Mac Jeans Dream Culotte Pocket Authentic Mega Flex 5400-90-358L | D683 Fashion Rinsed
Discover the signature fit that customers return to season after season with the MAC Jeans Dream Culotte Pocket Authentic Mega Flex 5400-90-358L in D683 Fashion Rinsed —a core style from MAC’s exclusive NOS (Never Out Of Season) Autumn/Winter program. This best-selling jean combines timeless design with innovative Dream Mega Flex denim, delivering a sculpting, smoothing effect that flatters every silhouette while offering unmatched comfort.
Designed in Germany, this jean features a soft, hyper-stretch fabric with excellent recovery, allowing the denim to move with you while maintaining its shape. The result is a polished, streamlined look that feels effortless from day to night.
As part of MAC’s NOS Autumn/Winter program, this essential style is available July - November and can be special ordered, ensuring the perfect fit is always within reach. It is the ultimate wardrobe staple for women seeking consistency, quality, and confidence in their denim.
Pair effortlessly with a crisp white shirt, elevated knit, or statement blouse for a versatile, everyday look.
✅ Special Order Information
We are pleased to offer this Mac Jeans best seller in extended sizes through our special order program to help you find the perfect fit.
Special Order Sizes
- 42 EU (12 US)
- 44 EU (14 US)
Special orders are final sale (no returns or exchanges)
Delivery typically takes up to 14 days from Germany once the order has been placed. Availability is limited and subject to supplier confirmation.
Key Features
- Wide fit
- Culotte - Shortened length
- Comfortable waistband
- Leg opening: 56cm
- Length: 27 in
- Style: 5400-90-358L – D683 Fashion Rinsed
- Fabric: Dream Authentic Mega Flex Denim
- Content: 92% CO, 5% EME, 3% EL-12.3 oz
- Origin: Imported from Germany
- Program: NOS (Never Out Of Season) availability July - November
Crafted using BetterCotton™ sourced cotton, reused fibers, and recycled polyester, Dream Denim offers luxurious softness, superior elasticity, and lasting structure—all with a reduced environmental impact.
