Guides

When winter hits, low temperatures pose a direct threat to machine uptime, as sub-freezing conditions significantly impact equipment performance. The cold thickens oil, stresses batteries, and puts immense pressure on critical engine components, leading to frustrating delays and long-term engine strain. This is why engine block heaters, also known as coolant heaters, are considered a necessity for heavy-duty construction equipment. A block heater’s fundamental purpose is to keep the engine coolant and oil warm enough to allow for quick and low-stress startups. 

Ground engaging tools (GETs) are the teeth, edges, shanks, and adapters that physically contact the ground. This guide breaks down everything fleet managers and operators need to know about ground engaging tools: what they are, how they work, how to select the right ones for your site, and how to keep them in peak condition.

Construction sites are dynamic, high-risk environments where the margin for error is often narrow. From operating powerful equipment to working at height or near electrical lines, the hazards are varied—and often compounded by tight schedules and shifting crews. Through consistent safety practices, thoughtful planning, and reliable equipment, teams can significantly reduce risk. 

Having the right construction equipment on site is critical to doing the job effectively. From heavy-duty machinery to everyday tools, the equipment you choose can make all the difference in efficiency, safety and overall project success. This guide highlights the top tools and machinery every construction site should have, helping professionals stay prepared and productive.

Introduction to Hydraulic Breakers Hydraulic breakers, also known as hydraulic hammers, use hydraulic force to break through tough materials like concrete, rock or asphalt. Typically mounted on construction equipment like excavators, backhoe loaders or skid-steer loaders, hydraulic breakers are especially...

This article introduces the concept of bidirectional charging, exploring benefits such as cost savings, improved energy efficiency, and enhanced grid stability. It also delves into how this technology can be incorporated into construction fleets to achieve greater efficiency.