A skid steer rarely fails without warning. Rising temperatures, slow hydraulics, unusual noises, fluid leaks and uneven tyre or track wear often appear before the machine stops. SavQuip Contracting’s skid steer maintenance approach helps operators identify those signs early, protect critical components and avoid losing productive hours to preventable repairs.
For Perth operators, heat, fine dust and sand place additional pressure on cooling systems, filters, hydraulics and moving joints. Completing a pre-start inspection before every shift, following the service schedule for the specific model and responding quickly to faults can significantly reduce the likelihood of an unexpected breakdown.
Skid steers across Perth often spend long shifts moving soil, sand, rubble or landscaping material. Dust can restrict filters and collect around the radiator, oil cooler and engine bay. Reduced airflow forces the cooling system to work harder and increases the risk of overheating.
Fine abrasive material can also collect around pins, bushings and attachment couplers. Without regular cleaning and lubrication, wear accelerates and machine movement may become loose or uneven. High ambient temperatures create further pressure while the engine and hydraulic system are working under load.
Skid steer maintenance frequency should therefore reflect the manufacturer’s manual, operating hours, attachments used, material handled and actual site conditions. A machine working daily in dusty conditions may require more frequent attention than one operating occasionally in a cleaner environment.
Complete the following inspection before starting work. Record any defects in the site log and do not operate the machine when a fault could affect safe performance.
| Area | What to Check | Why It Matters |
| Fluids | Engine oil, coolant, hydraulic fluid and visible leaks | Low or contaminated fluid can damage the engine or hydraulic system |
| Cooling system | Radiator, oil cooler, condenser, rear grille and engine bay | Clear airflow helps prevent overheating |
| Tyres or tracks | Pressure, cuts, wear, tension and trapped debris | Correct condition improves stability and reduces premature wear |
| Grease points | Lift arms, pivot pins, cylinders, coupler and attachment points | Lubrication reduces friction and helps remove contamination |
| Hydraulics | Hoses, fittings, cylinders and couplings | Early detection can prevent pressure loss and hose failure |
| Attachment | Bucket, pins, locking wedges and quick-hitch | Secure attachment points support safe and controlled operation |
| Safety systems | Seat belt, interlocks, horn, alarms, lights and controls | Working safety devices protect operators and nearby workers |
Many manufacturer schedules group daily maintenance around every shift or ~8–10 operating hours. However, the service schedule for the exact make and model must always take priority.
Park the machine on level ground, lower the attachment and follow the correct shutdown procedure. Look beneath the skid steer and around hoses, fittings and cylinders for fresh oil or coolant. Repeatedly topping up a reservoir is not a repair; unexplained fluid loss requires proper diagnosis.
Never open a pressurised cooling system while the engine is hot. Use only the engine oil, coolant and hydraulic fluid specifications listed by the manufacturer. An unsuitable product or incorrect mixture may reduce performance and damage seals or internal components.
Inspect the grille, radiator, oil cooler and condenser for dust, grass, plastic and compacted debris. Clean each component using the method stated in the operator’s manual and avoid damaging the cooling fins.
A pre-start clean may not be sufficient on a heavily contaminated Perth site. Check the cooling package again during the shift when the machine is working around fine dust or loose material. Stop operation if the temperature warning activates, as continued use can turn a blocked cooling system into serious engine damage.
Clean each grease fitting before applying the specified lubricant. This prevents dirt from being forced directly into the joint. Pay particular attention to lift-arm pivots, bucket pins, cylinders, attachment points and the quick coupler.
Dry or contaminated joints can develop movement, noise and accelerated bushing wear. Daily greasing creates a protective layer between moving surfaces and helps push old grease and contaminants away from the joint.
On wheeled skid steers, check tyre pressure, tread, sidewalls and wheel hardware. Incorrect pressure can affect stability, traction and tyre wear. Cuts, exposed cords or loose wheel nuts should be addressed before operation.
For tracked machines, remove packed soil, rocks and debris from the undercarriage. Inspect the tracks for damage, uneven wear and correct tension. Excessive or insufficient tension can increase undercarriage wear and may contribute to a track coming off. Always use the measurement specified for the machine rather than relying on a universal figure.
Service intervals vary between brands and models. The following table provides a general planning guide but does not replace the manufacturer’s maintenance manual.
| Interval | Typical Maintenance Focus |
| Every shift or 8–10 hours | Pre-start inspection, fluid levels, cooling package, grease points, tyres or tracks and safety systems |
| Around 50 hours | Hydraulic hoses, controls, parking brake, track tension, wheel hardware and specified initial-service items |
| Around 100 hours | Battery, belts and severe-duty engine service where required |
| Around 250 hours | Engine oil and filter, drive components, controls and detailed system inspection |
| Around 500 hours | Fuel and hydraulic filters, breather components and model-specific service items |
Heat, dust and heavy workloads may shorten some intervals. Keep hour-meter records, inspection reports, service invoices and fluid details together. A documented maintenance history makes future servicing easier to plan and helps technicians identify recurring faults.
Look out for the following six warning signs and arrange professional repairs before a minor fault becomes a costly breakdown.
A professional Bobcat service in Perth should follow the requirements for the exact model and recorded operating hours rather than using a one-size-fits-all checklist. The service may include fluid and filter replacement, cooling-system cleaning, hydraulic pressure and leak checks, belt inspection, lubrication, tyre or track assessment and testing of controls and interlocks.
The same principle applies to other skid steer brands. Reliable earthmoving equipment servicing combines scheduled maintenance with an assessment of the machine’s workload, attachments, operating environment and existing component wear.
A written inspection report is also valuable because it separates urgent repairs from items that can be monitored or scheduled for a future service.
Choose onsite plant repairs when transporting the machine would increase downtime, cost or safety risks.
Effective skid steer maintenance is built on consistency rather than guesswork. Complete every pre-start inspection, keep the cooling package clear, lubricate the correct points, record operating hours and respond to changes in machine performance.
SavQuip Contracting recommends treating the manufacturer’s manual as the final authority for fluids, procedures, track tension and service intervals. When warning signs appear, stopping early and arranging an inspection is usually less disruptive than waiting for the machine to fail during a critical job.
If your skid steer is due for maintenance or showing signs of a fault, book a service with SavQuip Contracting or call 0400 329 997 to arrange mobile support.
A skid steer should be inspected before every shift and serviced at the operating-hour intervals stated in its manufacturer’s manual. Dust, heat, heavy loads and demanding attachments may require more frequent servicing.
Common causes include a blocked radiator or oil cooler, low coolant, damaged hoses, a faulty fan or belt and sustained operation under excessive load. Stop the machine when a temperature warning appears and investigate the cause.
Yes. Many inspections, diagnostics, routine services and mechanical, hydraulic or electrical repairs can be completed on-site. Suitability depends on site access, safety conditions and the nature of the fault.
No. A small hydraulic leak can worsen, reduce system performance and create safety or environmental risks. Isolate the machine and arrange professional diagnosis before returning it to service.
