Bardot Plunge Neck Bow Sleeve A Line Midi Dress - Red - 14

Currently unavailable

Currently unavailable
Designed for fashion-forward women seeking a sophisticated yet striking aesthetic, this Goddiva midi dress is the perfect choice for evening events, parties, and romantic dates. The dress offers a highly flattering, sculpted silhouette thanks to its structured scuba foam fabric and elegant plunge neckline, though potential buyers should note that the off-shoulder design requires careful selection of undergarments for optimal support.
| Gender | Female |
|---|---|
| Age Group | adult |
| Colour | Red |
| Dress Size UK | 14 |
| Model Part Number | 5056877522881 |
| Brand | Goddiva |
The scuba foam fabric is known for its firm structure rather than high elasticity, providing a held-in, supportive fit.
A strapless, moulded-cup bra or adhesive stick-on cups are recommended to complement the Bardot neckline.
Store hanging in a cool, dry place inside a garment bag to prevent dust and accidental snagging of the bow details.
Yes, the density of the scuba foam fabric provides more warmth than standard silk or chiffon dresses.
It is strongly advised to check the internal care label; usually, professional dry cleaning is the safest method for this material.
Hang the dress in a steamy bathroom for a few minutes or use a garment steamer on a very low, indirect setting.
Ensure the shoulder band is sitting evenly across the collarbones; if the fit remains uncomfortable, consider professional tailoring to adjust the sleeve width.
To ensure the dress maintains its shape, it is recommended to hang it on a sturdy, non-slip hanger when not in use. Due to the off-shoulder design, compatibility with standard bras is limited; we recommend a high-quality, silicone-backed strapless bra or adhesive cups. For cleaning, follow the manufacturer's care label strictly—typically dry cleaning is recommended for scuba fabrics to preserve the structural integrity and color vibrancy. Avoid heavy steam directly on the foam panels to prevent permanent deformation.