Sumkcaps 2811 Custom Six Panel Flat Brim 3D Embroidery Trucker Hat

Custom Six-Panel 3D Embroidery Trucker Hat

This custom 3D embroidery trucker hat combines a traditional six-panel crown with breathable rear mesh and a raised front logo. The structured front panels help the cap retain its shape and provide a stable base for dimensional embroidery, while the mesh back improves ventilation during warm-weather and outdoor use.

Its classic trucker construction makes the cap suitable for streetwear collections, sports merchandise, workwear brands, outdoor companies and promotional headwear programs.

Direct 3D Puff Embroidery

The logo is embroidered directly onto the front panels using 3D puff embroidery. A foam layer is placed beneath selected sections of the design before stitching, allowing letters or graphic elements to rise above the fabric surface.

This technique works best for bold lettering, initials, numbers and simple symbols. Smaller details can be completed with flat embroidery and combined with the raised sections for a clearer finished design.

Unlike an embroidered patch, the logo does not use a separate patch base or outer border. The stitching is integrated directly into the hat.

Structured Crown and Breathable Mesh Back

The six-panel construction creates a rounded, familiar trucker hat profile. Its structured front keeps the embroidered logo clearly visible when the cap is worn or displayed.

Mesh panels at the sides and back improve airflow and reduce overall weight. An adjustable rear closure provides a flexible fit for most adult wearers.

OEM and Private Label Options

Customization options include:

• Flat and 3D puff embroidery
• Custom crown and mesh colors
• Front, side and back logo placement
• Flat or pre-curved visor options
• Custom woven labels and inside taping
• Sweatbands, closures and packaging

MOQ is 200 pieces per design and per color. Sample production generally takes 7–9 working days, while current bulk production timing should be confirmed according to materials, embroidery complexity and order quantity.