What would be your ideal combat shirts setup?

If you look at the evolution of “combat shirts” as a concept, they’re basically the modern answer to an old problem: reduce heat burden where armor/kit sits while keeping abrasion resistance where you’re exposed.

Historically, armies kept relearning this. In WWII, crews and infantry improvised with lighter under-layers in North Africa and the Pacific; by the Cold War you see more deliberate layering doctrine (British and US manuals push moisture management and insulation control rather than “one magic garment”). The modern combat shirt just formalizes that: wicking torso under armor + durable sleeves/shoulders for crawling, sling wear, and foliage.

So my ideal setup is less one shirt and more a small “system”: a hot-weather combat shirt (light, fast-drying torso) and a temperate/cold option (slightly heavier knit torso) paired with a consistent outer layer approach. The winning move is standardization—same pocket layout and fit across the set so you aren’t relearning where things sit every exercise.

My ideal combat shirt setup is two shirts + one backup, all the same model so sizing and pocket placement stay consistent.

What I look for:

- Torso: true moisture-wicking knit that doesn’t feel like a plastic bag under a plate carrier. Bonus if it dries fast and doesn’t hold odor as badly.

- Sleeves/shoulders: tougher NYCO-style or similar durable fabric with a bit of stretch in the right places.

- Fit: athletic but not compression. If it’s too tight, it binds when you’re shouldering a rifle or reaching overhead.

- Pockets: simple bicep pockets that lay flat under straps, with loop field not oversized. Pen slot is actually useful.

- Cuffs: adjustable but not bulky.

- Elbows: I prefer no hard pad built in; I’d rather use separate sleeves or pad inserts only if the shirt is designed well for them.

Colors/patterns: if you’re mixing with various kit, solid ranger green/coyote tend to blend well. If you’re matching a uniform set, obviously go with the pattern you actually wear so it doesn’t look like a costume mashup.

From the “been sweaty in this for too long” perspective: comfort under the carrier is everything, and seams matter more than people think.

Ideal setup for me:

- One hot-weather combat shirt that’s genuinely breathable under armor.

- One mid-weight version for cooler mornings/evenings.

- A plain moisture-wicking tee as a fallback when the combat shirt is soaked or you need to rotate.

Practical notes from training cycles: avoid thick shoulder seams that sit exactly under your straps; they’ll rub you raw over a long day. Also, make sure the collar isn’t too tall—high collars look cool until they fold and chafe. And don’t overpack the arm pockets; anything bulky turns into a pressure point once you’re in and out of vehicles.

If you can, try wearing it with your exact plate carrier setup before committing. Five minutes in front of a mirror doesn’t equal six hours on the line.

The “ideal combat shirt” isn’t the one with the most features, it’s the one that doesn’t create problems. Most people buy the loudest marketing: huge loop fields, goofy pocket angles, “operator cut,” and then wonder why it bunches under armor.

Here’s my take: keep it boring. Low-profile bicep pockets, minimal Velcro, and a torso fabric that actually breathes. If your plate carrier fits correctly, you don’t need a shirt with a bunch of padding and gimmicks.

Also, stop trying to make one shirt do every season. That’s how you end up overheating in summer and freezing in shoulder season. Two shirts (hot + mid) and a proper layering plan beats one “do-all” combat top every single time.

I think “ideal combat shirt setup” is starting to include integration points for modern electronics, even in basic training contexts. Not talking sci-fi—just realistic cable management.

What I’d want:

- Small internal routing channels or discreet anchor points for comms cables so you’re not snagging on door frames or drone controller straps.

- Reinforced forearms for ground work (prone, kneeling) because a lot of small-unit drone work turns into setting up in rough terrain.

- Quiet fabrics (less swish) and low-reflective finishes. Even commercial blends can shine oddly under certain lighting.

As drones become standard, people carry more batteries, controllers, and antenna bits. The shirt shouldn’t “hold” that gear, but it should play nicely with straps, sling wear, and chest rigs without hot spots.

If you’re in and out of vehicles, your ideal combat shirt setup is different than pure dismounted work.

Vehicle-focused priorities:

- Abrasion resistance on sleeves and shoulders: turret edges, hatch lips, seat hardware, and sling rub eat fabric fast.

- Low-bulk cuffs and collars: anything bulky gets caught or folded when you’re moving through tight spaces.

- Not too much stuff on the upper arm: pockets stuffed with hard items turn into pressure points when you’re wedged against armor panels.

I’d run a lighter torso for heat, but I’d pick a sleeve material that can survive constant contact with vehicle interiors. Also, pick colors that don’t show grime instantly—mechanized life is a dust-and-grease reality.

From a maritime mindset, I always think in terms of moisture, salt, and corrosion-adjacent grime. Even if you’re not on a ship, rain and sweat create similar issues.

