Luke Hanvey of Tusq: How Men Can Get the Targeted Stomach Compression That Actually Works

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The men’s shapewear category has expanded steadily over the past several years. More brands are offering men’s shapewear for the stomach, compression shirts, and midsection-focused garments, yet customer feedback often points to a familiar set of frustrations. Shirts roll up. Compression feels uneven. The stomach area, which many men are most concerned about, may not appear significantly different.

A common design feature across the category is uniform compression. Many garments apply the same level of pressure across the entire torso. While this can create a general smoothing effect, it does not always address the specific areas men want to refine. For men with broader builds or gynecomastia, standard designs may feel restrictive without delivering noticeable shaping where it matters most. Heat retention and discomfort over extended wear are also frequent complaints.

These product limitations exist alongside broader cultural shifts. Awareness around male body image has increased in recent years. As eating disorders among men have gained recognition, researchers have expanded their focus on male body image concerns and the pressure to achieve certain physiques. Between 2000 and 2022, the number of peer-reviewed articles on male body image in the PsycINFO database rose from 44 to 468, reflecting growing academic attention to the subject.

Men’s goals vary widely. Some want to look leaner in professional settings. Others are focused on achieving a more defined, muscular appearance. Many seek a balance between the two. Regardless of the objective, more men appear willing to explore products that alter silhouette subtly, particularly for specific occasions.

Market projections reflect this interest. The global shapewear market is expected to grow at a compound annual growth rate (CAGR) of 8.0% from 2025 to 2030, with the men’s segment projected to expand at a comparatively faster pace. Shifting fashion norms, increased attention to fitness, and broader conversations about appearance and confidence are contributing factors.

Within this evolving market, some companies are experimenting with alternative design approaches. Luke Hanvey, Founder and CEO of Tusq, has argued that stomach-focused compression may address a gap left by uniform designs. Rather than tightening the entire torso equally, this approach concentrates pressure around the midsection while aiming to reduce rolling and overheating.

Whether targeted compression represents a lasting shift in product design remains to be seen. As consumer expectations continue to rise, comfort, durability, and realistic results are likely to weigh as heavily as marketing claims in shaping the next phase of the category.

Why Generic Shapewear Fails to Target Your Stomach Effectively

Tusq

Most tummy shapers for men distribute pressure evenly across the torso. The same level of compression is applied to the chest, sides, and stomach without accounting for differences in body shape.

Flat areas like the chest and sides tend to respond well to uniform compression because the fabric can sit flush against the surface. The stomach, however, is typically more curved. When equal pressure is applied across the entire surface, the flatter areas experience more effective compression, while the midsection may receive less.

This imbalance can lead to practical issues. The fabric shifts as it adjusts to uneven pressure, which may cause it to roll or bunch around the waist. Instead of creating a smoother appearance, the garment can become uncomfortable over time.

“There’s nothing really for plus-sized men in compression clothes,” says Luke Hanvey. He argues that concentrating compression more directly on the stomach, rather than distributing it evenly, may better address how different parts of the torso respond to pressure.

The Engineering Behind Tusq’s Pinstripe Stomach Compression
A closer look at a Tusq compression shirt reveals vertical pinstripes through the stomach area. While they resemble a design element, the lines correspond to differences in the fabric’s weave. According to the company, this section uses a tighter weave to create firmer compression, while the surrounding areas rely on a looser structure that provides lighter support.

Using variations in weave density is a common method for producing different compression levels within a single garment. By adjusting the knit pattern rather than adding panels or extra layers, manufacturers can influence how pressure is distributed across specific areas of the body.

In this case, the denser pinstriped section aligns with the midsection, where more concentrated support is intended. The rest of the shirt is constructed to allow greater flexibility and breathability. This differs from uniform compression garments, which apply consistent pressure throughout the torso.

Tusq describes the pinstripe configuration as a functional design choice tied to compression mapping rather than purely a visual feature.

What to Look For in Compression Wear
If you’re considering compression garments, a few practical factors matter more than branding or marketing claims.

• Material composition affects both comfort and durability. Many compression shirts use a nylon and spandex blend, often around 75–80% nylon and 20–25% spandex. Nylon provides structure and strength, while spandex allows stretch. The balance between the two influences how firmly the garment compresses, how well it moves with your body, and how it holds up after repeated washing.

• Breathability is just as important as compression. Areas designed for stronger support involve closer fabric contact with the skin. Without moisture-wicking properties or airflow, that contact can trap heat and become uncomfortable over time. Fabrics designed to manage sweat and allow ventilation tend to perform better during extended wear.

• Construction details also matter. Seams placed in high-tension areas can create pressure points, especially if the garment is worn for several hours. Designs that minimize bulky seams or place them away from sensitive areas are generally more comfortable for daily use.

The Real-World Test
The most useful way to evaluate compression wear is over a full day, not just a few minutes in front of a mirror. A garment may feel supportive at first, but lose shape after washing or become restrictive after several hours.

Situations where you can’t easily change, such as long workdays, events, or travel, make comfort especially important. If a shirt traps heat or shifts throughout the day, its practical value decreases regardless of how it looks initially.

In the end, effective compression wear should balance support, durability, and comfort. If one of those elements is missing, the garment is unlikely to meet expectations over time.

In Partnership with APG 

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