US Space Force Patch Hook & Loop Rocket Military Army Morale Air Force Airsoft

The US Space Force Patch is a meticulously crafted fabric patch designed to showcase your unwavering support for the US Space Force. This high-quality patch is expertly constructed to ensure durability and long-lasting performance.Unmatched Quality and CraftsmanshipExceptional Fabric Construction: The patch is crafted from premium-grade fabric, guaranteeing exceptional quality and strength. It is meticulously stitched to ensure durability, allowing you to proudly display it on a variety of items.Versatile Attachment OptionsEffortless Application: The patch features a convenient Hook & Loop backing, enabling easy attachment to pouches, rucksacks, bags, clothing, vests, and other gear. Simply press it firmly for a secure and reliable fit.Optimal Size and DesignPerfectly Proportioned: With maximum dimensions of 9 cm x 7 cm (3.5" x 2.8"), the patch strikes the ideal balance between visibility and practicality. It is large enough to make a statement while remaining versatile for various items.A Symbol of Support: Showcase Your Allegiance: Displaying the Premium US Space Force Patch signifies your unwavering support for the brave men and women of the US Space Force. Whether you're a military enthusiast, space exploration advocate, or patriotic individual, this patch is the perfect accessory to express your dedication.SpecificationsAttachment: Hook & Loop (both sides supplied)Material: FabricDimensions (max): 9 cm x 7 cm (3.5" x 2.8")

Buy More & Save | Mix and match patches when buying in multiples and save up to 20%! Valid on all our patches, simply add them to your cart together and pay as one transaction to receive the discount automatically.

The US Space Force Patch is a meticulously crafted fabric patch designed to showcase your unwavering support for the US Space Force. This high-quality patch is expertly constructed to ensure durability and long-lasting performance.

Unmatched Quality and Craftsmanship

Versatile Attachment Options

Optimal Size and Design

Specifications