Description
Experience confident performance and everyday comfort with the Retro Shorts – Olive Green from B1 Aesthetics, designed for the modern fitness community in Sri Lanka. Built to support active lifestyles, these men’s gym shorts combine a bold retro aesthetic with practical functionality. Whether you’re powering through gym sessions, heading out for a run, or keeping it casual, these shorts are made to move with you.
The lightweight, breathable construction helps keep you cool and comfortable during workouts in Sri Lanka’s warm climate. As a result, you can train longer with less distraction. In addition, the athletic design supports natural movement, making these shorts ideal for gym training, sports, and daily wear.
The regular fit with mid-rise comfort delivers a clean, sporty silhouette. Meanwhile, the elastic waistband with adjustable drawstring provides a secure and customizable fit throughout your routine. The perforated contrast side panels enhance airflow while adding a sharp retro-inspired edge that stands out in the gym. Reflective B1 ONE branding improves visibility in low-light conditions and reinforces the premium B1 Aesthetics identity.
Perfect for those searching for men’s gym shorts in Sri Lanka, the Retro Shorts transition effortlessly from intense workouts to casual streetwear. Pair them with your favorite B1 tank or t-shirt to complete your activewear look.
Add On Features (Retro Shorts)
- Fabric: Lightweight polyester
- Color: Olive Green
- Contrast Color: Black perforated panels
- Under Contrast Color: Highlighter Green Subtle dotted inner detail
- Fit Type: Regular Fit
- Length: Regular Length
- Waist: Mid-Rise
- Waistband Closure: Elastic waist with adjustable drawstring
- Pocket Styling: Side seam pockets + back pocket
- Total Pockets: 03
- Logo: Reflective B1 ONE branding
- Style: B1 Men’s Retro Shorts [BMS 029]
- Sizing: Extended size range available
- Breathability: Perforated panels for enhanced airflow
- Please Note: The item may slightly vary from the displayed image in terms of color due to lighting conditions or the display used to view it.
