Locker Gear Intimate Accessory Perforated Leatherette M Black

Name: Locker Gear Intimate Accessory Perforated Leatherette M Black
Brand: LOCKER GEAR
SKU: ESD-247292A11X
Availability: InStock

Item number:

ESD-247292A11X

Locker Gear Intimate Accessory Perforated Leatherette M Black

In stock : 1 db

Alacsony készlet

Turn heads in black leatherette short overalls with a daring punch-hole design—sleek, confident and perfect for your intimate wardrobe. Size M.

Delivery time:

2–3 business days

Szín:

FEKETE

Méret:

Gyártó:

LOCKER GEAR

Details
Data

Details

Bold Perforated Style in a Sleek Leather-Look Finish

Make a confident impression with the LOCKER GEAR Punch Hole Leatherette Short Overalls in black. Designed for men who appreciate contemporary intimate and clubwear-inspired fashion, this striking piece combines a sporty silhouette with a perforated texture and leather-effect finish for a distinctive, self-assured look.

Key Features

Men’s short overalls with a modern, body-conscious silhouette
Perforated punch-hole design for a bold visual texture
Smooth leather-effect finish in classic black
Flexible fabric blend designed for comfortable personal styling
Size: M
Part of the distinctive LOCKER GEAR collection

Product Details

Colour: Black
Size: M
Composition: 86% polyester, 14% elastane

The versatile design can be worn as a statement piece or styled with complementary garments and accessories to create a more individual look. Its bold finish makes it well suited to confident evenings, themed events, clubwear styling, or private moments when you want to express a more adventurous side.

Care Instructions

Always check the garment care label before washing and follow the recommended instructions to help preserve the fabric and leather-effect finish.

With its striking perforated design and sleek black appearance, these short overalls offer a stylish way to refresh your wardrobe with a confident, contemporary edge.

Data

Gyártó:

LOCKER GEAR

Szélesség:

260mm

Magasság:

25mm

Mélység:

340mm

Weight:

482 g/db