Chanel BOY·FRIEND H5318

Chanel BOY·FRIEND H5318

34.6 x 26.7mm · Stainless Steel · 30m

Chanel BOY·FRIEND TWEED Watch

Brand
Chanel
Full reference
H5318
Collection
BOY·FRIEND
Case diameter
34.6 x 26.7mm
Case material
Stainless Steel
Water resistance
30m
Movement
Quartz
Dial color
Black
Bracelet / strap
Stainless Steel

Related references — same collection

Shared specifications help discovery; these links do not assert a predecessor or successor relationship.

Compare specifications

SpecificationH5318H4878H4884H5503H6128
Case diameter34.6 x 26.7mm34.6 x 26.7mm34.6 x 26.7mm34.6 x 26.7mm34.6 x 26.7mm
Case materialStainless SteelStainless SteelStainless SteelStainless SteelStainless Steel
Water resistance30m30m30m30m30m
MovementQuartzQuartzQuartzQuartzQuartz
Caliber————ETA--280.002-H3-

Sources & record notes

Displayed specifications follow the most complete source record. Other source records are retained below; conflicting values are not silently combined. The Watch Pages.

The Watch Pages · Chanel H5318

Original collection: Not recorded

Technical Specifications / Date Added: September 29, 2019
Technical Specifications / Reference: H5318
Technical Specifications / Brand: Chanel
Technical Specifications / Case Size: 34.6 x 26.7mm
Technical Specifications / Case Material: Stainless Steel
Technical Specifications / Dial Color: Black
Technical Specifications / Dial Finish: Guilloché
Technical Specifications / Movement: Quartz
Technical Specifications / Water Resistance: 30m
Technical Specifications / Strap Material: Stainless Steel
Technical Specifications / Strap Color: Black
Technical Specifications / Buckle Type: Folding Clasp
Technical Specifications / Bezel Material: Steel
Other watches you may like / Style: Classic, Gem-Set
Other watches you may like / Special Features: Diamonds/Gemstones, Water Resistant
Other watches you may like / Diamonds: 64 (0.71 ct)

Images are loaded from the cited external sources. Copyright remains with its holders; permission to reproduce locally has not been established.

Corrections and data limitations