IDLYZ 26 Baseball Jersey

IDLYZ 26 Baseball Jersey

A contemporary take on classic baseball styling, combining a relaxed silhouette with clean IDLYZ detailing.

The IDLYZ 26 Baseball Jersey is constructed from a breathable 58.5% cotton and 41.5% polyester blend at 270 GSM, giving it a substantial yet comfortable feel. Contrast piping runs around the neckline, button placket and sleeves, while the full button-front construction gives you the option to wear it closed or layered open.

The drop-shoulder construction and loose cut create an effortless streetwear fit, designed to sit comfortably without feeling excessively oversized.

Fit

Relaxed / Loose Fit

This is not a true oversized garment. The loose fit and drop shoulders give it a relaxed, slightly roomy silhouette while maintaining a clean shape.

For a more fitted look: choose your usual size.
For a more oversized streetwear look: consider sizing up.

Product Details

• Relaxed loose fit
• Unisex design
• 58.5% cotton / 41.5% polyester
• 270 GSM / 8 oz
• Moderate-weight fabric
• Drop-shoulder construction
• Short sleeves
• V-neck
• Full button-front fastening
• Contrast piping detail
• Designed for streetwear, casual and athletic styling
• Sizes S–2XL

IDLYZ 26 — classic baseball influence, reworked with a modern streetwear attitude.

Gender: Unisex

Fabric: 58.5% cotton, 41.5% polyester

Fabric Weight: 8.0 oz/yd² (270 g/m²)

Fabric Thickness: Moderate

Care Instructions: Machine wash at 30°C (gentle cycle); Do not bleach; Tumble dry low; Iron at low temperature, avoid ironing on print; Do not dry clean

Features: Basics, Casual, Street, Daily Casual, Outdoor, School, Office, Cotton Blend, Button, Short Sleeve, Drop Shoulder, V-Neck, Regular, Loose, Summer, Spring, Autumn

Notes: Minor batch differences can occur during blank garment production due to variations in fabric, dye and processing. This is common in apparel manufacturing, and we work hard to keep every item consistent.Button positioning may have vertical variances; we recommend excluding this element as a design reference point.