Deep Trance Dropped BF Jean
Pickup available at Whitfield & Co
Usually ready in 24 hours
Description
We The Free Deep Trance Dropped BF Jean
The Deep Trance Dropped BF Jean is the effortlessly cool denim she's been searching for — a relaxed, dropped boyfriend fit with a lived-in feel that makes every casual outfit look completely intentional. Throw them on and go; they do all the work.
Key Details
- Fit & Silhouette | Dropped Boyfriend Fit | Relaxed, Easy Silhouette | Low-Rise Waist
- Fabric & Feel | Soft Denim Blend | Comfortable, Broken-In Feel | All-Day Wear
- Design Details | Dropped Seat | Tapered Leg | Five-Pocket Styling | Subtle Distressing | Versatile Denim
- Care Instructions | Machine Wash Cold | Tumble Dry Low
Styling Suggestions
- Pair with a fitted crop top and sneakers for an effortless street-style look
- Style with a simple tank and loafers for a relaxed, elevated casual outfit
- Wear to weekend hangouts, casual city outings, or afternoon errands
- Tuck in a linen shirt and add sandals for a breezy, boho-chic warm-weather look
- Layer under an oversized vintage tee and chunky boots for a cool, editorial finish
Fit & Sizing
- Runs relaxed through the seat and thigh; true to size
- Dropped fit sits below the natural waist for a laid-back, effortless feel
Return Policy
Shipping Policy
Orders will be processed in the order they are received. Processing may take up to 2-3 business days.
Shipping charges are based upon weight and box size or carrier standard pricing.
Orders placed on Saturday or Sunday will ship the following Monday or Tuesday.
Ground delivery to Hawaii and Alaska may take up to 10 days to be delivered.
Shipping is only available to USA addresses at this time.
An email will be sent to you with tracking information once the package has been picked up.
As noted in the return policy, return shipping costs are at the expense of the consumer.
Note: Whitfield & Co. is not responsible for shipping delays due to unforeseen local disruptions such as natural disasters or severe weather or disruptions due to the specific carrier.

