

Today, drill rig guidance systems allow operators to position and navigate directly from digital mine plans, reducing manual processes and improving efficiency.

At Red Edge Resources, we help mining companies modernise their drilling operations with advanced guidance solutions that improve accuracy and productivity.

Learn more about our Stonex Drill Rig Guidance System:
https://rededgeresources.com.au/mining-stx-drill/

What Is Traditional Survey Set-Out?

Traditional survey set-out involves a surveyor physically marking the planned drill hole locations on the ground using GNSS equipment or a total station. Operators then position the drill rig using these pegs or markings before commencing drilling.

While this method has served the industry well, it can be:

• Time-consuming
• Labour-intensive
• Dependent on repeated survey visits
• Vulnerable to disturbed or missing pegs
• Challenging in harsh weather or high-traffic mining areas

What Is Drill Rig Guidance?

A drill rig guidance system uses high-precision GNSS technology and digital design files to display planned drill locations directly in the operator’s cabin.

Instead of relying solely on physical markers, operators can navigate to the correct position using real-time coordinates and digital guidance.

This creates a more streamlined workflow while improving confidence in hole placement.

Comparing the Two Approaches

Traditional Survey Set-Out	Drill Rig Guidance
Requires physical pegs or markings	Uses digital mine plans and GNSS positioning
Frequent survey intervention	Greater operator independence
Pegs can be damaged or removed	Digital plans remain available in the system
Slower setup for large drilling patterns	Faster navigation between drill locations
Manual verification often required	Real-time positioning displayed to the operator
Additional labour and mobilisation	Improved workflow efficiency

Benefits of Drill Rig Guidance

Increased Productivity

By reducing time spent locating drill positions, operators can move between holes more efficiently and keep production moving.

Improved Accuracy

GNSS guidance helps ensure drill holes are positioned closer to the planned coordinates, reducing the risk of deviations that may impact blasting performance.

Reduced Survey Workload

Survey teams can focus on higher-value activities rather than repeatedly marking individual drill locations across active mining areas.

Better Digital Integration

Modern mine planning increasingly relies on digital workflows. Drill guidance systems help bridge the gap between planning and execution by using electronic design files directly in the field.

Lower Risk of Human Error

Real-time positioning information reduces reliance on manual measurements and visual estimation, improving consistency across drilling operations.

Can Survey Set-Out and Drill Guidance Work Together?

Absolutely.

Many mining operations use a hybrid approach where survey teams establish project control and validate critical infrastructure, while drill guidance systems handle day-to-day production drilling.

This combination can improve efficiency while maintaining confidence in overall site accuracy.

Why More Australian Mines Are Moving to Digital Guidance

As mining projects become larger and more data-driven, digital technologies are playing an increasingly important role in productivity and cost control.

Drill rig guidance offers advantages such as:

• Faster deployment
• Improved repeatability
• Reduced delays
• Better utilisation of personnel
• Enhanced operational efficiency

For many sites, these benefits contribute to measurable savings over the life of a project.

Red Edge Resources – Supporting Smarter Mining

At Red Edge Resources, we work with mining and civil contractors across Australia to deliver practical GNSS and drill guidance solutions tailored to real-world operations.

We provide:

• Stonex Drill Rig Guidance Systems
• Installation and commissioning
• Technical support
• Operator training
• Ongoing assistance for mining applications

Whether you’re upgrading an existing fleet or introducing guidance technology for the first time, our team can help you find the right solution.

Discover the Benefits of Stonex Drill Guidance

If you’re looking to improve blast hole accuracy, reduce survey dependency and modernise your drilling workflow, explore our Stonex Drill Rig Guidance System today.

👉 https://rededgeresources.com.au/mining-stx-drill/

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In mining, accuracy is everything. A drill hole that is even slightly out of position or depth can affect fragmentation, increase explosive consumption, create safety risks and lead to higher downstream costs.

That’s why more Australian mining companies are adopting GPS drill guidance systems to improve blast hole accuracy and streamline drilling operations.

At Red Edge Resources, we provide advanced drill guidance solutions that help operators position rigs with confidence, reduce manual set-out and deliver more consistent results across every project.

Learn more about our drilling solutions here:
https://rededgeresources.com.au/mining-stx-drill/

What Is GPS Drill Guidance?

GPS drill guidance combines high-precision GNSS positioning with digital mine plans to provide real-time navigation for drilling rigs.

Instead of relying solely on physical pegs or repeated survey set-out, operators can view planned hole locations directly on-screen and accurately position the drill before collaring.

The result is a faster, more efficient and more repeatable drilling process.

Why Blast Hole Accuracy Matters

Every blast begins with accurate drilling. Poor hole placement can result in:

• Uneven rock fragmentation
• Increased explosive costs
• Fly rock and safety concerns
• Excessive overbreak or underbreak
• Higher loading and crushing costs
• Delays to downstream mining activities

Improving hole accuracy helps ensure the blast performs as designed while reducing operational risk.

Benefits of GPS Drill Guidance

1. Improved Collar Position Accuracy

GNSS guidance helps operators place holes closer to their planned coordinates, reducing deviations and improving blast quality.

2. Faster Rig Setup

Digital navigation reduces the need for manual measurements and repeated survey checks, allowing crews to move efficiently between drill locations.

3. Reduced Survey Dependency

Survey teams can spend less time pegging individual holes and more time focusing on higher-value activities, improving overall site productivity.

4. Greater Operator Confidence

Real-time positioning gives operators immediate feedback, helping them align the drill quickly and accurately.

5. Better Mine Planning Compliance

By drilling closer to the engineering design, operations can achieve improved consistency and reduce costly rework.

Digital Mining Is the Future

Across Australia’s mining sector, technology is transforming the way projects are delivered.

GPS drill guidance supports:

• Digital mine planning
• GNSS-based positioning
• Improved productivity
• Reduced manual processes
• Better data-driven decision making

For many operations, it has become an essential tool rather than a luxury.

Why Choose Red Edge Resources?

Red Edge Resources provides practical drilling technology backed by Australian industry experience.

We support mining and civil contractors with:

• Drill guidance system supply
• Professional installation
• Technical support
• Operator training
• Ongoing assistance across Australia

Our goal is to help businesses reduce downtime, improve accuracy and maximise return on investment.

Explore the Stonex Drill Rig Guidance System

If you’re looking to improve blast hole accuracy and modernise your drilling workflow, discover how the Stonex Drill Rig Guidance System can help.

👉 https://rededgeresources.com.au/mining-stx-drill/

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