ENCCRWIN 1776 Men's Patriotic Short Sleeve Lapel Shirt with Camo Flag Print, Casual Independence Day Polo for Summer, Lightweight Men's Summer Shirt,Blue L

Size:S Bust:108cm/42.52'' Shoulder:44cm/17.32'' Sleeve length:20cm/7.87'' Length:72cm/28.35''
Size:M Bust:113cm/44.49'' Shoulder:45cm/17.72'' Sleeve length:20.5cm/8.07'' Length:73cm/28.74''
Size:L Bust:118cm/46.46'' Shoulder:46cm/18.11'' Sleeve length:21cm/8.27'' Length:74cm/29.13''
Size:XL Bust:123cm/48.43'' Shoulder:47cm/18.50'' Sleeve length:21.5cm/8.46'' Length:75cm/29.53''
Size:XXL Bust:128cm/50.39'' Shoulder:48cm/18.90'' Sleeve length:22cm/8.66'' Length:76cm/29.92''
Size:XXXL Bust:133cm/52.36'' Shoulder:49cm/19.29'' Sleeve length:22.5cm/8.86'' Length:77cm/30.31''
Size:XXXXL Bust:138cm/54.33'' Shoulder:50cm/19.69'' Sleeve length:23cm/9.06'' Length:78cm/30.71''
Size:XXXXXL Bust:143cm/56.30'' Shoulder:51cm/20.08'' Sleeve length:23.5cm/9.25'' Length:79cm/31.10''
This mens performance polo shirt is designed as a short sleeve athletic top that combines a solid body with digital camo sleeves and simple front graphics The garment presents a straightforward polo structure built for daily wear and light activity The main body uses a smooth knit fabric that lays evenly against the torso and offers a clean surface for the front chest detail The sleeves and upper shoulder area incorporate a digital camo pattern that contrasts with the rest of the shirt for a defined two section appearance The collar follows a traditional polo shape with a fold down design that frames the neckline in a structured way The three button placket extends from the collar to the upper chest providing an adjustable opening that can be worn fully fastened or partially open according to preference The buttons are aligned along a narrow placket that is stitched to maintain its form during repeated wear The front chest carries a simple numeric 1776 graphic placed on one side positioned to be visible without dominating the front panel On the sleeve a small flag element is integrated into the camo section keeping the design consistent across both arms The graphics are rendered with clear edges that sit flush with the fabric surface Without additional slogans or text the visual emphasis remains on the combination of solid areas digital camo sleeves and the two understated graphic elements The shirt uses a raglan sleeve construction which extends the sleeve fabric toward the collar instead of creating a straight shoulder seam This structure allows the upper body to move through lifting stretching or rotational motions with fewer points of restriction The seam lines run diagonally from the collar to the underarm helping the fabric follow the shape of the shoulders and upper back The fit is cut along an athletic profile that follows the outline of the body more closely than a loose boxy shirt while still allowing room for airflow through the torso area The knit material is lightweight and smooth to the touch offering a balanced combination of structure and drape The fabric thickness is selected to provide coverage without excess bulk so the shirt can be worn in a range of indoor or outdoor conditions Stitching along the hem sleeves and side seams is arranged for straightforward durability and to help the garment maintain its outlines after washing The hem is finished to fall at standard polo length designed to sit around the hip area depending on the wearers height This length allows the shirt to be worn either untucked or tucked according to setting The collar edge and placket area are reinforced to support shape retention over time The inside of the collar seam is finished to reduce rubbing along the neck The overall design approach focuses on clean lines minimal graphics and a contrast between solid and patterned sections to establish a clear athletic polo identity There are no additional decorative elements beyond the digital camo sleeves numeric front mark and sleeve flag element This keeps the piece visually organized and practical for environments that call for simple graphic presentation The construction and material selection aim to pr