METRONET is the single largest investment in public transport that Perth has ever seen. In the landscape of Western Australia, where urbanisation intersects with the demand for sustainable mobility, this transport program of projects has risen to prominence. The project operates in close collaboration with various agencies within the Western Australian Government to ensure an integrated approach to project oversight, planning, and design. This collaborative effort allows for flexibility in delivery arrangements, considering the diverse stages of each project within the program. It represents not just an investment in transportation infrastructure but a bold vision for the future—a future where Perth thrives as a well-connected hub offering diverse opportunities in transport, housing, and employment.

Emerging from the need to address urban sprawl, traffic congestion and a severe lack of public transport connectivity, METRONET‘s journey began to take form in the early 2000s. With a vision of fostering connectivity and choice, it became the linchpin for reshaping Perth’s transport landscape.

Inception and Expansion

With approximately 72 kilometers of new passenger rail and 23 new stations, METRONET became a catalyst for unprecedented growth and development. Beyond mere transportation infrastructure, vibrant communities around the new stations has become a possibility, with the hope of turning over 8,000 hectares of land into desirable hubs for living, working, and recreation.

Community Engagement and Feedback

At the heart of METRONET lies a commitment to inclusivity and collaboration. Community engagement has been paramount throughout the lifecycle, ensuring that the voices and needs of residents are heard and addressed. Public forums, surveys, and dialogue sessions have fostered a sense of ownership, making METRONET a reflection of the aspirations of Western Australians. Local artists have also been engaged to create murals and illustrations to make the areas aesthetically pleasing to the commuters‘ eye.

Sustainability and Innovation

METRONET isn’t just about connecting places; it’s about building a sustainable and resilient future. By promoting public transportation and reducing reliance on cars, METRONET contributes significantly to mitigating carbon emissions and combating climate change. Moreover, the integration of innovative technologies and design principles underscores METRONET role as a pioneer in modern urban planning.

Challenges and Opportunities

Undoubtedly, METRONET has faced its share of challenges along the way. From securing funding to navigating logistical complexities, the journey has been fraught with obstacles. Yet, each challenge has presented an opportunity for growth and innovation. Through collaboration and perseverance, they have forged ahead, turning obstacles into stepping stones towards a brighter future.

Future Prospects

As Perth continues to evolve and expand, the significance of METRONET only grows. With ongoing expansions and integration with other modes of transportation, METRONET is poised to redefine Perth’s identity as a dynamic and interconnected metropolis. The journey ahead is filled with promise and potential, as METRONET paves the way for a more prosperous and sustainable tomorrow.

In the annals of Western Australia’s history, this web of public transport connections will stand as a testament to the power of vision and collective action. It is more than just a transportation project; it is a catalyst for social, economic, and environmental transformation.

We are proud to say that KEE Group has been a great support to METRONET, supplying transportation, heavy plant machinery, fuel to machines and by utilising our large surfacing capabilities. Thank you to our teams men and women who have all been part of re-shaping our great state.

As we ride the rails of METRONET into the future, let us embrace the opportunities it brings and work together to build a Perth that thrives—a Perth where transport, housing, and employment choices abound, and where communities live in harmony with the environment.

Partner agencies involved in METRONET include:

• Department of Transport
• Public Transport Authority
• Department of Planning, Lands and Heritage
• Main Roads Western Australia
• Department of Communities
• DevelopmentWA

source: METRONET, WA gov

February 2024 is set to be the hottest summer on record for Perth, as another heatwave approaches. The city has had a scorching summer, having already reached six days above 40C so far. As Australian motorists, we’re no strangers to the challenges presented by driving in scorching temperatures. The unforgiving heat of the Australian summer not only tests our resilience but also places considerable strain on our vehicles, particularly our tyres.

As the mercury rises, so too does the stress on the rubber compounds and internal components of our tyres, making them vulnerable to damage and deterioration. It’s a familiar sight and smell on hot asphalt roads—the unmistakable odour of hot rubber permeating the air—a tell-tale sign that our tyres are feeling the heat. For those attuned to the nuances of vehicle maintenance, this smell serves as a warning, prompting us to pay closer attention to the condition of our tyres. Indeed, the smell of hot rubber can be more than just a nuisance; it can be a crucial indicator that our tyres are in need of inspection and potentially, intervention.

In this article, we’ll delve into the implications of driving in extreme heat on tyre health and explore the significance of detecting the scent of hot rubber while on the road and how to mitigate risks.

