Helen Storey Vintage 80s Womens Black Leather Biker Jacket
Helen Storey Vintage 80s Womens Black Leather Biker Jacket
An incredible vintage womens jacket from the 80s by by singular British fashion designer, Helen Storey, a rare and collectible artist and designer who was known for her experimental, innovative designs worn by the likes of Madonna and Cher and is now a Professor of fashion science. In a black real leather with an off centre, moto style zipper, side fabric panels and avant garde button details threaded through cut out buttonholes all over the sleeves.
Size: Marked L but measures more like a modern womens UK 10/ US 6/ EU 38. Please chec the measurements.
Bust - 36” / 91cm
Waist - 30” / 76cm
Length (Shoulder to Hem) - 18” / 46cm
Shoulder to Shoulder - 18” / 46cm
Sleeve Pit to Cuff - 16” / 40cm
Sleeve Shoulder to Cuff - 23” / 58cm
Condition: Good Vintage Condition - Two missing decorative buttons to one sleeve and the lining has repairs to the cuffs and light marking, neither seen when worn. No noticeable stains, tears or holes.
- Front off centre zip fastening
- Fully lined
Materials: Leather. Lined in Acetate
Shipping & Returns
Shipping & Returns
UK Shipping
Free UK Standard Shipping on All Orders. Express options available at checkout
International Shipping
Free International Standard Shipping on orders over £100GBP
For orders under £100GBP - The Shipping Fee is £16.00GBP
Shipping is calculated at checkout and express options are available at checkout.
*Please note: We do not ship to Germany due to new complicated registration regulations.
Returns
We offer a 14 day return policy from when you receive the item. The customer pays for return shipping and any associated customs or duty fees for returns outside of the UK. Please see our shipping & returns page for more.
Unsure About Sizing?
We understand that vintage sizes often don't correlate to today's sizing and so we measure every item by hand, for your convenience. This ensures less returns, meaning less wasted time and postage expense for you and reduced CO2 emissions from shipping the item back and forth.