Lawnmower handles the heavy stuff no problem. If you do a lot of it the battery will just get depleted quicker. The lawnmower has tech that if the lawn is patchy that it recognizes a lighter area and slows down to save energy. Hit a thicker are and it ramps up the power.
Our neighbors lawn was a good ft tall and full of weeds. The "Tesla" roared through it but I only made it 2/3 of the way. I put it on the charger jumped in the pool and finished it an hour later once the battery had charged. Now that we have 2 batteries I could have done it in one shot.
I'm sure the 120 V units are even better. 80 V is darn good though. My Dad is a lawn snob and he admitted that the mower did a good job so it he thought the lawn looked good then that was good enough for me.
Just be aware of the A/hrs. Ours is 4 A/hrs and there are units out there with 2 A/hr or less. If they could make a similar sized and weight battery that was 6 A/hr then we could have tackled our neighbor's crazy yard and not have had to run out of battery life.
In short, I think the tech has reached a point where it is "good enough" for home use. Pro use is probably going to have to be 120 V or above and even more A/hrs.
Our neighbors lawn was a good ft tall and full of weeds. The "Tesla" roared through it but I only made it 2/3 of the way. I put it on the charger jumped in the pool and finished it an hour later once the battery had charged. Now that we have 2 batteries I could have done it in one shot.
I'm sure the 120 V units are even better. 80 V is darn good though. My Dad is a lawn snob and he admitted that the mower did a good job so it he thought the lawn looked good then that was good enough for me.
Just be aware of the A/hrs. Ours is 4 A/hrs and there are units out there with 2 A/hr or less. If they could make a similar sized and weight battery that was 6 A/hr then we could have tackled our neighbor's crazy yard and not have had to run out of battery life.
In short, I think the tech has reached a point where it is "good enough" for home use. Pro use is probably going to have to be 120 V or above and even more A/hrs.
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