@playmateiryna
Sexy, busty Playboy Playmate and Instagram model @playmateiryna joins Doc Johnson’s Pocket Pussy lineup with a soft, snug handheld stroker molded directly from her body.
Handcrafted in lifelike ULTRASKYN, the @playmateiryna Pocket Pussy features a tight, textured interior that warms to the touch and feels just like the real thing. She may have 8 million followers (and counting!) but tonight she’s all yours.
@Ms_Puiyi
Bring home Ms. Puiyi with this Signature Stroker molded directly from her body.
Handcrafted in lifelike ULTRASKYN, Ms. Puiyi Signature Stroker features a tight, textured interior that warms to the touch and feels just like the real thing.
Product Features
- Handcrafted from ULTRASKYN for the Ultimate Feel
- Lifelike ULTRASKYN Warms to the Touch
- Molded Directly from Playmate and Instagram Star @playmateiryna or from Ms. Puiyi @Ms_Puiyi
- Perfect Handheld Size
- Unique Internal Texture
- Phthalate-Free, Body-Safe
Product Details
- Color: Vanilla
- Material: TPE, Ultraskyn
- Weight (Product): 320 g (11.3 oz)
- Length (@playmateiryna): 146 mm (5.75")
- Insertable Length (@playmateiryna): 133 mm (5.25")
- Diameter (@playmateiryna): 76 mm (3")
- Length (@Ms_Puiyi): 152 mm (6")
- Diameter (@Ms_Puiyi): 70 mm (2.75")
Package Details:
- Weight (Include Package): 340 g (12 oz)
- Height (Package): 184.2 mm (7.25")
- Width (Package): 82.6 mm (3.25")
- Depth (Package): 63.5 mm (2.5")
IMPORTANT DISCLAIMER
Please choose your items carefully. For health, hygiene and safety reasons, U4Ria/LoveisLove is unable to refund or replace items whether used or unused, in the event of a change of mind or whatsoever.
We are also unable to offer a satisfaction guarantee on our products, nor offer a refund or replace products which do not meet your expectations. The efficacy of our products will differ based on your individual condition, preference, and a variety of other factors; please note that results will thus vary from person to person.
Dimensions provided are approximate and may vary slightly due to manufacturing tolerances and measurement methods.
Errors and Omissions Excepted.