Sofia Jeans Women's Plus Size Rosa Curvy Skinny High Rise Destructed Hem Jeans, 26" Inseam, Sizes 14W-28W
- Brand:
- Sofia Jeans by Sofia Vergara
- Model Number:
- 30197882 675 16W
- UPC:
- 029037554997
- EAN:
- 0029037554997
- Walmart SKU:
- 1354628662
| Price Type | Price | Date |
|---|---|---|
|
Highest Price
|
$27.50 | |
|
Lowest Price
|
$27.50 | |
|
Most Recent Price
|
$27.50 |
Tracking History: We have tracked Sofia Jeans Women's Plus Size Rosa Curvy Skinny High Rise Destructed Hem Jeans, 26" Inseam, Sizes 14W-28W since 3/11/2025. The most recent price update was on Mar 11, 2025.
Price Range: Over the past 90 days, the price has ranged from $27.50 (lowest on 3/11/2025) to $27.50 (highest on 3/11/2025). The average price during this period is $27.50.
Current Trend: No Walmart.com pricing data available for analysis.
Customer Insights: Rated 4.64/5 from 22 reviews.
These jeans have a lovely fit. They have a stretchy jean material that shows off your figure. They are not too tight. Just right
Great price! Fast shipping! Quality fits nice! Awesome jeans!
loved these and i sized down and glad i did
Blue Destroyed is thinner 2-wat stretch horizontally. The color doesn't help, along with the whiskering, which makes it look sort of cheap %26 dated. But the black jeans, material is nicer %26 more substantial. Color is richer prior to washing. Now, no exchange is available. So i will contemplate sending the blue destroyed back. If I keep, will need to be dyed again to help the look. Wish it had better quality cotton or at least 4-way stretch.
I thought these should be longer and a slightly thicker material. I would not buy again, personally. To me, the material is thin, more like jeggings, so when you sit, the material rides up the legs but pulls down from the waist. You constantly have to adjust. May be perfect for others, but I would not buy again. Two stars for the color was as described.
The item was not the size that fit me.
Detailed price history for the past 90 days
No Walmart.com pricing data available for analysis.