Assembly
The exterior holds are intended for mounting on even, supporting structures using cylinder head screws M10 (DIN 912) and a hex key,
size 8. The required screw lengths can be taken from our online fact sheet (product info) or the mounting set included. The screws are
inserted through the fixing hole and tightened to about 25 Nm (hand-tight). It is essential to ensure that the climbing hold sits flat as
there is otherwise a risk of breakage. The holds become loose after certain periods of time through dynamic climbing loads or also
through variations in temperature. Retightening the screws will potentially be required at certain intervals. Expect initial settling of the
fixing, particularly with wooden panels with drive-in nuts. This also depends on the quality of the wooden panels.
Fracture protection EPS system
Above a volume of 100 cm3, the climbing holds are equipped with a special spring that prevents larger sections from falling off.
Designing routes
As a basic principle, a climbing route should be designed to suit the target group. Size and experience of the climbers are the decisive
factors. Consider the age of the target group when positioning the holds.
More demanding and longer climbing routes can be created for lower wall heights using different line layouts and cross passages.
When creating a climbing route, the largest possible number of technical climbing movements should be included.
Danger warning
The risk of falling and therefore injury exists in climbing! Suitable and approved safety equipment, such as hip belts, snap hooks, ropes
etc. must be used. When bouldering (climbing at jump height), the fall zone should have crash pads, soft floor mats, gravel etc. to
cushion the fall.
Warming-up and stretching of muscles is strongly advised! Permanent damage
e.g. to the knuckles and
wrists, can arise from improper or over-intensive training.