US Army Parachutist Badge (Jump Wings) Plaque

US Army Parachutist Badge (Jump Wings) Plaque

Description:

The Army Parachutist Badge, also known as the Basic Parachutist Badge or “Jump Wings,” is a symbol of courage, discipline, and elite military achievement. This badge is awarded to soldiers and service members from any branch of the U.S. Armed Forces who successfully complete the U.S. Army Basic Airborne Course at Fort Benning, Georgia—the home of the Airborne.

To earn the badge, candidates undergo a rigorous three-phase training program: the Ground Phase, the Tower Phase, and the Jump Phase. The course culminates in five qualifying parachute jumps, including both daytime and nighttime operations, with and without combat loads. Upon graduation, each paratrooper earns the right to wear this distinguished insignia, signifying their qualification to participate in airborne operations and their membership in one of the Army’s most respected communities.

This model accurately recreates iconic "Jump Wings" badge The model is meticulously detailed, capturing the feather texture of the wings and the canopy and risers of the parachute.

Optimized Print Settings: 

The included slicer settings have been meticulously dialed in to minimize layer lines and maximize aesthetic quality. For the best results straight off the build plate, I recommend the following parameters:

• Nozzle Size: 0.4mm for the default scale. (Note: If you reduce the scale significantly, I highly recommend switching to a 0.2mm nozzle to preserve the ultra-fine details).
• Layer Height: 0.12mm - 0.16mm to capture the intricate textures.
• Infill: 15% (Gyroid) for an ideal balance of weight and structural durability.
• Orientation: Print flat on its back to ensure optimal bed adhesion and a pristine top-surface finish.

Pro-Tip: Print this in Matte Grey PLA, dark grey PETG, or a carbon fiber/marble blend to give it a truly authentic, tactical finish! (Display Model Printed in PLA Marble).  If using filament with additives, do not use smaller layer heights due to the likelihood of nozzle clogging.

Thanks for the support, and happy printing!