Women's 60s/70s Mod Houndstooth Bell Sleeve Mini Dress | Vintage Inspired Retro Turtleneck Shift Dress | Iconic Mod Fashion
Women's 60s/70s Mod Houndstooth Bell Sleeve Mini Dress | Vintage Inspired Retro Turtleneck Shift Dress | Iconic Mod Fashion
Prix habituel
$64.99 USD
Prix habituel
$27.99 USD
Prix promotionnel
$64.99 USD
Prix unitaire
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par
- Step into a nostalgic fashion moment with this exquisite houndstooth mini dress that brilliantly captures the essence of 60s and 70s mod style. The iconic black and white houndstooth pattern creates a timeless dress, while the turtleneck and dramatic bell sleeves pay homage to the most revolutionary fashion eras of mid-century design.
- Precision tailored with a chic shift dress structure, this vintage-inspired piece features a sophisticated turtleneck, elegant long bell sleeves, and a convenient back zipper closure. The mini skirt length perfectly showcases the dress's mod aesthetic, making it an ideal statement piece for those who appreciate retro-inspired fashion.
- Versatility meets iconic design in this mod dress - pair effortlessly with white or black go-go boots to complete the quintessential 60s/70s look. Whether attending a themed party, vintage event, or simply expressing your love for classic fashion, this dress transforms any occasion into a stylish celebration of mid-century design.
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Material: 95% Polyester +5% Spandex.
****Model is wearing a digital dress mock up only to provide an idea how it may look on a person. Please refer to other photos as well.
Designed in California by Trendy Hip Buys. Made to order from overseas.
Washing Instructions: Machine washable with cold water. Temperature should not exceed 45ºC. Do not soak for a long time. Do not Use Bleach. Do not Tumble Dry.
Size Note: Due to different measurement methods, it is normal for the error to be within 1-2cm.
Tips: The picture display is for reference only. Due to objective factors such as production batches and machinery and equipment, it is difficult to avoid slight color difference, position and size errors.