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Technical Specifications for FCI-Compliant Agility Courses

In professional agility, strict adherence to FCI (Fédération Cynologique Internationale) regulations is the fundamental requirement for a fair and, above all, safe competitive environment. Technical requirements concern not only the dimensions of the obstacles but primarily the surface texture and mechanical stability. High-quality course elements are characterized by the use of anodized aluminum, which guarantees a torsion-resistant structure with moderate dead weight. This is particularly essential for contact zone equipment such as the dog walk or A-frame to minimize vibrations during high-load passage.

Material Innovations: EPDM Rubber Coating and Aluminum Lightweight Construction

A decisive safety feature of modern competition equipment is the surface coating. While sanded surfaces were common in the past, full-surface EPDM rubber coatings are increasingly becoming the professional standard. This granulate offers excellent traction in wet conditions and simultaneously acts as a shock absorber, significantly reducing the impact on the dog's joints in landing zones. For jump hurdles, the focus is on safety release mechanisms. FCI-compliant holders must be designed so that the poles fall with minimal resistance to eliminate injury in the event of a collision. The use of shatterproof plastic for hurdle poles is the technical standard here.

Stability and Safety in Tunnels and Slaloms

Competition tunnels must have high material density to maintain their shape even in strong winds and under high kinetic energy from the dog. An internal diameter of exactly 60 cm and a non-slip inner surface are mandatory for FCI-compliant models. Fixation is achieved through heavy-duty support sandbags placed to stabilize the tunnel wall without restricting the path. For the slalom, the precision of the base plates is crucial. The distance between the poles must be exactly 60 cm, with the base made of flat steel or aluminum designed as low-profile as possible to prevent tripping hazards.