Tactile Images in Museums: Designing for Touch

In recent years, museums have made significant strides toward becoming more inclusive spaces. Among the many accessibility tools being adopted, tactile images stand out as an innovative and essential way to ensure that everyone, including visually impaired visitors, can engage meaningfully with exhibits.

But tactile images are not just about accessibility—they enhance the experience for all visitors, creating multi-sensory opportunities for connection, understanding, and enjoyment.

What tactile images can communicate

Tactile images use raised lines, textures or relief to communicate visual relationships through touch. Three-dimensional replicas, including 3D-printed models, can complement these surfaces. The design task is to choose which features help explain the object, rather than reproduce every visual detail.

While tactile images have traditionally served visitors who are blind or have low vision, they also provide deeper engagement opportunities for a broader audience. Children and sighted visitors may also enjoy these resources. For neurodivergent visitors, as for any audience, sensory preferences vary; touch should be an invitation with a clear alternative.

Examples of touch-based interpretation

Sculpture casts and materials at the Louvre

The Louvre’s Sculpture Discovery Area combines casts visitors can touch with materials, Braille labels, audio narratives and animations. It offers a useful example of giving visitors several ways to explore sculpture, rather than relying on a replica alone.

Raised tactile drawings at the British Museum

The British Museum’s accessibility information lists a Braille book with raised tactile drawings available from the Information Desk, alongside other access resources. For exhibition teams, this illustrates how touch information can be paired with language and orientation support.

Touching the Prado

The Prado’s 2015 exhibition Touching the Prado presented relief versions of six paintings and was developed with professionals working in visual impairment. The project paired tactile access with additional interpretation, including audio description.

Choosing a production method

Production methods include raised-line printing, relief fabrication and 3D printing. The appropriate method depends on the information to convey, scale, durability, budget and the needs of the people using it. A highly detailed replica is not automatically a readable tactile resource.

Additionally, interactive touch-sensitive displays and hybrid tactile-digital experiences are emerging. Some museums are experimenting with pairing tactile images with audio guides triggered by touch, creating a multi-sensory dialogue between the visitor and the object.

A digital layer is useful only if it helps visitors understand or navigate the tactile resource. Test audio triggers, controls and instructions alongside the physical prototype, and retain a way to use it when the technology is unavailable.

Planning placement and maintenance

Implementing tactile images in museums comes with a unique set of challenges. Budget constraints are often one of the biggest hurdles, as creating high-quality tactile images—especially 3D-printed replicas—can be expensive. Museums must also consider how to integrate tactile elements without disrupting the aesthetic harmony of their exhibitions. Poor placement or design can result in these tools being underutilized or overlooked entirely.

Another challenge lies in usability. Tactile images need to be intuitive and easy to interact with, as a poorly designed tactile resource can create confusion or frustration rather than engagement. Additionally, staff and volunteers must be trained to guide visitors effectively in using tactile materials, ensuring the experience is enriching rather than overwhelming. Despite these obstacles, many museums are finding creative ways to overcome these barriers, often through collaborations with accessibility experts and technology partners.

Designing and testing with visitors

For museums looking to introduce tactile images, certain best practices can help ensure success. Collaboration with accessibility consultants and advocacy groups is essential, as their expertise can guide both the design and placement of tactile elements. User testing is another key step—visitors who are blind or have low vision should be involved in the design process to ensure the final product meets their needs effectively.

Begin with one object and one question the touch resource should help a visitor answer. Make a rough prototype before commissioning the finished piece, then invite blind and low-vision participants with different levels of tactile-reading experience to try it. Notice where a hand loses the route or a texture is hard to distinguish. Test the accompanying description, the approach to the station and the reach to every part. Budget for cleaning, wear and replacement as well as fabrication.

Multisensory design approaches often yield the best results. Combining tactile images with other sensory elements, such as audio guides, braille labels, or even scent, creates a richer and more engaging experience. Clear signage and instructions are also crucial, as they help visitors understand how to interact with tactile materials confidently.

Finally, tactile images should be seamlessly integrated into exhibitions rather than feeling like isolated add-ons. When these elements are thoughtfully incorporated into the broader design of an exhibition, they become a natural and valued part of the visitor experience.

When digital additions are useful

Digital additions can be explored where they answer a visitor need. Audio linked to a model may help explain its orientation or individual parts; a visual AR overlay alone should not be treated as access for a visitor who cannot see it.

Before investing in a touch-responsive screen or other specialist display, test a working example with intended users. Check tactile clarity, control access and the resources needed to maintain it over the life of the exhibition.

Collaboration will continue to drive innovation in this space. Partnerships between museums, technology companies, and accessibility organizations are essential for pushing boundaries and exploring new possibilities. As these trends develop, tactile images will play an even greater role in shaping inclusive and engaging museum experiences.

Starting with one object

Tactile images are more than just tools for accessibility—they are gateways to deeper, more meaningful interactions with museum collections. By embracing tactile design, museums can create spaces where everyone, regardless of ability, can feel included, informed, and inspired.

The implementation of tactile images isn’t just about compliance with accessibility standards; it’s about reimagining the museum experience as a multi-sensory journey. The future of museums lies in inclusivity, and tactile images are an essential part of that vision.