SILEX-D - Apollo L Male Torso + Liquid Silicone Model 2 (7") Dildo

The first touch of this realistic silicone dildo makes your pulse quicken—dual density construction yields beneath your grip while the firm core promises something deeper. The Apollo L's liquid silicone exterior feels impossibly lifelike, responding to your body's heat as thermo-reactive material softens with every stroke. Your hips roll instinctively into the rhythm as 6.5 inches of insertable length fills you completely.

This interchangeable system transforms with your desires, letting you swap between attachments on the ergonomic male torso that anchors every thrust. The hypoallergenic liquid silicone coating over Silexpan filling creates that perfect balance—soft enough to welcome you, firm enough to drive you toward the edge. Waterproof construction means every slick movement builds without limits.

When the coil tightens and your breath catches, this realistic silicone dildo delivers that full-body release that leaves you trembling and reaching for more. The eco friendly materials and body-safe construction mean you can lose yourself completely, knowing every sensation is as pure as it is intense. It doesn't just fill you—it rewrites what your body thought possible.

Product Features:

• Torso dimensions: 21.5" total length, 15" width
• Dildo dimensions: 7" total length, 6.5" insertable, 1.75" diameter
• Dual density construction with soft liquid silicone exterior and firm Silexpan core
• Thermo-reactive silicone adapts to body temperature
• Interchangeable dildo system with ergonomic torso design
• 100% body-safe, phthalate-free, hypoallergenic materials
• Waterproof and nonporous for easy cleaning
• Eco friendly construction: 100% recyclable, 72% natural materials

What’s Included:

• Apollo L male torso
• 7" Liquid Silicone Model 2 dildo

Usage Tip:

Let the thermo-reactive silicone reach body temperature before use—the material softens beautifully with heat, creating an even more lifelike experience that responds perfectly to your rhythm and intensity.