A training ice skate with support components that can offer built-in balance support and can teach proper form to a user who is learning to ice skate. More specifically, the training ice skate can include a boot mount having a base, a blade housing configured to house a blade, and a plurality of support mounts. The base can be configured to attach to a bottom of a boot, the blade housing can be centered on the base and configured to house a center blade, and the plurality of support mounts can be comprised of a plurality of side rail housings at non-center locations on the base that are configured to house a corresponding side rails.

A training ice skate with support components that can offer built-in balance support and can teach proper form to a user who is learning to ice skate. More specifically, the training ice skate can include a boot mount having a base, a blade housing configured to house a blade, and a plurality of support mounts. The base can be configured to attach to a bottom of a boot, the blade housing can be centered on the base and configured to house a center blade, and the plurality of support mounts can be comprised of a plurality of side rail housings at non-center locations on the base that are configured to house a corresponding side rails.

A training ice skate with support components that can offer built-in balance support and can teach proper form to a user who is learning to ice skate. More specifically, the training ice skate can include a boot mount having a base, a blade housing configured to house a blade, and a plurality of support mounts. The base can be configured to attach to a bottom of a boot, the blade housing can be centered on the base and configured to house a center blade, and the plurality of support mounts can be comprised of a plurality of side rail housings at non-center locations on the base that are configured to house a corresponding side rails.

A training ice skate with support components that can offer built-in balance support and can teach proper form to a user who is learning to ice skate. More specifically, the training ice skate can include a boot mount having a base, a blade housing configured to house a blade, and a plurality of support mounts. The base can be configured to attach to a bottom of a boot, the blade housing can be centered on the base and configured to house a center blade, and the plurality of support mounts can be comprised of a plurality of side rail housings at non-center locations on the base that are configured to house a corresponding side rails.

Skate blade (10), which has an outside edge and an inside edge (2, 3), in the middle region (1) of which the outside edge and the inside edge (2, 3) are parallel and have the same height, and the blade has an anterior region (4) in front of the middle region (1), where the height (z) of the edges (2, 3) increases in forward direction relative to the height (z=0) assumed at the middle region, and it has a posterior region (5) behind the middle region (1), where the height (z) of the edges (2, 3) increases in rearward direction relative to the height (z=0) assumed at the middle region, and the width coordinate (y) of at least one edge (2, 3), at least in the anterior or in the posterior region (4,5) increases along and arched curve with the distance from the middle region (1) relative to the vertical central plane (6) interpreted at the middle region (1), and at every location in front or behind the middle region (1), where the width of blade (10) exceeds the value assumed at the middle region (1), both edges (2, 3) have height coordinate (z) exceeding zero at identical length coordinates (x).

Skate blade (10), which has an outside edge and an inside edge (2, 3), in the middle region (1) of which the outside edge and the inside edge (2, 3) are parallel and have the same height, and the blade has an anterior region (4) in front of the middle region (1), where the height (z) of the edges (2, 3) increases in forward direction relative to the height (z=0) assumed at the middle region, and it has a posterior region (5) behind the middle region (1), where the height (z) of the edges (2, 3) increases in rearward direction relative to the height (z=0) assumed at the middle region, and the width coordinate (y) of at least one edge (2, 3), at least in the anterior or in the posterior region (4,5) increases along and arched curve with the distance from the middle region (1) relative to the vertical central plane (6) interpreted at the middle region (1), and at every location in front or behind the middle region (1), where the width of blade (10) exceeds the value assumed at the middle region (1), both edges (2, 3) have height coordinate (z) exceeding zero at identical length coordinates (x).

Skate blade (10), which has an outside edge and an inside edge (2, 3), in the middle region (1) of which the outside edge and the inside edge (2, 3) are parallel and have the same height, and the blade has an anterior region (4) in front of the middle region (1), where the height (z) of the edges (2, 3) increases in forward direction relative to the height (z=0) assumed at the middle region, and it has a posterior region (5) behind the middle region (1), where the height (z) of the edges (2, 3) increases in rearward direction relative to the height (z=0) assumed at the middle region, and the width coordinate (y) of at least one edge (2, 3), at least in the anterior or in the posterior region (4,5) increases along and arched curve with the distance from the middle region (1) relative to the vertical central plane (6) interpreted at the middle region (1), and at every location in front or behind the middle region (1), where the width of blade (10) exceeds the value assumed at the middle region (1), both edges (2, 3) have height coordinate (z) exceeding zero at identical length coordinates (x).

Skate blade (10), which has an outside edge and an inside edge (2, 3), in the middle region (1) of which the outside edge and the inside edge (2, 3) are parallel and have the same height, and the blade has an anterior region (4) in front of the middle region (1), where the height (z) of the edges (2, 3) increases in forward direction relative to the height (z=0) assumed at the middle region, and it has a posterior region (5) behind the middle region (1), where the height (z) of the edges (2, 3) increases in rearward direction relative to the height (z=0) assumed at the middle region, and the width coordinate (y) of at least one edge (2, 3), at least in the anterior or in the posterior region (4,5) increases along and arched curve with the distance from the middle region (1) relative to the vertical central plane (6) interpreted at the middle region (1), and at every location in front or behind the middle region (1), where the width of blade (10) exceeds the value assumed at the middle region (1), both edges (2, 3) have height coordinate (z) exceeding zero at identical length coordinates (x).