Author Archive for: Red Edge

Permanent GNSS Base Setup Guide (S980 + SR35) A properly configured permanent GNSS base station is the backbone of reliable RTK positioning in surveying, mining, and machine control. Whether you’re running a fixed site base or supporting a fleet of machines, the combination of a Stonex S980 receiver and SR35 external radio provides a robust, long-range solution. This guide outlines how to design and install a clean, stable, and high-performance base setup—covering antenna placement, power systems, communications, and radio configuration. Why a Permanent Base Setup Matters A well-installed base station delivers: Poor setups, on the other hand, lead to signal dropouts, limited range, and unreliable positioning—costing time and money in the field. 1. Antenna Setup (The Most Critical Component) GNSS Antenna Installation The GNSS antenna determines positional accuracy and signal quality. Best practices: UHF Antenna for SR35 Radio Radio performance is primarily driven by antenna height—not just wattage. Recommended setup: Grounding & Lightning Protection For any permanent installation in Australia—especially mining sites—grounding is essential. Minimum requirements: This protects your investment and prevents catastrophic failures. 2. Power System Design Power stability is one of the most overlooked aspects of GNSS base performance. Mains Power Setup (Preferred) Off-Grid Solar Setup (Common in Mining) For remote sites, a solar system is the standard solution: Typical configuration: Power Best Practices Clean power = stable corrections and fewer system faults. 3. Communications Architecture A modern GNSS base should never rely on a single communication method. Primary: UHF Radio (SR35) Secondary: Network (4G or Starlink) Adding network connectivity enables: This is especially valuable on large or remote Australian sites. Recommended Hybrid Setup For maximum reliability: This ensures continuity even if one system fails. 4. SR35 Radio Configuration Correct radio setup is critical for achieving maximum range and stability. Connection Setup Radio Parameters Optimising Data Output 5. Physical Installation Layout A clean install improves longevity and performance. Inside Enclosure Cable Management 6. Expected Performance With a properly configured setup: 7. Common Installation Mistakes Avoid these frequent issues: Conclusion A permanent GNSS base station is only as good as its installation. By focusing on: —you can achieve a highly reliable RTK solution suited to demanding environments like mining and large-scale surveying in Australia.

Choosing the Right Tools for Accuracy, Productivity & Reliability Survey equipment plays a critical role in modern civil construction, mining, and infrastructure projects. Whether you’re setting out a subdivision, managing bulk earthworks, or controlling a large-scale mining operation, the right tools directly impact: The challenge today isn’t access to technology — it’s choosing the right combination of equipment without overspending or overcomplicating your workflow. 1. GNSS (RTK) Systems – The Foundation of Modern Surveying GNSS (Global Navigation Satellite Systems) are now the core tool across civil and mining projects. What to Look For: Why It Matters: GNSS systems allow you to: Best Use Cases: 👉 A high-quality GNSS setup is the first and most important investment. 2. Base Station vs Network Corrections This is one of the biggest decisions impacting cost and flexibility. Network Corrections Base Station Setup 👉 For civil and mining work, owning your base station is often the smarter long-term option. 3. Survey Controllers & Field Software The controller is where productivity is won or lost. Key Features: Why It Matters: A good controller: 👉 Simplicity and speed are more valuable than overly complex features. 4. Total Stations – When GNSS Isn’t Enough GNSS handles most work — but total stations are still essential in certain environments. When You Need One: Options: 👉 For many contractors, a mid-range or robotic total station complements GNSS perfectly. 5. Integration with Machine Control Modern survey equipment should integrate seamlessly with machine control systems. Benefits: 👉 Survey + machine control integration is where major productivity gains are realised. 6. Durability for Harsh Environments Civil and mining environments are tough on equipment. Look For: 👉 Equipment needs to perform in: 7. Ease of Use & Training Complex systems slow teams down. Modern Equipment Should Be: This allows: 8. Cost vs Performance (Where Most Buyers Go Wrong) Many businesses overspend on premium brands when they don’t need to. What Actually Matters: What Often Doesn’t: 👉 The goal is maximum performance for the lowest total cost of ownership. 9. Local Support & Backup Even the best equipment needs support. Choose Suppliers That Offer: 👉 Downtime is far more expensive than the equipment itself. 10. Scalable Systems for Growth Your equipment should grow with your business. Look for: 👉 A scalable system avoids having to replace everything as you grow. Recommended Setup by Industry Civil Contractors Mining Operations Survey Professionals Final Thoughts The best survey equipment isn’t the most expensive — it’s the right combination of tools for your work. A modern, cost-effective setup should deliver: For most civil, mining, and survey businesses, the focus should be on:performance, flexibility, and total cost of ownership — not brand alone.

