ACCESSIBILITY & INCLUSION
FUNDAMENTALS
OVERVIEW
NIKE, Inc. is building more equitable and inclusive practices to empower our employees and create the workforce of the future. The greatest ideas come from a variety of lived experiences, which is why Nike is committed to a workplace that is diverse, equitable, and accessible.
GPS' goal is to make anyone who comes into the Nike workplace feel like they belong. We strive for our places and services to improve the performance, wellness, and participation of our employees and guests. Best practices for Accessibility and Inclusion are embedded throughout the Standards.
Universal Design
Accessibility is often thought of as the minimum code requirement for people with disabilities. That's just the starting line for us.
Universal Design is a foundational way of thinking that informs how we design places and services. The thinking starts with choice and change - providing a variety of options for a broad range of employees and guests.
Learn about Universal Design, the broad range of users that are considered, and the seven globally adopted principles that can be applied to architecture, product design, digital technology, education, and service design.
Events
Nike’s events advance collaboration, learning, innovation, and help culture thrive. Nike's Inclusive and Accessible Event Guide outlines best practices for executing events to ensure all attendees can fully participate and feel like they belong. It can be applied to all Nike events, managed by GPS or not, and includes onsite and offsite events anywhere in the world.
Download the Accessible and Inclusive Event Guide, Accessible Deck Guide, and access additional resources below:
Environment Guardrails
The
Corporate Environment Guardrails explain what scope should be included for various project types. Use this prior to the AR or when planning project scope.
Environment Requirements
This is a summary of the overarching requirements. The Corporate Space Types and Distribution Center Space Types detail how to apply the requirements to standard spaces. Projects should meet local code in addition what is detailed in the GPS Standards.
The requirements are available to download as checklists for Campus, Building Entrance, and Interiors.
Clearances, Reach and Mounting Heights
The diagrams and drawings below reflect Nike's minimum requirements. Projects should meet whichever is more stringent: local code or Nike requirements. These diagrams apply to Environments and to Services where applicable (for example: supply reach, merchandising, digital kiosks, etc.).
The diagrams are available to download as a PDF.
Clear Width at Doors
The clear width is measured from the stop to the face of the doors open 90 degrees (or to the leading edge of sliding doors). No projection into the clear width is permitted below 34" above the floor.
Maneuvering Clearance at Doors Overlap
Maneuvering clearances are required on both sides of doors or gates except at those that can be used in one direction only.
Operable Parts
Parts that can be operated without hand or finger dexterity, fine motor movement, or simultaneous actions provide easier access and accommodate a broader range of users.
Operable parts must be usable with one hand and not require:
- Tight grasping, pinching, or twisting of the wrist
- More than 5 pounds of force (lbf) to operate
Handles, pulls, and levers are acceptable. Door knobs do not comply because they require grip and twisting of the wrist. Stationary cabinet knobs with a shape that can be loosely gripped are acceptable.
Knee Clearance at Elements
Objects that provide space for knees can overlap a portion of the clear floor space. Knee space allows a closer approach to overhanging elements and reduces the reach to operable parts. It is required at some elements, such as drinking fountains, sinks and tables, so that people using wheelchairs can pull up to them.
Obstructed Reach:
Counter Less Than 20”
Objects that provide space for knees can overlap a portion of the clear floor space. Knee space allows a closer approach to overhanging elements and reduces the reach to operable parts. It is required at some elements, such as drinking fountains, sinks and tables, so that people using wheelchairs can pull up to them.






















