King Cock Plus Triple Density Realistic Dildo 18 cm - King Cock

Discover the King Cock Plus Triple Density dildo, a revolution in realistic pleasure. This 18 cm marvel combines innovation with authentic sensations for unforgettable intimate moments.

Its revolutionary triple-density technology faithfully reproduces the sensations of a natural penis. The rigid central core ensures perfect firmness, while the ultra-soft outer layer offers a silky, realistic touch. This unique design guarantees natural flexibility that adapts perfectly to your movements.

The anatomical details, sculpted with precision, provide exceptional sensations with every use. Each contour and curve has been designed to stimulate intensely and offer striking realism.

The ultra-strong suction cup base attaches securely to any smooth surface, freeing your hands to explore new positions. Compatible with most harnesses, this dildo adapts to all your fantasies, whether solo or with a partner.

Technical specifications:

• Total length: 24.6 cm
• Insertable length: 18 cm
• Diameter: 4.8 cm
• Material: premium triple-density silicone
• Non-slip suction cup base
• Harness compatible
• Fragrance-free formula

Its ergonomic design and generous size will satisfy those who love intense sensations. The realistic texture and perfect suppleness turn every caress into a moment of pure bliss.

Easy to maintain, this high-end dildo retains its softness and properties after numerous uses. Its improved design reduces odors while preserving the exceptional King Cock quality.

Treat yourself to the excellence of realistic pleasure with this piece of intimate technology that will revolutionize your moments of pleasure.

• Material: premium triple-density silicone
• Insertable length: 18 cm
• Diameter: 4.8 cm
• Non-slip suction cup base
• Harness compatible

• Apply water-based lubricant before use
• Test the suction cup on a smooth surface
• Start gradually to allow for adjustment

• Rinse with warm water and a mild sex toy cleaner
• Air dry completely
• Store away from direct light