When working with a powerful dog, the split second between reaction and full control is crucial. The K9 THORN KONG Frog Anti-Slip Leash is designed to be a natural extension of the handler’s hand, combining mountaineering strength with revolutionary ergonomics. It is an elite component of your tactical ammo, trusted by special forces and professional K9 instructors.
Why is KONG Frog the choice of professionals?
The revolutionary KONG Frog buckle: Forget about standard carabiners. Designed in Italy, the patented Frog system offers an intuitive mechanism for instant locking and releasing. With an incredible breaking force of 25 kN (2500 kg), this buckle is virtually indestructible in K9 work conditions.
Anti-Slip technology for a secure grip: The main strap is made of ultra-strong polyamide fabric, integrated with a non-slip material. This ensures that the leash will not slip out of your hand even in rain, mud or extreme pulling by the dog.
Tactical flexibility: A steel O-ring is integrated under the main handle. It is designed for easy carrying of the leash over the shoulder (hands-free type) by attaching it with a carabiner, providing you with mobility during patrol or transition.
Industrial strength of seams: Each detail is reinforced with multi-row technical seams that distribute the load evenly and eliminate the risk of tearing under critical tension.
Technical characteristics:
Material: High-strength polyamide webbing with medium hardness.
Coating: Specialized Anti-Slip surface for work in all weather conditions.
Hardware: Original KONG Frog buckle (25 kN) and steel locking ring.
Ergonomics: Padded handle for comfort during prolonged use.
Construction: Additional structural reinforcement at the highest stress points.
Dimensions:
M: 100 cm.
L: 150 cm.
XL: 200 cm.
Important operating instructions:
The metal O-ring on the handle is designed solely for connecting the two ends of the leash (for carrying over the shoulder). Do not use the ring to fix the dog to static objects (poles, trees), as the specific angle of loading may damage the integrity of the seams under sudden tension.
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