Overview The SlowTon No Pull Harness with Front Clip is designed for medium to large dogs that pull during walks

It blends safety, comfort, and durability to support everyday adventures, training sessions, and outdoor strolls without compromising care for your dog’s skin or movement

Key advantages for walks and training No pull and no choke design: converts pulling force into distributed pressure across the chest and body, reducing the risk of choking while guiding direction with the front clip and back attachment

Soft padding and durable materials: thick velvet-like padding under the neck, back, and handle softens contact points and minimizes rubbing, while tough nylon supports long lasting use

Leash with double handles and elastic band: top handle for casual strolls and a center handle for steering through crowds; the bungee design absorbs pulls to ease wrist strain

Neck and chest adjustability: adjustable loops and a quick-release buckle allow a secure fit for a range of breeds and body shapes, suited to walking, jogging, running, hiking, and training

Tangle- leash and reflective visibility: 360° swivel metal hook prevents tangles; elastic section plus two padded handles; bright reflective strips support safe walks in low light

Additional securing options: includes hook-and-loop straps for extra fit control and leveraging reflective safety in busy or dim environments

Fit, use, and care tips To fit, loosen the neck and chest loops, slip the harness over the head, then fasten the belly buckle

The harness is designed for easy on and off and can be used with or without the front clip depending on your training needs

Regular inspection and proper cleaning help maintain softness and performance over time

FAQ Q: Is the SlowTon No Pull Harness suitable for medium to large dogs

A: Yes, it adjustable neck and chest straps with front and back attachment points for training and daily walks

Q: Does the harness improve safety during night walks

A: Reflective strips and a tangle- 360° swivel help with visibility and control in low-light conditions