Part of the Children with Disability NZ network:

  • Accessible Playgrounds NZ helps families find inclusive playgrounds
  • Inclusive Playground Equipment NZ helps councils, schools and communities design better ones

Designing for Low Vision Users

Designing for Low Vision Users

Designing for Low Vision Users

Inclusive playgrounds should be designed for more than just physical access.

For children and adults with low vision, the way a playground is laid out, surfaced, coloured, structured, and navigated can dramatically affect whether the space feels safe, usable, welcoming, or overwhelming.

Good inclusive design recognises that accessibility is not only about wheelchairs.

It is also about how people experience and understand a space through vision, sound, touch, movement, contrast, and orientation.

 


Low Vision Is Not the Same for Everyone

Low vision exists across a wide spectrum.

Some people may:
• have reduced central vision
• experience peripheral vision loss
• struggle with depth perception
• have difficulty detecting edges or changes in level
• experience glare sensitivity
• have reduced contrast sensitivity
• experience night vision difficulties
• rely heavily on touch, memory, sound, or routine for navigation

Every person experiences vision loss differently.

That is why inclusive playground design should focus on clarity, predictability, safety, and multiple ways of understanding a space.

 


Navigation Should Feel Safe and Predictable

Many traditional playgrounds contain hidden hazards for people with low vision.

These may include:
• unexpected level changes
• poorly defined edges
• protruding equipment
• low obstacles
• visually cluttered layouts
• confusing circulation pathways
• glare from reflective surfaces
• inconsistent surfacing transitions

For some users, these environments can create anxiety, confusion, or increased risk of injury.

Good design improves confidence and independence.

 


Contrast Matters

One of the most important aspects of designing for low vision users is visual contrast.

Contrast helps people identify:
• pathways
• edges
• ramps
• seating
• play zones
• transitions
• hazards
• entrances and exits

Without good contrast, important features can visually disappear into the environment.

This becomes especially important around:
• stairs
• ramps
• raised edges
• retaining walls
• climbing equipment
• seating areas
• changes in surfacing

Clear visual definition helps improve safety and usability for everybody — not only low vision users.

 


Accessible Pathways and Surfacing

Smooth, predictable pathways are critical for orientation and safe movement.

Loose-fill bark surfaces create significant accessibility challenges for many users, including:
• low vision users
• wheelchair users
• walking frame users
• elderly carers
• parents with strollers
• children with mobility difficulties

Bark shifts over time, creates uneven surfaces, develops ruts, and can make navigation unpredictable.

Accessible surfacing systems provide:
• more consistent footing
• safer transitions
• easier orientation
• improved mobility
• clearer circulation pathways
• reduced trip hazards

The surface around a playground is just as important as the equipment itself.

 


Tactile and Sensory Navigation

Many people with low vision rely heavily on tactile information and sensory cues.

Inclusive playgrounds may benefit from:
• tactile pathway edges
• detectable surface transitions
• textured navigation zones
• handrails where appropriate
• auditory features
• sensory wayfinding elements
• consistent layout patterns

Good design helps users build confidence through familiarity and predictability.

 


Shade and Glare Reduction

Glare can be a major issue for many people with low vision.

Reflective metal surfaces, harsh sunlight, and poor shade design may reduce visibility and increase discomfort.

Playgrounds should consider:
• shaded rest areas
• tree coverage
• glare reduction strategies
• careful material selection
• comfortable seating areas for carers and families

Comfort matters.
Especially for families spending extended periods in public spaces.

 


Inclusive Play Should Be Shared

Children with low vision should not be separated from their peers.

Inclusive playgrounds should encourage shared participation and social interaction wherever possible.

This includes:
• side-by-side play opportunities
• sensory-rich play elements
• accessible circulation spaces
• cooperative play equipment
• inclusive social environments

Children learn through interaction with each other.

The goal is not to create “special” spaces.
The goal is to create community spaces that more children can genuinely use together.

 


Audio and Sensory Play Opportunities

Playgrounds designed for low vision users should not rely only on visual experiences.

Sensory-rich environments may include:
• musical elements
• textured play panels
• sound-based play features
• tactile interaction zones
• movement-based sensory play
• vibration and motion equipment

Inclusive design recognises that children experience play in many different ways.

 


Independence and Confidence

One of the most important goals of inclusive design is independence.

Can a child:
• move confidently through the space?
• identify pathways and edges?
• understand the layout?
• participate without excessive assistance?
• feel safe exploring independently?

If not, then accessibility may still be limited even if the playground technically complies with standards.

Real inclusion is about usability in real life.

 


Lived Experience Matters

Many accessibility issues affecting low vision users are missed during traditional planning and design processes.

Something may appear accessible on paper while functioning very differently in practice.

That is why lived experience input is so important.

People who navigate public spaces with low vision every day often identify:
• hidden hazards
• poor contrast choices
• confusing layouts
• inaccessible transitions
• unsafe circulation areas
• sensory overload issues

These practical insights help create better spaces for everybody.

 


Inclusive Design Benefits Entire Communities

Designing for low vision users improves playground usability for a much wider group of people including:
• disabled children
• elderly visitors
• grandparents
• mobility aid users
• neurodiverse children
• parents with strollers
• families with young children

Inclusive playgrounds are not about designing for “other people.”

They are about creating community spaces where more people feel safe, welcomed, confident, and able to participate.

Because every child deserves the opportunity to explore, play, and belong within their community.

Designing for Low Vision Users
For children and adults with low vision, the way a playground is laid out, surfaced, coloured, structured, and navigated can dramatically affect whether the space feels safe, usable, welcoming, or overwhelming.
For children and adults with low vision, the way a playground is laid out, surfaced, coloured, structured, and navigated can dramatically affect whether the space feels safe, usable, welcoming, or overwhelming.
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