Whether you have a machine with a long or short chassis, it’s essential to know if a one-piece or two-piece driveshaft is ideal for off-highway vehicles.

Heavy mining equipment has to combat moisture, contamination, and ample pressure during every task. Learn how to prevent the common causes of brake failure.

Heavy-duty mining machinery relies on universal joints to stabilize the driveline. Find out how GWB universal joints enhance the equipment’s efficiency.

To prevent shortening the lifespan of major machine components and causing operational errors, find out the dangers of overloading heavy equipment drivetrains.

Learn how off-highway driveline components work together to transfer power in heavy mining equipment and why each part matters for machine performance.

Learn how open-pit and underground mining powertrains differ in load, heat, contamination, and service needs, so crews can choose parts and rebuild plans.

Use this guide to uncover how steel, aluminum, carbon fiber, and more custom driveshaft materials will support durable mining equipment operation.

Learn how regenerative braking works in underground mining equipment, how it saves brake wear and energy, and what to check when performance drops.

Mining equipment demands high-quality components that won’t falter when moving rock along steep inclines. GWB driveshafts can enhance vehicle performance.

Not all off-highway components can support mining operations. Find out the differences between mining vehicles’ and construction equipment’s powertrain design.