Minimal Maintenance

The Maintenance Advantages of FireFly’s AMP Mower

Traditional Diesel and Hydraulic Mower Maintenance

• Engine Maintenance: Diesel engines require regular oil changes, filter replacements, and cooling system checks. These routine tasks are not only time-consuming but also necessitate a stockpile of parts and fluids.
• Hydraulic System Upkeep: Hydraulic mowers are prone to leaks and hose degradation, requiring vigilant monitoring and frequent replacements. Hydraulic fluid changes and the need to address contamination add to the maintenance burden.
• Emission System Care: To comply with environmental standards, diesel engines often have complex emission control systems needing regular checks and maintenance.
• Overall Complexity: The numerous moving parts in diesel engines and hydraulic systems increase the likelihood of breakdowns and the need for repairs, necessitating skilled mechanics on staff.
• Space and Inventory Management: Storing spare parts, fluids, and tools for diesel and hydraulic system maintenance occupies valuable space in maintenance facilities.

The AMP Mower: A Maintenance Revolution

• Electric Motor Reliability: AMP’s electric motors are inherently more reliable and maintenance-free compared to diesel engines. The absence of internal combustion processes and simpler mechanical design leads to fewer points of failure. For example, ground drive motors have been engineered for a 20,000+ hour life, requiring minimal maintenance. Simply change the gear oil every 6 months. 
• Maintenance-Free Battery: Unlike diesel engines and hydraulic systems, AMP’s battery is maintenance-free, eliminating the need for regular checks and fluid top-ups.
• Simplified Maintenance Needs: The AMP mower requires minimal maintenance, primarily focusing on adjusting and sharpening the reels – a process simplified by FireFly’s innovative cutting unit design. The only other source of maintenance is checking tire pressure once a week. Our software will also alert you if tire pressure is running low in one or more tires.
• Reduced Need for Skilled Mechanics: With fewer and simpler maintenance tasks, the AMP mower reduces the dependence on skilled mechanics. This translates into cost savings in labor and training.
• Less Space Needed for Spare Parts and Fluids: The electric design of the AMP mower eliminates the need for a variety of spare parts and fluids required for diesel and hydraulic systems, freeing up space in maintenance facilities.
• Enhanced Operational Efficiency: The reliable nature of the electric motor and the maintenance-free battery means less downtime for repairs and maintenance, ensuring consistent operational efficiency.

Conclusion