OP
John Joseph McVeigh
Gold Member
Each of my sessions took about an hour, some more, some less, depending on the snow depth. So, I had more cumulative seat time than you did, but I did not have to crane my neck, which it sounds like you needed to do.
With the deepest snow, about 12 inches, I could not exceed 1.2 mph in the forward direction without snow coming over the top. I suspect that having an upper auger in place would help in that regard. I do not know whether the KX523, if equipped with an auxiliary auger, could handle 30 inches of snow depth in a single pass. The maximum rated value without an auxiliary auger is 26.5 inches. I do not see a rating for a KX523 equipped with an auxiliary auger.
I understand from our resident scholar (JackIL) that the auxiliary auger does help with snow that would otherwise slobber up over the top of the intake shroud.
This is my second season with the KX523 snow blower. In my limited experience, the rate at which one can move forward depends both upon the depth of snow and upon the consistency of the snow. One can despatch light, fluffy snow noticeably more quickly than one can despatch denser snow. The snow that fell in this area was fairly dense. I understand from reading various weather sites that it expressed around a 10:1 liquid water equivalence, while in areas of higher elevation, the equivalence was more like 13:1, 14:1, even 15:1.
With the deepest snow, about 12 inches, I could not exceed 1.2 mph in the forward direction without snow coming over the top. I suspect that having an upper auger in place would help in that regard. I do not know whether the KX523, if equipped with an auxiliary auger, could handle 30 inches of snow depth in a single pass. The maximum rated value without an auxiliary auger is 26.5 inches. I do not see a rating for a KX523 equipped with an auxiliary auger.
I understand from our resident scholar (JackIL) that the auxiliary auger does help with snow that would otherwise slobber up over the top of the intake shroud.
This is my second season with the KX523 snow blower. In my limited experience, the rate at which one can move forward depends both upon the depth of snow and upon the consistency of the snow. One can despatch light, fluffy snow noticeably more quickly than one can despatch denser snow. The snow that fell in this area was fairly dense. I understand from reading various weather sites that it expressed around a 10:1 liquid water equivalence, while in areas of higher elevation, the equivalence was more like 13:1, 14:1, even 15:1.