How-tos

Fuse box location guide: where to find it on Kubota? The fuse box location depends on the equipment type. On most Kubota tractors, it is near the dash or lower instrument panel. BX models often place it lower, closer to the seat base or battery side. On RTVs, check under the seat or behind an interior cover. On excavators, look inside a side electrical compartment. The panel is usually a small plastic block with colored blade fuses and a removable cover. If the cover has a fuse chart, it can help identify circuits quickly. Follow the wiring harness from the ignition switch or battery if the panel is not visible.

Is your EGO battery flashing red? This often means a temporary fault from overheating or overload, not a dead battery. This guide shows you how to fix it with a simple reset or the “drop fix” to get your gear running again.

Quick hitch for tractor: how to choose, fit, and use. A quick hitch can make implementing changes much faster, but compatibility needs to be checked before purchase. The hitch category is only the first step. Pin size, lower arm spacing, and top hook height also determine whether a tool will connect properly. Some implements connect without trouble. Box blades, rear blades, and rakes usually fall into this group. Others require closer attention. Tillers and post hole diggers often have different mast heights or pin spacing that can prevent a clean hookup. If the latch will not close, check the pin spacing first. Bushings can reduce play. For PTO-driven tools, check driveline clearance before buying.

Encountered the SPN 3364 FMI 2 fault code? This common error indicates a DEF quality sensor data issue, often forcing your engine into a severe power derate. Our guide provides a clear, step-by-step process to diagnose and fix it.

In the context of heavy-duty and specialized vehicles, a transfer gearbox (often referred to as a transfer case or split-shaft unit) is an auxiliary system integrated into the main drivetrain. It intercepts power from the main drive shaft, reconfigure its speed and torque and directs it to power auxiliary equipment such as hydraulic pumps, cranes, or vacuum systems.

Kubota hydraulic hose diagram. A Kubota hydraulic hose diagram is a useful tool when attachment movements are reversed. It helps you verify the hose pair, match each line to the right function, and correct the issue on loaders, front attachments, or backhoes. The guide covers LA, BX, and BH series routing and gives a clear way to sort out common connection mistakes. On LA-series loaders, the main task is separating the lift pair from the curl pair and tracing both back to the control valve. On BX-series machines, most owners need to confirm which pair controls lift and which controls chute rotation. On BH-series backhoes, the layout is more complex with supply, return, and several work circuits. Start at the cylinder and trace each hose back. Reverse only the pair with backward movement.

For many skid steer owners, summer is one of the busiest seasons. When operating under load on scorching days, it’s likely your skid steer got overheated due to rising temperatures and long hours of operation. What’s the reason behind it? And how to address this problem? This guide will tell you all.

Where is the starter located? Common locations by machine type. Where is the starter located? That depends on the machine. On off-road equipment, it’s typically near the flywheel housing. Later sections show you where to look first, what usually gets in the way, and what other starter-related parts are nearby. The starter is usually mounted where it can engage the flywheel ring gear. On many machines, it is bolted to the flywheel housing or bell housing near the rear of the engine. Start by finding the rear section of the engine rather than the front accessories. Follow the heavy positive battery cable. Look for a small motor with a mounted solenoid. Check the side of the engine before looking under the machine.

Ever notice your mower deck blades shifting position? Learn why most don’t need timing and what it means if they hit. This guide covers staggered vs. timed decks, phasing, and the top reasons for blade contact.

Runaway diesel: causes, warning signs, and prevention. Looking for runaway diesel causes and warning signs? A runaway happens when the engine burns oil or vapor instead of diesel from the tank. Turbo seal failure is the most common cause. Worn rings, breather problems, and fuel system faults can also trigger it. Early signs matter. Rising oil use, blue or gray smoke, oil in the intake, and RPM rising on its own are strong warnings. If a runaway starts, the key will not stop it. Protect people first. Use an air shutoff if available. Do not restart until the engine is inspected. Prevention is simple. Inspect the turbo, track oil consumption, and keep the breather system clean. Catch it early and avoid engine damage.

An excavator swing motor plays a crucial role for your excavator. Its primary job is to help the top part turn around, allowing your excavator to dig, lift or move things. The swing motor uses hydraulic power to work. It is connected to a swing gearbox that has planetary gears, which change spinning force into torque. This makes the excavator turn smoothly on its base.

In order to measure the diameterm, you should use a digital caliper or a ruler (not recommended). Measure the width of the plug at the widest part of the threads as indicated in the picture. If your oil drain plug measures 12mm, then you need to look at plugs in the size range of M12* 1.25 to M12*1.75’’. The “M12” refers to the diameter you measure from the widest part of the threads on your OEM sump plug.