Ideal setup for me is: one quick-dry combat shirt that doesn’t stay clammy, plus a lightweight layer that goes over it when the wind picks up. I’d prioritize:

- Fast drying over “feels soft in the store.”

- Fabrics that don’t get heavy when wet.

- Simple closures that still function when dirty (Velcro can become a lint magnet).

If you train in wet environments, rotating shirts matters. A “two shirt rotation” (one drying, one wearing) is underrated for comfort and skin management without getting into anything medical.

Aviation side perspective: layering and snag hazards are the big deal. Anything that catches on straps or creates weird bulk under harness/kit is a no-go.

Ideal combat shirt setup:

- Smooth torso material that doesn’t bunch under a vest.

- Minimal external junk—flat pockets, low-profile loop fields.

- Sleeves that allow full overhead reach without the shirt pulling up.

Also, if you’re around rotary-wing wash or dusty LZ environments, breathable is great, but don’t go so thin that the sleeves get shredded instantly. I’d rather have durable sleeves and a comfortable torso than ultralight everything.

If you’re newer to buying your own gear (or thinking about joining and training), I’d keep it simple and budget-conscious:

- Start with one solid combat shirt that matches the environment you train in most (hot or temperate).

- Make sure it fits with your plate carrier and doesn’t ride up.

- Don’t overbuy patterns—pick a common, practical color that matches your other kit.

If you’re going into a program where gear standards are specific, it’s worth asking your unit/training cadre what’s allowed before spending a lot. Requirements can vary and you don’t want to show up with something that can’t be used.

What I notice from studying how a lot of SOF folks set things up (across different countries) is that the “ideal combat shirt” is usually the boring one that works under kit, not the flashiest one.

Common traits:

- A cut that’s comfortable under armor for long periods.

- Durable sleeves for rope work, urban abrasion, and general abuse.

- Low-profile pockets and clean shoulder areas to avoid strap interference.

If you’re building an ideal setup, I’d mirror that philosophy: pick a proven design, buy two, and spend the rest of the money on socks/boots/gloves—because those are what you actually feel all day.

Fieldcraft angle: the ideal combat shirt setup is the one that manages sweat and dries fast, because wet clothing is a morale killer and a comfort problem.

I’d want:

- Torso fabric that wicks and dries quickly.

- Sleeves that resist abrasion when you’re moving through brush or doing low crawls.

- A collar that can protect your neck from sling rub and sun, but isn’t so tall it chafes.

If you’re out for multiple days, bring a rotation plan. Even just swapping to a dry top at the end of the day (and drying the other one) can make a huge difference. And keep it repairable—small tears happen, so fabric that takes a simple field stitch is a plus.

One underrated factor in “ideal combat shirt setup” is supply reality and standardization. Different theaters and budgets drive what’s common and what’s sustainable.

If you’re buying personally, I’d optimize for availability and consistency: get a model you can replace easily, in a color/pattern that won’t be discontinued next year. In many modern forces, the practical win is reducing variance so training and logistics stay simple.

Also, avoid anything that screams niche/novelty. A professional, subdued setup tends to age better and avoids unwanted attention in mixed environments.

From a support/logistics view, “ideal setup” is repeatable and maintainable:

- Two identical combat shirts for your main season (so you can rotate and wash without losing consistency).

- One different-weight option for temperature swings.

- Durable stitching at stress points: elbows, shoulder seams, and pocket corners.

Also think about how it interfaces with your kit: if your carrier or chest rig has a lot of contact points, choose a shirt with smooth panels where it touches. Fewer failure points equals fewer replacements, and that’s the unglamorous truth of field gear.

I’m still learning this stuff, but I’m curious: how do you tell if a combat shirt is actually “breathable” without just trusting the product page?

Also, do most of you prefer the shirts with elbow pad inserts or is that more of a niche thing? I tried one on once and the elbows felt stiff, but maybe it was just that brand.

In terms of an “ideal” setup, I think it depends on your operating pattern: dismounted all day vs mounted mixed movement changes the optimization.

If I’m building a small system:

- Hot-weather combat shirt optimized for heat dumping under armor.

- Mid-layer combat shirt that still wicks but offers a bit more warmth.

- Optional lightweight wind layer that goes over everything.

The strategic logic is simple: most performance loss in training is heat/cold management and friction points, not pocket features. A modular clothing system reduces fatigue and lets you adapt without swapping your whole kit layout.

Looking ahead, I’d like combat shirts to be designed around wearable systems without turning into a gadget platform.

My “ideal” features:

- Reinforced zones where powered-assist harness straps or load-bearing frames would contact (shoulders, upper back, hips if the shirt runs long).

- Better thermal management mapping: more breathable panels where armor traps heat, tougher fabric where abrasion happens.

- Non-intrusive attachment points for sensors (training telemetry, heart rate straps, etc.)—not required, just smart compatibility.

Even with today’s tech, the biggest win is reducing snagging and pressure points created by all the extra hardware people now carry.