Full Description

1.1This test method covers specifications for the performance of sports shoe-surface traction measuring devices, but does not require a specific device or mechanism to be used. Figs. 1 and 2 show schematic diagrams of generic apparatus.

FIG. 1Schematic Diagram of a Generic Device for Measuring Linear Traction

A.Shoe under test, mounted on a footform.

B.Surface under test.

C.Guide rails with linear bearings or other means of maintaining rectilinear motion.

D, E.Vertical shaft and bearing mounted carriage or other means of maintaining motion parallel to the plane of the shoe-surface interface.

F.Weights, actuator or other means of applying a downward vertical force.

G.Actuator or other means of applying a horizontal force.

H.Force plate or other means of measuring vertical and horizontal forces.

J.Velocity transducer.

FIG. 2Schematic Diagram of a Generic Device for Measuring Rotational Traction

A.Shoe under test, mounted on a footform.

B.Surface under test.

D, E.Vertical shaft and bearings or other means of constraining rotation about the vertical axis parallel to the plane of the shoe-surface interface.

F.Weights, actuator or other means of applying a downward vertical force.

G.Actuator or other means of applying a torque.

H.Force plate or other means of measuring vertical force and torque about the vertical axis.

J.Angular velocity transducer.

1.2This test method is appropriate for measuring the effects of athletic shoe outsole design and materials on traction at the shoe-surface interface.

1.3This test method is appropriate for measuring the effects of sport surface design and materials on traction at the shoe-surface interface.

1.4This test method specifies test procedures that are appropriate for both field and laboratory testing.

1.5Traction characteristics measured by this test method encompass friction forces developed between shoe outsoles and playing surfaces.

1.6Traction characteristics measured by this test method encompass traction achieved by penetration of cleats or studs into playing surfaces.

1.7This test method specifies test procedures for the measurement of traction during linear translational motion and rotational motion, but not simultaneous combinations of linear and translational motion.

1.8The loads and load rates specified in this test method are specific to sports activities. The test method is not intended for measurement of slip resistance or traction of pedestrian footwear.

1.9Test results obtained by this method shall be qualified by the characteristics of the specimen.

1.9.1Comparative tests of surfaces shall be qualified by the characteristics of the shoes used to test the surfaces, including the cushioning, outsole material, and sole design.

1.9.2Comparative tests of shoes shall be qualified by the pertinent characteristics of the surfaces on which shoes are tested, including the surface type, material, condition, and temperature.

1.10This test method does not establish performance or safety criteria. The level of traction required between a sport shoe and surface varies with the level of performance and from individual to individual. The extent to which particular levels of traction contribute to individual athletic performance and risk of injury is not known.

1.11The values stated in SI units are to be regarded as the standard.

1.12This standard may involve hazardous materials, operations and equipment. This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety, health, and environmental practices and determine the applicability of regulatory limitations prior to use.

1.13This international standard was developed in accordance with internationally recognized principles on standardization established in the Decision on Principles for the Development of International Standards, Guides and Recommendations issued by the World Trade Organization Technical Barriers to Trade (TBT) Committee.

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Published: 09/01/2017 Number of Pages: 9File Size: 1 file , 170 KB