Doc Johnson Roman Todd Model ULTRASKYN 20 cm Vanilla Dual Density — photo 1
Doc Johnson

Doc Johnson Roman Todd Model ULTRASKYN 20 cm Vanilla Dual Density

Product code: LS118195

In stock· only 2 left

57.99 €

incl. 21% VAT


Delivery in 2–7 business days


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  • 24-month warranty

Doc Johnson Roman Todd Model ULTRASKYN 20 cm Vanilla Dual Density is a high-quality intimate device designed with advanced dual-density ULTRASKYN material, offering a remarkably lifelike anatomical…

Description

Doc Johnson Roman Todd Model ULTRASKYN 20 cm Vanilla Dual Density is a high-quality intimate device designed with advanced dual-density ULTRASKYN material, offering a remarkably lifelike anatomical shape and detailed surface structure. This model is carefully crafted from a direct mold for realistic texture and features a classic vanilla shade for a visually appealing look.

The innovative ULTRASKYN material is engineered to replicate the natural softness and firmness of skin, ensuring a comfortable and ergonomic experience. The product warms to body temperature during use, further enhancing its natural feel. Its robust construction and stable base make it compatible with harness systems for versatile applications.

    Product Features:
  • Brand: Doc Johnson
  • Model: Roman Todd Signature
  • Material: Dual-density ULTRASKYN (phthalate-free, body-safe)
  • Color: Vanilla
  • Surface: Anatomically detailed with realistic texture
  • Base: Flat, compatible with harness systems
    Advantages:
  • Highly realistic shape and detailed finish
  • Dual-density construction for an authentic feel
  • Material warms to body temperature
  • Easy to clean and maintain
  • Body-safe and hypoallergenic
  • Universal compatibility with strap-on harnesses
    Product Dimensions:
  • Total length: 20 cm (8 inches)
  • Insertable length: approx. 18 cm
  • Diameter: approx. 4.2 cm
  • Weight: approx. 340 g

This model is ideal for those seeking a premium, anatomically inspired intimate device that combines durability, advanced materials, and functional design.