BS EN 1263, your legal obligations, and why more contractors now install safety netting by rope access.
Why safety netting is non-negotiable
Falls from height remain the single biggest cause of fatal injuries in the UK construction industry. The Health and Safety Executive (HSE) hierarchy of control puts collective protection, which protects everyone on site without anyone having to act, ahead of personal protection like harnesses.
Safety netting is collective fall arrest: it catches anyone who falls. A net only protects people if it's the right net, installed to the right standard by trained installers. This guide covers FASET (Fall Arrest Safety Equipment Training) and BS EN 1263 compliance.
The cost of non-compliance
Site managers and directors can face unlimited fines and custodial sentences for breaches of the Work at Height Regulations 2005. Fines come on top of legal costs and project shutdowns.
Understanding BS EN 1263
The European Standard BS EN 1263 is the bible for safety netting. It is split into two critical parts:
Part 1: the product (BS EN 1263-1)
Governs the manufacturing of the net itself. It specifies the mesh size, energy absorption capacity, and testing methods.
- Must have a unique ID label
- Annual energy absorption testing (test meshes)
- Minimum breaking load certification
Part 2: the positioning (BS EN 1263-2)
Governs the installation. Even a compliant net fails if positioned incorrectly. The main parameters are:
- Maximum fall height (usually 2m, max 6m)
- Minimum clearance below the net
- Maximum gap at edges (100mm)
Types of safety nets & applications
| SYSTEM TYPE | DESCRIPTION | COMMON APPLICATION |
|---|---|---|
| System S | Safety net with border rope | Standard horizontal protection for roofs & voids (Most Common) |
| System T | Net attached to consoles/trays | Horizontal projection from building edge (High-rise) |
| System U | Net attached to supporting structure | Vertical use as a temporary barrier/fence |
| System V | Net with border rope attached to gallows | Catching fan protection for vertical falls |
Why rope access (IRATA) is the future of netting
Traditionally, safety nets were rigged using MEWPs (cherry pickers) or from ladders. However, modern construction sites often present challenges where these methods are dangerous, costly, or impossible.
Rope access advantages
- Zero floor footprint: nets go in over working machinery, pools or fragile floors with no heavy plant.
- Quick to rig: anchors and nets go up in a fraction of the time it takes to build scaffold towers.
- Tighter compliance: technicians on ropes can reach the tight corners needed to keep edge gaps under 100mm.
Common compliance mistakes
Inadequate clearance
Failing to account for the deflection (sag) of the net during a fall. A net needs clear space below it to deform safely.
Using expired nets
Safety nets must have a current test patch. If the test patch is over 12 months old, the net is non-compliant and dangerous.
Gapping issues
Leaving gaps >100mm between the net and the structure allows materials or people to fall through.
Improper storage
Storing nets near chemicals, UV sources, or heat when not in use degrades the polymer fibers.
Ensure your site is compliant
Get a site assessment from our FASET-trained, IRATA Level 3 supervised team.
- Full compliance documentation
- Nationwide UK coverage
- Quotes within 24 hours for planned work