£12.00 per metre
Limoni, Mediterranean Medley
Limoni, Mediterranean Medley with ruler for scale.
Mediterranean Medley collection by Victoria Louise for Make + Believe

Limoni - 100% organic cotton - Make + Believe - Mediterranean Medley

Regular price £3.00 per 1/4 metre Unit price per
This fabric evokes a sunny Mediterranean vibe with a detailed design featuring ripe yellow lemons, green leaves, and delicate white blossoms overlaid on a backdrop of intricate blue and white decorative tiles.

Premium quality 100% organic cotton fabric with a soft feel and drape, perfect for a wide range of craft projects, dressmaking, patchwork, quilting, bunting, interior projects etc.

Part of the Mediterranean Medley collection by Victoria Louise for Make + Believe.  A beautifully detailed collection inspired by the flora and fauna of the Mediterranean. Perfect for your makes now the chilly winter months are behind us as we spring into summer.

Made from: 100% organic cotton
Width: 112cm / 44"

Ordering: This fabric is priced by the 1/4 metre (1 unit). Multiple units will be sent as a continuous piece.

For example if you'd like 1.5 metres this is 6 units (6 x 1/4 metre) so enter '6' into the Quantity box and Add To Basket. This will be cut as one continuous piece measuring 1.5m long x the width of the fabric.

Please note that if you are purchasing 1 unit it will be cut as a fat quarter (50cm length x half the width of the fabric). If you'd like a skinny quarter, or you'd like your fabric cut, please let us know in the notes of your order.

If you need help calculating how much fabric you need please use the chart we have provided on our Shopping Guide page, you will also find a diagram explaining what a fat quarter is, as we know it can be confusing!

If you’d like your fabric to be cut to different lengths, please add a note with order at checkout.

Care instructions: We recommend either hand washing your fabric or on a gentle machine wash at 30 degrees. Natural drying is always best, but if you must tumble dry please use a low temperature.