Premium Genuine Suede Leather Oxford Brogue Shoes, Wingtip Design, Lace-up

“BESTUDS” Premium Brogues – Oxford style Export Quality Genuine Suede Leather Ultra comfortable Men’s Lace Up shoes is 100% hand made and hand painted precisely with our own expert local artisans. These pair of shoes is ultra comfortable because BESTUDS specifically focuses on comfort & luxury at the same time.

• Upper Material – Export Quality Genuine Suede Leather
• Inner Material – Genuine Leather
• Insole – Breathable Ultra Soft Cushion (All day comforter series)
• Sole – Top quality TPR (Anti slip, Recyclable)
• Type – Hand Made, Hand Painted

Statement:
Step into sophistication with these refined suede leather Oxford brogues. Featuring an elegant wingtip design adorned with classic perforated detailing, these shoes exemplify timeless craftsmanship. The premium suede upper offers a luxurious texture while maintaining a sophisticated appearance. The traditional lace-up closure ensures a secure, customized fit, while the sleek silhouette makes these Oxfords versatile enough for both formal occasions and smart-casual ensembles. The subtle brogue detailing adds character without being overstated, and the durable TPR sole provides reliable traction. These shoes demonstrate attention to detail in every stitch, making them a distinguished addition to any gentleman’s wardrobe. Perfect for business meetings, special occasions, or elevating your everyday professional attire.

Key Points:

1. CLASSIC DESIGN: Elegant suede leather wingtip oxford shoes featuring traditional brogue perforations and decorative patterns.
2. PREMIUM MATERIAL: Crafted from high-quality suede leather with meticulous stitching detail and durable construction.
3. COMFORT FEATURES: Cushioned insole and breathable lining provide all-day wearing comfort and support.
4. VERSATILE STYLE: Perfect for both formal and casual occasions, pairs well with suits, trousers, or denims.
5. DURABLE SOLE: Robust Premium TPR outsole offers reliable traction and long-lasting wear on various surfaces.