The climbing helmet with style – the El Cap’s stylish design leaves no excuse for not wearing a helmet when climbing. With its visor and narrow design, the El Cap creates a completely new look. In technical terms, the hybrid helmet consists of a robust outer shell combined with an innovative 2K-EPS core (two styrofoam layers of different thicknesses are combined in the Conehead method) to ensure maximum absorption and the highest possible safety. The many ventilation openings and perfect fit make it extremely comfortable to wear.
- Multipitch Rockclimbing
- Mixed- and Iceclimbing
- Via Ferrata
- Big Wall Climbing
Characteristics / Features
- 12 ventilation openings for maximum comfort
- 4 headlamp clips
- All-round, fully adjustable chin strap for ideal fit
- Standard EN 12492
- Ergonomic interior with comfortable padding
- Height- and size-adjustable headband
- Superlight and simple to adjust headband for quick fit
- UIAA standard 106
- Innovative 2K-EPS core to ensure maximum absorption
- Robust hard plastic shell in a modern design
In-mold helmets consist of a thin and relatively soft outer shell linked permanently to a shock-absorbent EPS core (polystyrene). This construction creates an excellent crumple zone with high shock-absorbent capacity. In-mold helmets are the lightest helmet types, and as a consequence somewhat more delicate.
The Hybrid helmet is a ‘halfway house’ between an In-mold helmet and a hard shell helmet. The helmet consists of a hard and stable outer shell, that nonetheless permits a degree of deformation. Inside support is provided by a partial EPS shell with shock-absorbent characteristics. The Hybrid helmet combines the positive characteristics of the two construction methods, and is an extremely robust allrounder.
El Cap Helmet
Mammut’s El Cap climbing helmet represents the first ever use of two components of EPS technology: the EPS core consists of two styrofoam layers of different hardnesses bonded firmly together. The intermeshing structure of the two EPS components (Conehead technology) allows excellent absorption properties to be achieved. This new technology guarantees maximum safety in the event of a fall or an impact from a rock.