Selected Classic leather jacket
MPrice in EUR including VAT
Delivered between Wed, 27.5. and Thu, 28.5.
Only 2 pieces in stock at third-party supplier
Only 2 pieces in stock at third-party supplier
Supplied by
free shipping
Size3
Product details
Soft leather, strong look. Every man needs a timeless leather jacket that will outlast all trends. Made from supple goatskin, this jacket features a sporty two-way zipper that gives this timeless classic a modern look. You'll cut a fantastic figure for years to come in this premium, fully lined regular fit jacket. Wear it over a turtleneck sweater and slim fit pants, and complement a pair of leather loafers.
- Stand collar with snap button closure
- Regular shoulder shape
- Long sleeves
- Cuffs with zipper closure
- 2-way front zipper
- 2 side pockets with snap closure
- Inner lining with logo
- Regular Fit.
Material composition | 45% Viscose, Outer material: 100% lambskin; lining: 55% polyester |
Target group | Men |
Item number | 20877682 |
Manufacturer | Selected |
Category | Light jackets |
Manufacturer No. | 16085745 |
Release date | 15.5.2022 |
External links |
Colour | Black |
Exact colour description | Black |
Upper | Leather |
Material composition | 45% Viscose, Outer material: 100% lambskin; lining: 55% polyester |
Filling material | Recycled polyester lining with all-over print |
Target group | Men |
Age group | Adults |
Lightweight jacket type | Leather jacket |
Clothing size | M |
Fabric properties | Zip |
Length | Short |
Fit | Regular fit |
Pattern | Unicoloured |
Zipper type | Two-way |
Season | All-season |
Fastener | Zip |
Country of origin | India |
CO₂ emissions | 69,41 kg |
Climate contribution | EUR 1,73 |
Length | 58.80 cm |
Width | 36.30 cm |
Height | 8.40 cm |
Weight | 1.05 kg |
Instructions for use | Do not wash. Do not bleach. Do not tumble dry. Do not iron. Do not dry clean. |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns