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Tag: Kubota

Kubota’s latest loader

Here is the new R082 wheeled loader from Kubota.

“It’s a powerful machine that features excellent breakout force and superior manoeuvrability and stability to deliver outstanding performance and productivity,” says Adrian Mann, Kubota UK’s product manager for its construction equipment division.

It’s a 4.8-tonne machine with hydrostatic transmission. One key feature of the loader’s functionality is the tilt / parallel movement of the arm, keeping loads upright when raising or lifting the arm.

Another is the differential lock system, allowing the operator to engage both front and rear wheels for traction. An AUX hold switch sets and maintains the hydraulic oil flow for attachments. Power comes from a four-cylinder 34.8kW/2400rpm water-cooled Kubota V2607-Di-E3 diesel engine.

Bucket capacity is 0.85 cubic metres. With bucket attached, maximum lifting capacity ar ground level is 37.6 kN and breakout force is 48.6 kN. With cabin, tipping load is 3.4 tonnes when driving straight ahead or just under three tonnes at full turn.

Maximum safe load on the forks is two tonnes.

In the cab is a digital display panel, adjustable suspension seat, multi-function operating lever, tilt steering, and an adjustable right wrist rest. Sloped bonnet at the front and rounded glass corners at the back aid. Up front, a wide view and redesigned Z-bar linkage configuration allows for unobstructed views of the pallet fork tips.

For maintenance access, the engine bonnet at the rear opens wide. Items that require routine maintenance and service are within easy reach for fast and simple servicing.

For security, the loader is also fitted with Kubota’s anti-theft system and only programmed keys can start the engine to start up. Any attempt to start the machine with an unprogrammed key causes the alarm to activate.


Power Equipment: Generators and Engines

The invention of the internal combustion engine revolutionised construction equipment. The following invention of the diesel engine made heavy machinery even more powerful and cheaper to run. Today, engines are continually being improved in many ways, and electric engines are beginning to find their way onto the market. In this article, we will talk about the variety of engines and generators on the market, as well as making some bold predictions for the future of the power industry.


Generators come in a wide range of shapes and sizes, serving a variety of functions for different jobs. Small, high-tech generators like the Kubota Workforce Series take advantage of all of the recent innovations in fuel efficiency and noise minimisation to provide reliable power. Of course, if you need more power for more machines, you will need a bigger, heavy-duty generator like the Kubota SQ Series, capable of producing single and three phase power with strict internal voltage regulation to protect your heavy equipment.


Engines are the backbone of our modern world. Without engines, there’d be no planes, trains, automobiles, large ships or any of the frills that come with our interconnected world. Not all engines are made for the same purpose. Some are better designed for running pumps, running cars or running heavy machinery. Depending on your precise application, there is a different sort of engine that will be more suited to your needs, and it is recommended that you chat to a professional engine supplier before purchasing one.

The Future of Power Equipment

The future is green. Globally, climate change is recognized as the biggest threat facing humanity, causing scientists, engineers and inventors to focus on creating environmentally friendly products. As shown from decades of spin from extractive industries, there is no alternative to petrol and diesel, otherwise trucks in Australia will stop functioning. For a while, there may have been some basis for that spin, but recent innovations have seen the production of powerful trucks running solely on electricity. It might take a while, but it’s possible that a lot more power equipment will run off electrical power supplied by an increasingly renewably supplied grid.

Choosing a Construction Equipment Supplier

Construction projects require the use of complex and heavy machinery on a daily basis. Each project needs specific tools and equipment, many of which are bought or hired out from a construction supplier. Some procurement officers and engineers fail to select the appropriate machinery for the job, causing delays, creating an unsafe environment and adding unnecessary costs.

Sourcing your construction equipment (https://www.julyparts.com/products/liugong-parts/) from a reputable, reliable and knowledgeable supplier will help you avoid mishaps in your project. Here are some factors to consider when you’re looking for a construction equipment supplier.

Equipment Is Tested and Well-Maintained

A good construction equipment supplier will ensure any used machinery is in optimal condition and ready for safe use. They will also advise you about what machinery or equipment attachments are most suited to a project or conditions.

This is crucial when it comes to projects involving excavation and digging, where excavators must be well-maintained to safely transport debris. Quality suppliers will place importance on maintaining their machinery with genuine parts and have their equipment repaired by accredited centers.

Equipment Brand and Age

A reputable supplier will generally supply machinery and equipment from well-known brands like Kubota. Another point to consider is whether they are using new, up-to-date equipment, with a fresh inventory every four to eight years. Replacing machinery at the appropriate time helps prevent costly on-site breakdowns.

Whether a supplier is updating their inventory can be determined by the brand they use. Authorized dealers tend to get the latest machinery and technologies as they enter the market. Authorized dealers also attend product seminars and build specialist knowledge about a particular brand and their equipment.

Good Service

A good construction supplier should offer quality service, being able to deliver equipment in a timely, efficient manner to prevent on-site delays. They should make assurances that if any equipment breaks down on site, it can be promptly resolved.

Good service means your supplier is knowledgeable, responsive and supportive. They should be able to talk you through the needs of your project, give you advice on what kind of equipment you need and run you through all the necessary safety and prestart checklists.

Knowledge and Experience

Knowledge and experience are crucial in a supplier but this is something that can be overlooked at times. It can be easy to assume that stocking and selling equipment doesn’t require a vast amount of knowledge, but it’s necessary when you’re providing advice and properly maintaining, diagnosing and repairing equipment.

The longer they’ve been in the industry the better. They should also aim to continuously build upon their knowledge by attending product training seminars. Highly trained and experienced technicians mean your project will have strong after-sales support and reduced downtime.

Latest Innovations and Technologies in Excavators

For thousands of years, humans did all of their excavation by hand. The agricultural revolution saw the advent of the plough, allowing working animals to carry the brunt of the work. More recently, the industrial revolution made it possible to mechanize work, resulting in tractors replacing working animals. In the mining and construction industries, digging by hand was still employed due to the cheap cost of labour, but machines were increasingly being brought in for the most demanding tasks. Today, modern excavators come with all kinds of technology to make them easy to use and remarkably efficient and productive. In this article, we will discuss some of these technological innovations and how they are changing the game.

Auto-Idling Technology

It is no surprise to anyone who are familiar with excavators that they are powerful machines. That power comes from the engine, which becomes increasingly large as the power demands of the excavator increase. Diesel is the most common fuel for these engines, and its price has been rising steadily for years. Recently, the clever engineers at Kubota have developed auto-idling technology, automatically reducing the RPMs and fuel consumption of their excavators when the control levers are neutral for more than four seconds.

Artificial Intelligence

Artificial intelligence might seem like a strange phrase in the area of digging hole, but realistically, it is the biggest innovation in the industry for decades. It is the school of thought that’s developing driverless cars and medical robots, so the benefits to the construction industry will be incredible. While slow on the uptake, the momentum is sure to grow as prices fall and consumer appreciation grows. For some companies, artificial intelligence means developing autonomous equipment, while for others, it means collaborating with a human operator using laser-guided precision and predictive movements.


Unless you are working on the mines or major large-scale construction projects, a full-size excavator is probably too big for your needs. The world’s largest excavator is nearly one million kilograms, and for most sites, an excavator could barely hold such a machine. Mini-excavators like the Kubota K008-3 are the machines for domestic and light commercial applications. Because mini-excavators are so popular, there is a lot of research going into reducing their tail swing and improving their overall operating efficiency.