MR INTENSE - SMALL TERENCE DILDO 16.5 CM -Ø- 4.6 CM

MR INTENSE – Terence Small, an intimate toy designed for those seeking realism, comfort, and superior quality with every use. Its compact size and careful ergonomics make it an ideal choice for both beginners and experienced users who desire an intense and natural experience. Made from super-soft, body-safe TPR silicone, this model stands out for its ultra-realistic feel, faithfully recreating the touch and texture of human skin. The surface details have been precisely crafted to offer incredibly authentic contact, providing greater immersion and pleasure. Its flexible, ergonomic design easily adapts to the body, promoting comfortable and natural use. It also features a powerful suction cup base, perfect for attaching it to smooth surfaces and exploring new possibilities with complete stability and control. MR INTENSE – Terence Small combines realism, functionality, and design in a balanced format, ideal for those who appreciate high-quality finishes and an intense, natural sensory experience. A must-have in any intimate toy collection. CHARACTERISTICS : Super realistic sensation: designed to offer an immersive intimate experience. Ultra-realistic skin texture: finishing details that mimic natural skin for an authentic feel. High-quality TPR material: super soft, durable, and body-safe silicone. Flexible and ergonomic: it adapts to movements for greater comfort. Suction cup grip: extra stability for hands-free use. Weight: 230 gr Measurements: Total length: 165 mm / Insertable length: 140 mm / Diameter: Various sizes (see image) / Base: 75 mm MR INTENSE is Dreamlove's own brand, created to satisfy the most intense fantasies with an elegant, masculine, and powerful offering. Each product in the MR INTENSE line combines striking designs, advanced features, and high-quality materials, focused on delivering an uncompromising pleasure experience. It's a brand designed for those seeking deep, powerful, and realistic sensations, with a premium approach to both aesthetics and performance.