What Is Chicken Butt and Why It Happens
Chicken butt is a term used to describe a specific flat or tethered appearance of the lower buttocks. It can result from genetics, previous surgeries, or major weight loss. This shape often lacks fullness and creates a tight or high gluteal fold.
Common Characteristics:
- High and tight gluteal fold
- Tissue tethering or pulling
- Lack of volume or roundness
- Hanging fat with uneven contour
Some patients also have a V-shaped lower body with a wide upper pelvis and narrowing below, or a “negative vector” shape where the buttocks are pushed backward.
How to Tell If You Have Chicken Butt
You might notice:
- Uneven folds under each buttock
- Short gluteal fold pulling the tissue inward
- A flattened or square buttock shape
- A mix of hanging fat and indented areas
👉 Tip: Use the mirror or take profile photos to see if these patterns are present.
What Causes Chicken Butt?
Top Contributing Factors:
- Genetics: Naturally occurring shape
- Surgical scarring: Especially from liposuction or gluteal procedures
- Rapid or major weight loss: Leads to sagging and loss of volume
How to Improve Chicken Butt Shape
Plastic surgery can offer a solution — particularly fat injections.
Fat Injection Benefits:
- Releases tethered areas
- Adds volume and roundness
- Smooths contour transitions
- Restores a lower, natural-looking fold
Areas to Avoid:
Fat should not be injected in the center of the buttocks, as it can worsen the appearance. Focus on the outer lower zone to build the ideal shape.
Why a Consultation Matters
Each case of chicken butt is unique. Consulting with a board-certified plastic surgeon ensures:
- Proper assessment of your anatomy
- A tailored treatment plan
- Realistic expectations and long-term strategy
Ready to Fix Chicken Butt?
Don’t settle for discomfort or dissatisfaction with your shape. Get personalized care from a surgeon who understands the unique challenges of gluteal reshaping.
👉 Book a Consultation with Dr. William to explore your options and start your transformation today.
Watch this video to learn more:
