Leash with Shock Absorber and 2 Carabiners DINGO 170 cm (model 14698)

The DINGO leash with shock absorber and two carabiners is a 170 cm tape lead designed to reduce the impact of sudden pulls and improve control during walks and training. Made from durable woven tape with an integrated elastic shock-absorbing section, the leash keeps the dog connected while softening abrupt movements. Two robust metal carabiners provide options for secure fastening to a collar or harness and for creating a shorter lead configuration when needed.

Advantages

The integrated shock absorber reduces peak forces transmitted to both handler and dog, helping to minimize strain on the neck and shoulder area. Durable tape construction resists abrasion and everyday wear, while metal carabiners ensure reliable attachment and long-term use. At 170 cm total length the leash offers a balance between freedom of movement and control, suitable for urban and outdoor environments.

Suitable for

• Daily walks in urban and suburban areas
• Obedience and leash training sessions
• Outdoor activities such as hiking where variable control is needed
• Dogs that tend to pull or make sudden movements

Key specifications

• Total length: 170 cm
• Material: woven tape with integrated elastic shock absorber
• Attachment: two metal carabiners for dual-connection options
• Color: as supplied by manufacturer

How to use

Attach one carabiner to the dog’s collar or harness and use the second carabiner to secure the leash to your handle loop or to create a shortened configuration around your hand or waist. Allow the shock-absorbing section to remain unobstructed so it can extend and compress as needed during pulls. Inspect metal fittings and tape before each use and replace the leash if you notice significant wear or damage.

Usage recommendations

For safer handling, combine the leash with a properly fitted harness for dogs that pull; adjust attachment points to distribute force evenly. Avoid tying the leash to fixed objects for extended periods and do not use the shock-absorbing feature as a restraint for unsupervised tethering.