The Kyoto Monolith: Modern V-Neck Business Cardigan

Product Description

The Kyoto Monolith is a sophisticated fusion of East Asian minimalism and European executive style. Drawing inspiration from Japanese Harajuku Fashion and the "Old Mode" aesthetic, this V-Neck Cardigan is designed for the professional who values a clean, streamlined silhouette. Crafted with advanced Computer Knitted technics, the fabric provides a smooth, uniform texture that bridges the gap between a traditional business sweater and a modern fashion statement.

Designed for the Autumn and Winter transition, this Single Breasted piece features a high-density Standard Wool and Polyester blend, offering the perfect balance of warmth and structural integrity. Its Smart Casual profile makes it exceptionally versatile: layer it over a crisp white shirt for the Business office, or pair it with chinos for a refined Korean-style weekend look. With its solid color palette and minimalist button decoration, the Kyoto Monolith is the essential layer for the man who navigates the world with quiet confidence.

Product Highlights:

• Japanese "Old Mode" Aesthetic: A timeless, minimalist design that prioritizes clean lines and a professional, architectural drape.

• Precision Computer Knitted Technics: Ensures a consistent, snag-resistant finish and a high-quality "Tatting" feel that maintains its shape after repeated wear.

• Versatile V-Neck Layering: Specifically cut to sit perfectly under a blazer or serve as a standalone executive outer layer.

• Standard Wool Comfort: Provides reliable thermal protection for cold office environments while remaining breathable for all-day wear.

Size & Fit Guide

To ensure the ideal NovaBay fit, please refer to our standard measurements below. This model features a Modern Smart Casual Fit.

> Stylist Note: This cardigan is designed with a "Regular" sleeve style and standard thickness. If you intend to wear it over thicker dress shirts or prefer a more relaxed Harajuku-inspired drape, we recommend selecting one size larger than your usual measurement.