M
User26269948
★★★★★
2026-11-10
Bien fini, pratique et fiable.
VTG Y2K Dr. Martens England Black Pebbled Leather Lace Up Ankle Boots Moto Punk
$60.00
$78
30% OFF
Flash Sale ends in
00d
00h
00m
00s
100% Authentic · Money-back guarantee
Free Express Shipping · 2-5 day delivery
30-Day Free Returns
6-Month Quality Warranty
Product Details
Description
Specifications
Care Guide
Scuffs, markings, substantial wear as shown. Back straps cut. These are most likely a men's size 6 (tag difficult to read). Please see approx measurements for best fit. Vintage sizing is approx a US Women's 7.5. Please confirm sizing in Dr. Martens before purchase. No box. Dr. Martens vintage ankle boots crafted from durable black pebbled leather with a classic lace-up design. These Made in England boots feature the iconic AirWair cushioned sole for all-day comfort and slip resistance. The padded collar provides extra support around the ankle, while the embossed logo at the heel adds a signature touch. A rugged, utilitarian silhouette that pairs effortlessly with casual or industrial- outfits. Brand: Dr. Martens Origin: Made in England Material: Pebbled Leather Color: Black Closure: Lace-Up Toe Shape: Round Sole: AirWair Rubber Hardware: Silver-tone Eyelets Feature: Padded Collar Feature: Embossed Heel Logo Style: Chukka / Ankle Boot Aesthetic: Grunge / Workwear Keywords: Gorpcore, Punk, Rockabilly, British, Retro, Streetwear, Moto, Combat, Doc Martens, 90s, Y2K, Durable, Heavy Duty
Daily Cleaning: Use a soft brush or damp cloth to gently wipe away dirt. Avoid harsh chemicals. For mesh areas, use diluted mild detergent and a soft brush.
Drying: Air dry in a cool, shaded place after cleaning. Avoid direct sunlight or high heat, which can cause fading and glue deterioration.
Storage: Stuff with paper to maintain shape when not in use. Store in a dry, ventilated area to prevent mold. Rotate between multiple pairs to extend lifespan.
Usage Notes: Designed for basketball. Not recommended for hiking, long-distance running, or other specialized sports where different performance features are required.