ANKLES

Fetish Submissive - Leather Restraints. Vegan

Fetish Submissive’s vegan leather cuffs are the perfect accessory for your bondage adventures, designed to secure your partner in a sexy, effective, and comfortable way.

Main Features:

• Sleek double-layered look.
• Nickel-free metal buckle.
• Padded interior for extra comfort.
• Suitable for wrists or ankles.
• Made from neoprene, nickel-free metal, and high-quality vegan leather.
• Fully adjustable to fit different sizes.

Who’s it for?

These cuffs are designed both for advanced BDSM players seeking quality and durable accessories, as well as for beginners looking to explore new sensations of submission and domination.

How to use it?

Simply place the cuffs on your partner’s wrists or ankles and adjust them to the desired size using the metal buckle. Get ready for an intense and thrilling submission game!

What experience level is needed?

A basic experience level is recommended to safely use these cuffs and fully enjoy their role in your erotic games.

Which body area will it stimulate?

The cuffs are designed to stimulate the wrists and ankles, allowing you to securely and comfortably immobilize your partner during your domination sessions.

What are they made of?

These cuffs are crafted from neoprene, nickel-free metal, and high-quality vegan leather, ensuring resistance and durability with every use.

What's in the box?

Each box of Fetish Submissive vegan leather cuffs contains a pair of adjustable cuffs ready to be used in your domination and submission games.

Why is it ideal for Initiation?

• The cuffs are fully adjustable, allowing for easy and secure use, suitable for those starting to experiment with restraints.
• The padded neoprene interior offers comfort, eliminating the risk of chafing, ideal for those not accustomed to this type of accessory.
• The vegan leather design and nickel-free metal buckle ensure an allergy-free experience, especially useful for new users concerned about these aspects.
• Being suitable for wrists and ankles, they facilitate the exploration of different types of immobilization without technical complexity.