Disclaimer: Due to the nature of production, minor exterior imperfections might exist that do not affect the product’s functionality. Any potential exchanges requested will be evaluated at our discretion on a goodwill basis. Click herefor more info.
The Faleno Star Hole Erisa Kusunoki Onahole is inspired by the intimate features of the Netherlands-born Japanese adult film star, who first made her debut in 2009 as Erika Kotobuki, initially as a music and gravure idol. This toy is the result of an ongoing collaboration between KM Produce’s Yuira brand and the renowned adult production company Faleno.
Now in her early thirties, Erisa Kusunoki’s allure remains as captivating as ever. This masturbator allows you to experience her as if you're the star of the scene, slipping into her beautifully sculpted vagina. Feel the slight curve as you move along the ridged walls that gently grip you from all sides. As you progress, the bumps along the middle apply a subtle pressure on your head, leading you to the final, intense section packed with zigzagging protrusions that tease and stimulate until you reach your climax.
Made from durable TPE, the Faleno Star Hole Erisa Kusunoki Masturbator comes complete with lubricant and a photo of the performer, offering everything you need to enjoy a lifelike, satisfying experience.
Key Features
Inspired by Erisa Kusunoki, Japanese adult star
Collaboration between Yuira and Faleno
Realistic vagina with ridged walls and subtle bumps
Intense final section with zigzagging protrusions
Made from durable, skin-friendly TPE
Box Includes
1 x Yuira - Faleno Star Hole Erisa Kusunoki Onahole
1 x Sample Lube
1 x Erisa Kusunoki Photo
Product Specifications
Materials: Body-safe TPE
Total Length: 134 mm
Insertable Length: 106 mm
Diameter: 6 mm
Width: approx 57 mm
Height: approx 60 mm
Packaging Size: 70 x 60 x 170 mm
Weight: 200g
Waterproof: Yes
Cleaning and Maintenance Care
Wash with warm water and toy cleaner or mild soap after each use
Ensure that the toy is fully dry before storing.
Keep the toy away from extreme temperature or direct sunlight