Vintage 60s 70s Style Mod Mini Dress | Retro Turtleneck Go-Go Dress with Bell Sleeves

Step back in time with this Vintage 60s 70s Style Mini Dress, a stunning mod-inspired dress perfect for retro lovers and fashion enthusiasts. Designed exclusively by Trendy Hip Buys, this turtleneck shift dress blends vintage vibes with modern flair.

• Timeless Design: Features a turtleneck neckline and long bell sleeves, exuding the essence of the 60s and 70s. The shift dress silhouette adds to the iconic go-go style.
• Vibrant Multicolor Print: Showcasing a bold and fun geometric rectangle pattern in shades of beige, pink, blue, orange, and brown, this dress captures the playful retro aesthetic.
• Comfortable Fit: Made from a blend of polyester and spandex, the fabric is soft, stretchy, and perfect for all-day wear. Includes a back zipper for easy dressing.
• Styling Inspiration: Pair this mod dress with tall white or black go-go boots for an authentic vintage look. Add bold accessories for parties, themed events, or everyday style.
• Exclusive Design: A truly unique and one-of-a-kind retro dress designed for those who love standing out with a chic and nostalgic flair.

Celebrate the vibrant and funky style of the 60s and 70s with this Vintage Mod Turtleneck Dress, perfect for any occasion where you want to turn heads and embrace retro charm.

• 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.