163cm (5ft4") BBW Ultra Lightweight Silicone Sex Doll - H-Cup

163cm (5ft4") H-Cup BBW Ultra Lightweight Silicone Sex Doll | WM Dolls Experience the next evolution of WM Dolls engineering with this 163cm H-Cup Ultra Lightweight Silicone model. Featuring WM's exclusive lightweight technology, this curvy body delivers the same attractive proportions and realistic appearance as the original design while dramatically reducing overall weight for easier handling, positioning, and storage. Through an advanced internal construction process, WM Dolls has achieved an impressive 46.6% weight reduction without compromising body shape, realism, or durability. Combined with enhanced skin softness and detailed texturing, this model offers a premium ownership experience for collectors seeking both realism and practicality. Designed with a voluptuous H-cup figure, defined waist, and full hips, this body maintains its stunning curves while providing significantly improved maneuverability compared to traditional dolls of similar size. Specifications   • Brand: WM Dolls   • Height: 163 cm | 5ft4"   • Material: Ultra Lightweight Silicone   • Cup Size: H-Cup   • Weight: 33 kg | 72.8 lbs   • Ultra Lightweight Construction   • 46.6% Weight Reduction Technology   • Available Openings: Oral, Vaginal, Anal Measurements   • Full Bust: 95 cm | 37.4"   • Waist: 63 cm | 24.8"   • Hips: 106 cm | 41.7"   • Shoulder Width: 37 cm | 14.6"   • Arm Length: 65 cm | 25.6"   • Leg Length: 91 cm | 35.8"   • Foot Length: 21 cm | 8.3"   • Vaginal Depth: 18 cm | 7.1"   • Anal Depth: 15 cm | 5.9"   • Oral Depth: 12 cm | 4.7" Ultra Lightweight Silicone Features   • Exclusive WM Ultra Lightweight Silicone Construction   • 46.6% Weight Reduction Compared to Standard Models   • Advanced Internal Weight Distribution Technology   • Maintains Original Body Measurements and Curves   • Enhanced Soft-Touch Silicone Feel   • Highly Detailed Realistic Skin Texture   • Easier to Move, Pose, and Store   • Ideal for Collectors Seeking Reduced Weight Without Sacrificing Realism