Pro Tips, News & Events

A failing transmission pump can quickly turn small performance issues into major drivetrain repairs. Because the pump supplies the oil pressure needed for lubrication, cooling, and clutch engagement, any drop in flow or pressure can affect shifting, pulling power, and overall transmission performance. This guide explains the most common causes of transmission pump failure—including low fluid levels, contamination, restricted filters, overheating, and mechanical wear. It also outlines eight warning symptoms operators should watch for, such as delayed engagement, slipping under load, unusual pump noise, overheating, and debris in the filter. By recognizing these early signs and maintaining proper fluid levels, filtration, and cooling performance, equipment owners can extend pump life, protect transmission components, and reduce costly downtime in off-road machinery.

How much does a mini excavator weigh? This critical number, ranging from 2,000 to over 20,000 lbs, dictates your transport needs and job site capabilities. Explore the factors affecting weight and browse specs from top brands.

Engine sputtering? Check Engine Light flashing? Your off-road machine might have a P0300 code, signaling a random misfire that can cripple performance. Don’t panic! Our step-by-step guide helps you diagnose common causes and fix the P0300 issue fast, getting you back to peak performance.

Experiencing diesel lift pump failure symptoms? A failing pump can cause no-starts, poor fuel economy, and damage your injection system. Learn the signs, how to test your pump, and key maintenance tips to keep your machine running.

Choosing the right tractor transmission can make a significant difference in how efficiently a tractor performs during real off-road tasks. Whether you are doing loader cycles, towing equipment, grading surfaces, or mowing large areas, the transmission type determines how smoothly power reaches the wheels and how easily you control speed and direction. This guide explains the four main tractor transmission types—gear-drive, power shuttle, hydrostatic, and CVT—and shows how each performs under typical workloads such as heavy pulling, frequent reversing, or precision positioning. By understanding how different tractor transmission systems behave on slopes, rough terrain, and high-load conditions, operators can select a setup that reduces fatigue, improves productivity, and keeps machines working reliably in demanding environments.

Getting the perfect grade is tough. Choosing the wrong soil conditioner attachments wastes time & money. Our guide cuts through the confusion, comparing skid steer vs. 3-point models and showing you how to match the right tool to your machine and job. Get it right the first time.

Explore the essential parts of a transmission with detailed diagrams. We break down powershift internals like clutch packs, planetary gears, and shafts. Learn to identify failure symptoms and discover key maintenance tips to prevent costly repairs.

Choosing between the John Deere 1025R and John Deere 2025R often comes down to how and where you actually use your tractor. While both models offer similar horsepower, hydrostatic transmissions, and PTO capability, their real differences appear in weight, wheelbase, lift capacity, and overall stability during demanding work. This guide compares the two compact tractors from a practical perspective—covering loader performance, maneuverability in tight spaces, ground clearance on uneven terrain, and operator comfort during longer work sessions. By understanding how each John Deere model behaves during real tasks such as material handling, mowing, and property maintenance, you can decide which platform better matches your workload, terrain conditions, and long-term productivity needs.

Unlock the secrets of high-speed farming! An air seeder can transform your planting season, but how does it really work? Dive into our guide to understand the magic of air-powered seed delivery, its key benefits, and the essential maintenance checks that ensure a perfect crop every time.

Wondering about the turbo replacement cost for your machine? In 2026, expect to pay $2,500 to $8,000+. This guide covers part costs for VGT vs. wastegate turbos, labor rates, and how OEM vs. aftermarket parts affect your bill.

Seeing the SPN 3720 FMI 15 warning? Don’t panic! It’s your machine’s simple request for a cleaning, not a breakdown. Our guide shows you the easy, step-by-step fix to run a regeneration, clear the code, and avoid costly power loss. Get your machine back to full strength in minutes.

Hydraulic cylinders are critical for lifting, digging, and material handling on heavy equipment, but leaks can quickly turn into costly downtime if ignored. This guide explains the most common reasons hydraulic cylinders start leaking, including seal wear, contamination, rod damage, and side-loading. It also walks through practical diagnostic steps to help identify whether the problem is an external leak or internal bypass, along with repair options and inspection points technicians should check before replacing parts. By understanding how hydraulic cylinders fail and adopting simple maintenance habits—such as keeping rods clean, controlling contamination, and addressing misalignment—you can extend service life, reduce repeat failures, and keep machines operating reliably in demanding jobsite conditions.