every roofengineered safefully documented
Europe's first Eurocode-calculated, ballasted, permanent roof edge protection
Your roof has changed
Can anyone access and maintain your roof safely without personal fall protection? If the answer is no, this is relevant to you.
A roof used to be primarily a watertight seal. Driven by the energy transition and EPBD obligations, it has become a technical space: solar panels, heat pumps and climate installations now find their place there.
Every installation on the roof means periodic inspection and maintenance. More installations therefore lead to more roof accesses — and more roof accesses mean more exposure to a foreseeable fall hazard that previously played almost no role.
- PV panels
- Climate installations
- Heat pump
- Green roof
- Drainage
- Duct
- Roof edge
- Inspection
- Lightning protection
Safety must never depend on human behaviour.
Two misconceptions about roof safety
”An anchor point makes the roof safe.”
Reality: personal fall protection protects one user, and only when used correctly. Collective protection makes the workplace safe for everyone who accesses the roof. More on this trade-off on the hierarchy of control page.
”A permanently placed guardrail is automatically suitable for permanent use.”
Reality: a solution for the temporary construction phase (EN 13374) is not designed for decades of wind loading at one specific location. Permanent use requires Eurocode calculation rules, project-specific wind loading and a 50-year design working life. More on this on the engineering page.
Why project-specific engineering matters
The guardrail must also stay standing in strong wind. That prevents not only fall hazards, but also damage to roofing and installations — and the risk of loose parts blowing off the roof.
What demonstrably safe management delivers
A technical file is more than paperwork — it is the evidence you use to account to an inspector, an insurer, or internally to a budget holder, that the roof is demonstrably safe to maintain.
- Project-specific structural calculation
- Layout plan
- Parts list
- Product specifications
- Installation instructions
- Handover documentation
The final applicability of regulations and project conditions is determined per country and project — this file is the technical foundation, not a legal judgement.
What this gives your building
The roof is protected on every access, without anyone first having to put on equipment.
The Eurocode calculation is tailored to the wind zone, roof height and terrain roughness of your location.
Technicians and inspectors reach PV, climate installations and the roof edge without additional preparation.
One investment in the building, without ongoing costs for inspection, training or supervision.
One investment, no recurring costs
Permanent collective protection is a one-off investment in the building. Personal protective equipment, by contrast, carries ongoing costs — periodic inspection of anchor points, training, supervision and procedures — while remaining dependent on correct behaviour every time it is used.
Frequently asked questions about roof safety for building owners
1Is a building owner required to make the roof safe?
2What is the difference between personal and collective fall protection?
3Is temporary edge protection under EN 13374 suitable for permanent use?
4What does a technical file for permanent roof edge protection contain?
5Who is liable in the event of an accident on an unprotected roof?
6From how many roof accesses does a permanent solution pay off?
Why collective protection is the right choice
Permanent, ballast-mounted and fully calculated — no penetrations, no behavioural dependency. Discover why collective roof edge protection is becoming the standard.

