Tenga Air Cushion Vacuum Cup Male Masturbator Suction Stroker

The Tenga Air Cushion Vacuum Cup Male Masturbator Suction Stroker introduces a revolutionary cushion like sensation that redefines disposable pleasure. Its unique spiral ribbed sleeve traps air between the hard casing and the soft elastomer, creating a lively pushback and gentle bounce during insertion — a soft yet invigorating resistance that feels alive and responsive with every stroke. This innovative airflow structure delivers a distinctive, cushioned experience unlike any standard cup, making entry smooth yet thrillingly dynamic.

Combined with Tenga's signature valve structure, simply cover the air hole to generate powerful vacuum suction that grips and pulls you deeper, intensifying the sensation from tip to base. The Smooth Pad insertion mechanism forms an airtight seal and automatically dispenses the internal lubricant as you enter — no mess, no manual application needed. With 140 mm of insertable length and 45 mm width, it offers satisfying depth and accommodating fit, while the compact size (155 × 69 × 69 mm) and lightweight 122 g design make it discreet and travel-friendly. Crafted from body-safe TPE sleeve, PE casing, and PU lubricant ring, the Air Cushion Vacuum Cup provides premium, hygienic single-use pleasure with effortless cleanup — because when suction meets cushion, every moment feels extraordinarily alive.

Key Features

• Unique spiral ribbed sleeve traps air for cushion like pushback sensation
  
  
• Airflow structure creates soft, lively resistance during insertion
  
  
• Powerful vacuum suction when air hole is covered
  
  
• Smooth Pad mechanism — airtight seal + automatic internal lotion application
  
  
• Body-safe TPE sleeve, PE casing, PU lubricant ring
  
  
• 140 mm insertion length, 45 mm width for comfortable, satisfying fit
  
  
• Compact & lightweight (122 g) — discreet and portable
  
  
• Single-use design with premium quality and easy disposal
  
  
• Delivers unique combination of suction, cushion, and textured stimulation
  
  

Specifications