Collar Cody Alu-Strong
Collar Cody Alu-Strong
Couldn't load pickup availability
- Description
- Measuring Instructions
The rustic look and unique grain of the bison leather used in the CODY ALU-STRONG collar meet an aluminium buckle that can withstand up to 200 kg of tensile force. Suitable for everyday use, the collar is the perfect blend of stylish aesthetics and durability. Once the size is correctly adjusted, CODY ALU-STRONG always fits like a glove. The eye-catching contrast stitching makes it clear that the leather accessory is elaborately handcrafted in the HUNTER leather manufactory. For all those who value quality »Made in Germany« and appreciate the advantages of continuously adjustable dog accessories, the timelessly designed collar is a perfect choice. Robust, versatile and a reliable companion in everyday life as well as in training, dog sports and when travelling. Note: Our leather is produced as gently as possible. With a dyed leather there may be a slight discolouration.
- Continuously adjustable collar for dogs
- Rustic, natural look
- With sturdy, lightweight aluminium buckle
- Robust and dimensionally stable
- With contrast stitching
- With detachable key ring made of bison leather
- Made in Germany
Measure the circumference of your dog’s neck (A) by placing a flexible tape measure around the middle of the neck. The tape measure should be tight but not restrict your dog. Leave approximately one finger’s breadth between the tape measure and your dog. Because the specifications for adjusting our various collars usually overlap slightly, you do not necessarily have to use the first or last hole to guarantee an optimal fit. Should the circumference of the neck of your dog be at the upper end of the measurements specified then you can alternatively choose the next larger size. This is especially recommended for dogs that are still growing.
Our collar sizes (e.g. size. 30) relate to the total length of the material used without taking the buckle and the fastener into consideration. It should be noted that when considering the range of adjustments the first value relates to the smallest and the second value to the largest adjustment possible.
