WHY CHOOSE SWEATPANTS, STEALTH COLLECTION?

• Extra-long legs with adjustable fit:
  These sweatpants are designed with extra-long legs to create the relaxed oversized fit that defines the collection. Since not everyone has the same leg length, each leg hem is fitted with an adjustable drawstring with a lock, so the fit can easily be customized to your preferences. The result is a pair of sweatpants that works for more body types and lengths without compromising on feel.
  
• Designed for Strongmen and bodybuilders:
  The Stealth Collection was created for people who often find that regular clothing isn't built for their physique. Whether you're a Strongman athlete, bodybuilder, or just prefer a more generous fit, these sweatpants are designed to provide more room and better comfort both at the gym and in everyday life.
  
• Oversized fit for maximum comfort:
  The generous cut offers plenty of freedom of movement while the pants maintain a sleek, polished look. Perfect before a workout, during warm-ups, on rest days, or as part of a relaxed everyday outfit.
  
• Storage where you need it:
  Two deep front pockets with genuine YKK zippers keep your phone, keys, and other essentials securely in place. There are two additional pockets on the back for extra storage options without affecting the fit.
  
• Premium details without unnecessary clutter:
  A woven logo patch on the left pocket and an embroidered logo on the lower part of the right leg give an exclusive look without drawing attention away from the clean design. Just like the rest of the pieces in the Stealth Collection, this is about details that show up when you look closer, not details that shout for attention.
  
• Fabric for comfort and durability:
  Made from 95% cotton and 5% nylon. This combination provides a soft, pleasant feel against the skin while the material offers increased tear resistance and long-lasting durability.
  
• Washing instructions:
  Machine wash at 30°C.
  Do not tumble dry.
  
• Fit:
  Oversized fit.
  Generous fit both in width and length.