A pattern making system having upper and lower sloper sections that are connected together at different heights to adjust the overall height of the upper and lower sloper sections. The upper and lower sloper sections have multiple widths and lengths, so that an upper section of a first width and length can be connected to a lower section of a second and different width and length, so that the sloper has different widths and lengths, which can be accommodated. In order to connect the upper and lower sloper sections, two T-shaped elongated sliding connector rods are provided for sliding within respective guide paths on the lower sloper section. In addition, the connector rods also have lower sections for sliding within the guide paths on the lower sloper section. In this manner, the sliding connector rods are moved in the guide paths relative to the upper sloper section and lower sloper section to vary the distance between the upper and lower sloper sections in order to vary the height of the sloper.

A pattern making system having upper and lower sloper sections that are connected together at different heights to adjust the overall height of the upper and lower sloper sections. The upper and lower sloper sections have multiple widths and lengths, so that an upper section of a first width and length can be connected to a lower section of a second and different width and length, so that the sloper has different widths and lengths, which can be accommodated. In order to connect the upper and lower sloper sections, two T-shaped elongated sliding connector rods are provided for sliding within respective guide paths on the lower sloper section. In addition, the connector rods also have lower sections for sliding within the guide paths on the lower sloper section. In this manner, the sliding connector rods are moved in the guide paths relative to the upper sloper section and lower sloper section to vary the distance between the upper and lower sloper sections in order to vary the height of the sloper.

A pattern making system having upper and lower sloper sections that are connected together at different heights to adjust the overall height of the upper and lower sloper sections. The upper and lower sloper sections have multiple widths, so that an upper section of a first width can be connected to a lower section of a second and different width, so that the sloper has different widths, which can be accommodated. In order to connect the upper and lower sloper sections, two parallel sliding connector rods are provided for sliding within respective parallel paths on the lower sloper section. In addition, the connector rods also have lower sections for sliding within parallel paths on the lower sloper section. In this manner, the sliding connector rods are moved in parallel relative to the upper sloper section and lower sloper section to vary the distance between the upper and lower sloper sections in order to vary the height of the sloper.