Adora Design 1073 Strapless Short Fitted Homecoming Cocktail Dress

The Adora Design 1073 Strapless Short Fitted Homecoming Cocktail Dress gets straight to the point–bold, smart, and just relaxed enough to let you breathe but never fade in the background. Looking for that balance where style meets attitude? This one's it.

Adora Design 1073 Strapless Short Fitted Homecoming Cocktail Dress is available at Formal Dress Shops in the following colors:

Sage
Silver

Adora Design 1073 Strapless Short Fitted Homecoming Cocktail Dress by Adora Design features a tailored silhouette in figure-hugging materials for all-night comfort. Designed with movement and shape in mind, it flatters a range of body types. Available in sizes 2, 4, 6, 8, 10, 12, 14, 16.

The Adora Design approach centers around thoughtful tailoring and a clean finish–this style serves sharp structure with totally wearable ease. From the modern strapless neckline to the crisp mini length, every element considers comfort without sacrificing edge.

Strapless neckline with secure fit
Short, above-the-knee hem
Fitted, sculpted silhouette
Lightweight and breathable fabric blend
Available in multiple standout colors
Designed for special occasions, including homecoming and cocktail events
Sizes range from 2 to 16
Adora Design label with unique style code AD1073

FAQ about Adora Design 1073 Strapless Short Fitted Homecoming Cocktail Dress

What is the dress length?

This style is a mini dress cut above the knee.

What kind of occasions does this dress suit?

It's designed for events like cocktail parties, homecomings, and formals.

Does the dress have any sleeves?

No, the Adora Design 1073 is completely strapless for a clean finish.

You can find even more dresses like this in the Adora Design Dresses collection.

Why choose Formal Dress Shops?

Formal Dress Shops offers authentic products, including the Adora Design 1073 Strapless Short Fitted Homecoming Cocktail Dress, fast shipping, and helpful support. Shop with confidence thanks to easy returns and careful quality control.