ATTICUS SINGLE BREASTED BLAZER IN BLUE NAVY
ATTICUS SINGLE BREASTED BLAZER IN BLUE NAVY
ATTICUS SINGLE BREASTED BLAZER IN BLUE NAVY
ATTICUS SINGLE BREASTED BLAZER IN BLUE NAVY
ATTICUS SINGLE BREASTED BLAZER IN BLUE NAVY
ATTICUS SINGLE BREASTED BLAZER IN BLUE NAVY
ATTICUS SINGLE BREASTED BLAZER IN BLUE NAVY
...

ATTICUS SINGLE BREASTED BLAZER IN BLUE NAVY

Size: 48
46
48
50
52

Price changes in the past 30 days

November 09, 2024 €129,00 EUR
  • Estimated Delivery*:Nov 11 - Nov 15

  • Free Shipping: On all orders over €150*

Product description

- Colour: navy blue
- 85% viscose, 15% polyester
- Single-breasted button fastening
- Peaked lapels
- Front flap pockets
- Front welt pocket
-Double back slit
- Partially lined
- Made in Italy

- Oversized fit
- The model wears size 50 and is 185 cm tall.

Size 50 measurements
Length: 80 cm - Chest: 116 cm - Shoulders: 52 cm - Armholes: 56 cm - Sleeves: 66,5 cm - Waist: 108 cm - Hem: 112 cm

Shipping & Return

All orders will be prepared starting from the 24 business hours after receiving the confirmation email.
After that they will be processed in a maximum of 1-3 working days.

Once the order is confirmed, you will receive an email from the courier with the tracking code.

Size guide
HOW TO CHOOSE YOUR SIZE
In order to choose the most suitable size, please refer to the PRODUCT DESCRIPTION available in each item’s page in which you can find all the specifics regarding fit and materials and the measurements in cm of the size worn by the model.
To get the measurements of other sizes, it is sufficient to add or decrease by approximately 2 cm for each measure. *Kindly note that the measurements are indicative and not fixed, so a slight difference is possible at times.
 
HOW TO MEASURE YOUR ITEM AND COMPARE MEASUREMENTS
To measure your item, place it on a flat surface and, by using a meter, measure from one end to the other, as shown in the following guide.

*RED LINES INDICATE HOW TO POSITION THE METER ON THE ITEM*
  

* The measurements of waist, chest, armhole, thigh and hem are to be doubled to obtain the circumference.