How to Get High Accuracy Without Overpaying Survey equipment has traditionally been one of the largest capital expenses for civil contractors and survey businesses. For years, the default choice was premium Tier 1 brands — often with high upfront costs and ongoing fees. Today, that’s no longer the only option. Modern survey technology now allows you to achieve high accuracy, reliability, and performance without paying premium prices — if you choose the right setup. What Does “Cost-Effective” Really Mean? Cost-effective doesn’t mean cheap — it means getting the best performance for the lowest total cost of ownership. That includes: The goal is simple:Spend less overall while getting the job done faster and more accurately. 1. GNSS (RTK) Systems – The Core of Modern Surveying GNSS (GPS) systems are now the backbone of most survey workflows. A typical cost-effective setup includes: Modern systems deliver: Importantly, many setups now allow you to: This is one of the biggest ways to reduce long-term costs. 2. Controllers & Field Devices Survey controllers have evolved significantly. Cost-effective options now include: Benefits: You no longer need to pay a premium for usability. 3. Total Stations – Choosing the Right Level Not every job requires a top-tier robotic total station. Cost-effective options include: The key is matching the equipment to your work: Avoid over-specifying equipment you don’t fully utilise. 4. Reduce Ongoing Costs (This Is Where Most Overspend Happens) Many businesses focus only on purchase price — but ongoing costs are where budgets blow out. Watch for: Cost-effective setups focus on: This can save thousands per year. 5. Productivity = Real Cost Savings The biggest savings don’t come from buying cheaper gear — they come from working faster and more efficiently. Modern survey equipment helps: This leads to: 6. Flexibility Across Jobs Cost-effective equipment should work across: Look for systems that: Avoid being locked into a system that limits how you work. 7. Local Support Matters More Than Brand A common mistake is choosing equipment based on brand alone. In reality, what matters more is: Good support reduces: 8. Bundled Solutions Save More One of the most effective ways to reduce cost is through bundled packages. Examples: Bundling: 9. New vs Certified Used Equipment Another cost-effective option is certified used or ex-rental equipment. Benefits: This is ideal for: 10. Future-Proof Your Investment Technology is evolving quickly — your equipment should keep up. Look for systems that offer: A slightly higher upfront investment in the right system can save significantly long-term. Final Thoughts Cost-effective survey equipment is about making smarter decisions — not cutting corners. The right setup will give you: In today’s market, you don’t need to overspend to get professional results. The focus should be on:performance, flexibility, and total cost of ownership — not just the brand name.

Choosing the Right GPS Machine Control System for Your Fleet When investing in machine control, most contractors are comparing three main categories: Each has its place — but the right choice depends on cost, flexibility, support, and how you operate your jobs. 1. Overview of Each Option Tier 1 Brands (Trimble, Topcon, Leica) Hemisphere Machine Control Stonex Machine Control 2. Cost Comparison Tier 1 Brands Hemisphere Stonex Verdict:Hemisphere and Stonex deliver significantly better value, especially for small to mid-sized fleets. 3. Network Dependency (CMR+, CMRX, Subscriptions) Tier 1 Brands Hemisphere Stonex Verdict:Hemisphere and Stonex provide greater independence and flexibility, especially in remote areas. 4. Ease of Use Tier 1 Brands Hemisphere Stonex Verdict:Hemisphere is the simplest, while Stonex offers a strong balance of usability and features. 5. Performance & Accuracy Tier 1 Brands Hemisphere Stonex Verdict:All three deliver the accuracy required for most projects — the gap is far smaller than many expect. 6. Flexibility & Compatibility Tier 1 Brands Hemisphere Stonex Verdict:Hemisphere and Stonex are far more flexible and adaptable. 7. Support & Ownership Experience Tier 1 Brands Hemisphere (via local suppliers like Red Edge) Stonex (via local distributors) Verdict:Local support often outperforms big-brand networks — this is where Hemisphere and Stonex stand out. 8. Ideal Use Cases Tier 1 Brands Best suited for: Hemisphere Best suited for: Stonex Best suited for: Final Comparison Table Feature Tier 1 Brands Hemisphere Stonex Upfront Cost High Low–Medium Low–Medium Ongoing Costs High Minimal Minimal Accuracy Excellent Excellent Excellent Ease of Use Moderate Very Easy Easy Flexibility Low High High Network Dependency High Low Low Support Dealer-based Local (strong) Local (growing) Best For Tier 1 projects Everyday contractors Scalable operations Final Thoughts Tier 1 systems still dominate large infrastructure projects — but for most contractors, they come with: Hemisphere and Stonex offer a smarter alternative: For many businesses, the shift isn’t about sacrificing quality — it’s about removing unnecessary cost and complexity.

Why More Contractors Are Moving to GPS Machine Control Machine control has rapidly become a standard across civil, mining, and construction industries. What was once considered premium technology is now a practical, cost-effective way to increase productivity, accuracy, and profitability on site. By integrating GNSS (GPS) technology directly into your machines, operators can work from digital designs in real time — eliminating guesswork and reducing reliance on traditional methods. What is Machine Control? Machine control systems use GNSS positioning, sensors, and in-cab displays to guide operators in real time. Instead of relying on: Operators can work with: 1. Increased Productivity One of the biggest advantages of machine control is the ability to keep machines moving. Operators no longer need to stop regularly to: This results in: 2. Improved Accuracy Traditional methods rely heavily on manual interpretation and physical markers, which can be moved, damaged, or misread. Machine control delivers: This is especially important for: 3. Reduced Rework & Material Costs Incorrect grading leads to: Machine control ensures operators work right first time, which reduces: 4. Reduced Reliance on Survey Crews Machine control does not replace surveyors — it makes better use of them. Instead of spending time on repetitive setout tasks, surveyors can focus on: This leads to: 5. Safer Worksites With fewer people required around machines: Operators can work more independently and safely. 6. Work Anywhere (No Network Dependency Options) Modern machine control systems can operate using your own base station, allowing you to: This is particularly valuable for: 7. Faster Training & Easier Operation Machine control systems are designed to be: Benefits include: 8. Digital Workflows & Integration Machine control integrates directly with: This enables: It also supports the transition toward: 9. Better Return on Investment Machine control increases the performance of your equipment by: This means: 10. Competitive Advantage Contractors using machine control can: This leads to: Final Thoughts Machine control is no longer limited to large Tier 1 contractors. It is now a practical, scalable solution for any business looking to improve performance on site. The key benefits are clear: If you’re not using machine control, you are competing against businesses that are.