Hot Wife - Mini Silicone Masturbator – Ultra-Soft Silicone - In Stock | US Only

20cm (7.9") Ultra-Soft Silicone Handheld Masturbator – Hot Wife

Hot Wife is a compact handheld silicone masturbator built around simplicity, portability, and a notably deep internal channel. Measuring just 20 cm in overall length and 9 cm wide, the design stays easy to handle and store while still providing a substantial 18 cm vaginal depth within the compact body.

Crafted from Ultra-Soft Silicone, Hot Wife offers a soft, flexible exterior with a smooth finish and no internal skeleton. At just 1.3 kg net, the lightweight construction makes repositioning and everyday handling straightforward, while the narrow profile keeps the product especially space-efficient.

Hot Wife is configured exclusively for vaginal functionality and does not include an anal channel. Its combination of compact dimensions, Ultra-Soft Silicone, low weight, and 18 cm internal length creates a straightforward mini masturbator focused on portability, dedicated functionality, and easy storage.

Specifications

• Name: Hot Wife

• Doll Type: Mini Silicone Masturbator

• Material: Ultra-Soft Silicone

• Design Type: Handheld Masturbator

• Product Length: 20 cm | 7.9 in

• Product Width: 9 cm | 3.5 in

• Net Weight: 1.3 kg | 2.9 lbs

• Gross Weight: 2.9 kg | 6.4 lbs

• Internal Structure: None

• Capability: Vaginal

• Anal Capability: No

• Vaginal Length: 18 cm | 7.1 in

Measurements

• Product Length: 20 cm | 7.9 in

• Product Width: 9 cm | 3.5 in

• Height: 12 cm | 4.7 in

• Additional Height Measurement: 10 cm | 3.9 in

• Side Height: 9 cm | 3.5 in

• Vaginal Length: 18 cm | 7.1 in

Premium Features

• Ultra-Soft Silicone Construction

• Compact Handheld Masturbator Design

• Deep 7.1-Inch Vaginal Channel

• Vaginal-Only Configuration

• No Anal Capability

• No Internal Skeleton

• Lightweight 2.9-Pound Net Weight

• Compact 7.9-Inch Overall Length

• Narrow 3.5-Inch Width

• Smooth, Flexible Silicone Construction

• Easy-to-Handle Format

• Space-Efficient Storage Design