The Oxballs SQUEEZE SHORT Ballstretcher is a compact, high-performance version of the bestselling SQUEEZE—engineered for men with high or tight sacks who crave a firm, satisfying stretch without extra length. Using the same hourglass-shaped interior that grips in all the right places, the SQUEEZE SHORT delivers that signature OXBALLS snugness enhanced by its shorter profile for a perfectly tailored fit.
Made from ultra-soft, rubbery FLEXtpr, it flexes easily, hugs securely, and feels incredible against sensitive skin. Whether you’re a beginner starting your ballstretching journey or an experienced player looking for a tighter, higher pull, SQUEEZE SHORT provides the ideal balance of comfort and pressure.
Completely stackable, you can layer multiple SQUEEZE SHORTs or combine with the original SQUEEZE to create a customizable stretch that grows with your goals. Available in classic Black and several stunning glitzy metallic colors, it’s as sexy to look at as it is to wear.
Designed for safety, ease of use, and pure pleasure, this is the must-own ballstretcher for anyone wanting more grip, more comfort, and more stretch—without the height of the classic version.
Shorter version of the bestselling OXBALLS SQUEEZE
Ideal for high and tight sacks
Same hourglass inner shape for strong mid-level grip
Made from soft, stretchy FLEXtpr for comfort and durability
Stackable design for customizable stretch
Available in Black and glitzy metallic color options
Easy to put on with water-based or hybrid lube
Height: 1.25 in / 32 mm
Width: 2 in / 51 mm
Depth: 4.5 in / 114 mm
Outer Circumference: 6 in / 152 mm
Inner Circumference: 4 in / 102 mm
Inner Diameter: 1.2 in / 30 mm
Outer Diameter: 2 in / 51 mm
Weight: 1 oz / 28 g
Packaging:
Length: 5 in / 127 mm
Width: 4.5 in / 114 mm
Depth: 2 in / 51 mm
Packaging Weight: 2 oz / 56 g
Wash with warm water and mild soap after each use
Use only water-based or hybrid lubes
Pat dry thoroughly before storing
Keep away from silicone toys to prevent material reactions
Store in a cool, dry place away from direct sunlight