28cm (11") B1 Real Skin Texture Silicone Sex Hip | Doll Castle
Designed around a compact lower-body format, the Doll Castle B1 Silicone Sex Hip concentrates realistic shaping into a highly manageable 23.1 lb form. Its 22.6-inch waist, 34.3-inch hips, and 18.1-inch thigh girth create a full, naturally rounded profile without the size or weight of a complete life-size doll.
The B1 is made from silicone and finished with Doll Castle’s Real Human Skin texture for a more detailed, skin-like surface appearance. Measuring approximately 15.7 inches across, this compact sex hip is easier to position, handle, and store while retaining substantial hip and thigh proportions.
This configuration also includes a peeing function along with vaginal and anal openings. Both openings have a depth of 16 cm (6.3 in), giving the B1 a combination of realistic silicone construction, compact dimensions, and functional lower-body design.
Specifications
• Brand: Doll Castle
• Model: 28CM #B1 Peeing Function
• Product Type: Silicone Sex Hip
• Material: Silicone
• Finish: Real Human Skin
• Skin Tone: White
• Size: 28 cm | 11.0 in
• Width: 40 cm | 15.7 in
• Weight: 10.5 kg | 23.1 lbs
• Peeing Function: Yes
• Vaginal Depth: 16 cm | 6.3 in
• Anal Depth: 16 cm | 6.3 in
Measurements
• Waistline: 57.5 cm | 22.6 in
• Hipline: 87 cm | 34.3 in
• Thigh Girth: 46 cm | 18.1 in
• Width: 40 cm | 15.7 in
• Weight: 10.5 kg | 23.1 lbs
• Vaginal Depth: 16 cm | 6.3 in
• Anal Depth: 16 cm | 6.3 in
Features
• Compact silicone sex hip designed around realistic lower-body proportions
• Real Human Skin finish adds detailed, skin-like surface texture
• Rounded 34.3-inch hips paired with a 22.6-inch waist
• Substantial 18.1-inch thigh girth creates a fuller lower-body profile
• Silicone construction provides a durable, realistic-feeling form
• Integrated peeing function
• 16 cm (6.3 in) vaginal depth
• 16 cm (6.3 in) anal depth
• Compact 23.1 lb design is easier to handle and store than a complete life-size doll
• 15.7-inch overall width keeps the product relatively space efficient