Replacing the set of batteries that power a larger riding mower can easily cost $1000 or more. On a smaller push mower, the cost to replace the battery is usually around $200. Where there can be some sticker shock, however, is when it comes time to replace the batteries. You’ll still need to perform maintenance like sharpening the blades, but the shift from a combustion engine to an electric engine throws a whole bunch of traditional routine maintenance right out the window. Ryobi Router Unboxing & Setup 228,303 views 3K Dislike Share iScaper1 101K subscribers Unboxing and setup of a Ryobi fixed base router model R163G. There are no air filters, spark plugs, oil changes, or other routine costs. Even if gas prices somehow tumbled to a dollar a gallon, it would still be cheaper to “fuel” up an electric mower by a staggering margin.Īnd maintenance costs are negligible on an electric mower.
We did a cost breakdown comparing using an electric mower versus a gas mower to mow a typical American lawn. In fact, you might be genuinely shocked at how little it costs to run an electric mower compared to a gas mower. Large lithium-ion batteries, however, are costly, and the price of riding mowers that use them reflects that. SLA-battery riding mowers are more expensive than equivalent gas mowers, but not shockingly so. If you don’t maintain the charge and routinely use the battery, performance suffers greatly. Early electric push mowers used SLA batteries, and that certainly contributed to the negative opinion many people have of the product category. Maintaining the battery health of a rechargeable sealed lead-acid battery is a huge hassle. The cost of SLA batteries is lower, but so are the longevity and performance. While modern electric push mowers use lithium-ion batteries, larger electric lawn mowers, such as riding mowers with a lawn tractor or zero-turn form factor, use either sealed lead-acid (SLA) batteries or lithium-ion. Once you get beyond the push mower size, however, there is a fairly rapid divergence between the cost of sticking with gasoline or going electric.
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