Leash Pets Collection Smycz sznurówka dla psa 10 m × 13 mm, pink

Pets Collection Smycz sznurówka dla psa 10 m × 13 mm, pink is a rope-style dog leash 10 metres long and 13 millimetres wide, designed to give extended range while maintaining control. The pink braided rope construction provides a lightweight, flexible profile that is comfortable to hold and easy to coil for storage. Intended for everyday walking, field training and travel, this leash suits small to medium dogs and offers enough length for recall work and gradual freedom while keeping the handler connected.

Advantages

The rope construction combines strength and flexibility, offering a durable lead that resists fraying during normal use. Its 10 m length allows controlled off-leash training and long-line exercises without bulk, while the 13 mm diameter keeps the leash lightweight and easy to handle. The compact braided profile reduces tangling and stores neatly, and the pink colour provides clear visibility in outdoor settings.

Suitable for

• Everyday walks with small and medium dogs
• Field training and long-line recall practice
• Hiking and travel where variable lead length is needed

Key specifications

• Length: 10 m
• Width/diameter: 13 mm
• Material: braided rope-style lead (textile)
• Color: pink
• Suitable dog size: small to medium

How to use

Attach the leash to a suitably sized collar or harness using an appropriate clip or knot depending on the leash end style. Keep a secure grip near the handle when close control is needed and allow the full length for recall or training exercises, maintaining visual and vocal contact with the dog. After use, coil the leash neatly to prevent tangles and inspect regularly for signs of wear such as fraying or weakening of the braid.

Usage recommendations

Use this leash for controlled long-line training and supervised off-leash recall in safe, open areas. Avoid exposing the rope to sharp edges, prolonged wet conditions without drying, or unmonitored chewing, and replace the leash if any structural damage is observed.