Creating inclusive environments isn’t just good design, it a building regulation. In Cyprus, tactile indicators are now a mandatory feature in both public and private buildings, as part of an expanding effort to improve accessibility for people with visual impairments. Whether you’re an architect, contractor, or developer, knowing how to integrate tactile guidance systems into your projects is essential.
Let’s explore what the law requires, what best practices look like, and how you can make sure your next project is both compliant and thoughtful.
Table of contents
The Legal Framework: Cyprus Accessibility Code
Tactile indicators in Cyprus are regulated by Κανονισμός 61ΗΑ (Κ.Δ.Π. 262/2018), a national directive that aligns with EU and international standards, including EN 17210:2021, supported by CYS CEN/TR 17621 and 17622.
These standards apply across a wide range of environments and mandate installation at critical points:
From pavements to main entrances of public buildings
Entrances to main service areas inside buildings
Tops and bottoms of stairs and ramps
Elevator access points
Near exits leading to corridors and directional changes
Failure to comply not only compromises safety but also opens the door to legal repercussions and licensing issues.
Getting It Right: Key Features of Effective Tactile Systems
1. Profile Height
Outdoors: 4.5–5 mm (±0.5 mm tolerance) for effective tactile detection
Indoors: 3.5–4 mm to reduce tripping hazards
Always bevel or round edges for safety.
2. Slip Resistance (R-Value)
Choose between R10–R13, depending on location and moisture exposure
Wet or sloped surfaces require a higher R-rating for grip.
3. Visual Contrast
Aim for a 30% minimum Light Reflectance Value (LRV) difference between the tactile surface and surrounding flooring
Matte finishes and RAL charts help ensure visibility and compliance.
4. Material Durability
Stainless Steel 316L: High-performance, corrosion-resistant option for public or outdoor use
Polyurethane: Ideal for retrofitting
Other options like brass, aluminium, and glow-in-the-dark finishes offer both function and style.
5. Installation Methods
Options include drilled-and-pinned, self-adhesive (for indoor use), preformed tiles, fully glued systems, or screw-mounted setups
Each method suits specific surfaces and project timelines.
Common Pitfalls to Avoid
Even thoughtful designs can fail due to:
Installing indicators under 3 mm in height (making them undetectable)
Insufficient contrast with the surrounding flooring
Using indoor adhesives in outdoor settings
Incorrect spacing or sequence
Poor anchoring on sloped or uneven surfaces
Planning ahead and selecting the right supplier prevents these errors.
Who Can Help and Provide these Systems?
When it comes to accessibility in Cyprus, Inprohome, Part of the Bolsterup Network, combines regulatory knowledge with an expansive product range. More than just a supplier, offering:
Expert guidance on Cyprus and EU regulations
Product recommendations tailored to specific locations and use cases
One of the widest tactile indicator selections in the country, combining safety, compliance, and aesthetic flexibility
- Installation templates available to purchase or hire for correct spacing and ease of installation
Projects that have these systems implemented are:
Karyatides Business Center KMC
Visit the Inprohome profile to see all the projects by clicking here.
Conclusion
Accessible design is more than a legal checkbox—it’s about creating safe, dignified spaces for everyone. Tactile indicators are a key part of that mission. By understanding the regulations and making informed design choices, you not only ensure compliance but also contribute to a more inclusive built environment.
Whether you’re working on new builds or accessibility upgrades, starting smart means partnering with the right solutions and the right suppliers.
References
Κανονισμός 61ΗΑ (Κ.Δ.Π. 262/2018) Regulations for Accessibility in the Built Environment in Cyprus
EN 17210:2021 – Accessibility and Usability of the Built Environment. European standard offering general principles and requirements for accessible design across member states, including tactile systems.
CYS CEN/TR 17621:2021 – Technical Report
CYS CEN/TR 17622:2021 – Additional Technical Guidelines