Key Risks of Driving in Extreme Heat

• Overheating: High temperatures can cause tyres to overheat, which can lead to a significant decrease in tire life and performance. When tyres become overheated, the rubber compounds can degrade more quickly, increasing the likelihood of blowouts or tread separation.
• Increased Air Pressure: As temperatures rise, the air inside tyres expands, causing an increase in air pressure. If the air pressure exceeds the recommended levels for the tyre, it can result in decreased traction, reduced handling, and an increased risk of tyre failure.
• Accelerated Wear and Tear: Extreme heat can accelerate the wear and tear of tyre tread, leading to reduced tread depth and traction. This can compromise the tyre’s ability to grip the road surface, especially in wet or slippery conditions, increasing the risk of accidents.
• Dry Rotting: Prolonged exposure to high temperatures can cause the rubber compounds in tyres to deteriorate and dry out, leading to dry rotting. Dry rotting weakens the structural integrity of the tyre, making it more susceptible to punctures, cracks, and other forms of damage.
• Reduced Performance: In extreme heat, tyre performance may be compromised, resulting in decreased handling, braking, and cornering capabilities. This can increase the likelihood of accidents and reduce overall vehicle safety.

How to Mitigate Risks and Ensure Safe Driving

• Monitor Tyre Pressure: Regularly check tyre pressure and adjust it as needed to ensure it remains within the recommended range specified by the vehicle manufacturer.
• Inspect Tyres Regularly: Conduct visual inspections of tyres for signs of damage, wear, or dry rotting. Replace any tyres that show signs of deterioration or damage.
• Avoid Overloading: Avoid overloading the vehicle, as this can increase the stress placed on tyres and lead to overheating and premature wear.
• Drive Carefully: Drive at moderate speeds and avoid sudden maneuvers, especially on hot roads, to reduce the risk of overheating and tyre failure.
• Park in Shade: Whenever possible, park the vehicle in the shade or use sunshades to reduce the temperature inside the vehicle and minimize heat-related damage to tyres.
• Use Quality Tyres: Invest in high-quality tyres designed to withstand extreme temperatures and provide optimal performance in hot conditions.

By taking these precautions and staying vigilant, drivers can help mitigate the risks associated with driving in extremely hot temperatures and ensure the safety and longevity of their tyres.

Stay cool, stay safe!

In the realm of heavy machinery, excavators stand as stalwart giants, shaping landscapes and driving progress in construction and earthmoving projects worldwide.

What truly amplifies their versatility and utility are the myriad of attachments available, each tailored to specific tasks, unlocking new dimensions of efficiency and precision. Join us as we delve into the diverse world of excavator attachments, exploring their uses, benefits, and a captivating story from the past.

Unleashing Versatility: The Multi-Faceted World of Excavator Attachments

Excavators are not just brute force; they are precision instruments capable of performing many tasks with the right attachment. Let’s explore some of the most common attachments and their uses:

Augers: Drilling Into the Depths of Efficiency

Augers transform excavators into powerful drilling machines, perfect for tasks such as creating holes for foundations, poles, or fences. Whether it’s rocky terrain or dense soil, auger attachments deliver unmatched efficiency and accuracy, reducing manual labour and time on-site.

Hydraulic Breakers: Breaking Ground, Shaping Futures

When it comes to demolition and breaking concrete or rock, few attachments rival the effectiveness of hydraulic breakers. These attachments harness hydraulic power to deliver precise, controlled force, making light work of even the toughest materials. From road construction to building renovation, hydraulic breakers are indispensable allies in the quest for progress.

Grapples: Grasping Opportunities, Enhancing Productivity

Grapples add a gripping dimension to excavators, enabling them to handle a variety of materials with ease. Whether it’s sorting debris, loading trucks, or handling bulky objects, grapple attachments offer versatility and efficiency, streamlining operations and maximizing productivity on the job site.

A Tale of Innovation: The Intuitive Excavator Attachment

In the annals of heavy machinery history, one remarkable story stands out—the invention of the hydraulic thumb attachment. Developed in the late 20th century, this revolutionary attachment transformed the capabilities of excavators, enabling operators to grasp and manipulate objects with unprecedented precision and control. With its intuitive design and game-changing functionality, the hydraulic thumb attachment set a new standard for efficiency and versatility in earthmoving operations, earning its place as a cornerstone of modern construction and excavation.

Record-Breaking Fact: The Largest Excavator Attachment Ever Built

In January 2022, the largest excavator attachment ever built was the Caterpillar 6020B Hydraulic Mining Shovel. These massive machines are used in large-scale mining operations for tasks such as digging and loading earth and minerals. The Caterpillar 6020B is manufactured by Caterpillar Inc., a well-known manufacturer of construction and mining equipment. However, it’s worth noting that new developments may have occurred since then, so I recommend checking more recent sources for the latest information.

Excavator attachments are not just tools; they are gateways to efficiency, precision, and innovation in heavy plant operations. From augers to hydraulic breakers, each attachment offers a unique set of capabilities, empowering operators to tackle diverse tasks with confidence and proficiency. As we continue to push the boundaries of possibility in the world of heavy machinery, let us harness the power of excavator attachments to shape a future defined by progress and excellence.

If you need advice on the best excavator-attachment for your project, call our friendly hire team on +61 8 6401 8500.