Arcade Woody Ελαστική Ζώνη από Ιμάντα - Heather Limo

Built with a performance stretch webbing that combines 90% nylon and 10% rubber, the Arcade Woody belt delivers a micro-adjustable fit up to 101.6 cm, making it a standout choice for active wear and travel.

Overview

The Arcade Woody belt in Heather Limo is a unisex accessory from the Adventure Series, engineered for comfort and durability. Its low-profile, high-density plastic buckle is metal-free, ensuring hassle-free passage through airport security. The elastic webbing provides a secure yet flexible hold that moves with you, whether you're hiking, commuting, or on the go. The belt is one size fits most, with a maximum length of 101.6 cm and a width of 3.81 cm, offering a universal fit for a wide range of waist sizes.

What stands out

• Performance stretch webbing: 90% nylon, 10% rubber for flexibility and comfort.
• Metal-free buckle: TSA compliant, perfect for travel.
• Micro-adjust buckle: Achieve a precise, custom fit without belt holes.
• Weather-resistant and quick-drying: Ideal for outdoor activities.
• Machine washable: Easy to clean and maintain.
• Distinctive Woody graphic print in Heather Limo colorway.

Technical details

• Strap material: 90% Nylon, 10% Rubber
• Buckle material: High-density plastic
• Belt type: Stretch webbing belt
• Adjustability: One size fits most (OSFM)
• Maximum length: 101.6 cm (40 inches)
• Belt width: 3.81 cm (1.5 inches)
• Buckle type: Low-profile, micro-adjust
• Travel friendly: Metal-free (TSA compliant)
• Durability: Weather-resistant, machine washable
• Flexibility: Performance stretch
• Design: Woody graphic print
• Colorway: Heather Limo (grey/brown tones)
• Collection: Adventure Series
• Gender: Unisex
• Strap construction: Elastic webbing
• Quick drying: Yes

Our verdict

The Arcade Woody belt combines rugged durability with everyday comfort. Its stretch construction and metal-free design make it a versatile accessory for travel, outdoor adventures, or daily wear. The unique Woody print adds a touch of personality without compromising on function.