Realistic Dildo The Naturals Thin Dong Natural 18.8 x Ø 3.8 cm

Realistic Dildo The Naturals Thin Dong Natural 18.8 x Ø 3.8 cm 🤍

The Naturals Thin Dong by Doc Johnson is a realistic dildo in the colour Natural, shaped with glans and fine veins, without a motor. It is an attachment for the Vac-U-Lock system. The shaft is slim, firm and still flexible, slightly curved and wider towards the base; the glans is set off in a rosy tone. The material is PVC, and it is made in the USA. It sits under realistic dildos, under dildos and in our sex toys section.

✨ At a glance

• 🧵 Material: PVC
• 🎨 Colour: Natural
• 📏 Dimensions: 18.8 x Ø 3.8 cm
• 🧲 Connection: Vac-U-Lock attachment, no suction cup of its own
• 👉 Use: Water-based lubricant, plenty of it
• ✅ Care: Clean after every use, store dry and separately
• ⭐ Special feature: No motor, slim, firm and flexible

❓ FAQ

What is the Vac-U-Lock connection for?

It fits any Vac-U-Lock set and accessory, for example a Vac-U-Lock harness. It has no suction cup of its own, so it always needs a counterpart from the system.

How is it attached?

The base has an opening into which the plug of the Vac-U-Lock accessory is pressed. A little water-based lubricant on the plug makes attaching easier; then press the attachment on firmly until it sits, and check before use that it does not come loose on its own.

Which lubricant fits?

A water-based one, and plenty of it, because oil attacks PVC. The selection is under water-based lubricant.

May it be used anally?

Only when mounted firmly in a Vac-U-Lock harness, because without a wide base no toy belongs in the bottom: the rectum has no natural limit, and the sphincter pulls inward whatever it can grip.

How is it cleaned?

PVC is porous, so you clean it after every use with lukewarm water and a sex toy cleaner, including the opening in the base, and then let it air-dry. When sharing, you put a condom on it.

How do you store it?

Dry and protected from dust, for example in a fabric pouch, and apart from other soft toys, because soft plastics can transfer colour to each other with prolonged contact.