Hogan H669 suede and leather sneakers
Hogan
$625.00 40% OFF
$375.00
📦 Shipping Information:
Free U.S. shipping on Mytheresa orders over $400. Sold and fulfilled by Mytheresa, with current pricing, availability, and delivery details confirmed at checkout. 
Product Insights & Style Tips
Hogan H669 suede and leather sneakers bring a city-smart, luxe mood to everyday footwear. The upper blends supple leather with soft suede in a restrained gray, adding tactile depth without shouting. Inside, a fabric and leather lining cushions every step while the rubber sole grounds the look with reliable traction. The almond toe preserves a streamlined silhouette, and the Italian-made finish carries that understated premium vibe.
On the foot, the mixed textures pair effortlessly with denim, tailored trousers, or a midi skirt. The almond shape flatters the line while the fabric insole and flexible sole invite all-day wear. Extra laces invite small edits to the mood, and the dust bag plus shoe box keep the pair pristine between wears. It transitions from city errands to weekend meetups with ease, never losing its low-key edge.
Hogan continues to fuse heritage codes with contemporary ease, and the H669 sits squarely in that orbit—quietly confident, versatile, and endlessly wearable. Priced at 625.
Materials / Fabrication
- Upper: leather and suede leather
- Lining: fabric and leather
- Sole: fabric insole
- Sole: rubber sole
- Toe shape: almond toe
- Made in Italy
- Includes: extra laces
- Includes: dust bag
- Includes: shoe box
Recommended Care
- Wipe leather upper with a soft damp cloth; condition leather periodically to maintain suppleness; avoid excess water.
- Brush suede areas with a suede brush and apply a suede protector to guard against stains and moisture.
- Spot clean the fabric lining with mild detergent and water; air dry completely; avoid soaking.
- Avoid machine washing or drying; air dry away from direct heat or sunlight.
- Store in dust bag with laces detached and keep in a cool, dry place; use the original box for protection during storage.