Parachute Regiment Maroon Beret Silk Lined
Regular price
£15.50
Regular price
Sale price
£15.50
The Parachute Regiment Maroon Beret Silk Lined is worn with pride by members of the elite Parachute Regiment, symbolising their unparalleled courage, skill, and dedication to airborne operations.
The small crown design ensures a snug and secure fit, essential for parachute jumps and high-intensity combat situations where headgear must remain firmly in place.
Crafted with meticulous attention to detail, the silk lining provides added comfort during extended wear, reflecting the regiment's commitment to excellence and attention to detail.
Whether on the battlefield or in ceremonial duties, the Parachute Regiment Maroon Beret signifies the unwavering commitment of its wearers to uphold the highest standards of professionalism
Product Specification:
• 100% wool
• Blue silk lined
• Black soft leather banded
• Draw cord and bow
• Printed with dual size
If you need to wash this beret, we suggest hand washing it using cold water and a mild detergent Please Note: Our berets are shaped at your own risk. We will not accept liability for any damage to beret caused during this process.
The small crown design ensures a snug and secure fit, essential for parachute jumps and high-intensity combat situations where headgear must remain firmly in place.
Crafted with meticulous attention to detail, the silk lining provides added comfort during extended wear, reflecting the regiment's commitment to excellence and attention to detail.
Whether on the battlefield or in ceremonial duties, the Parachute Regiment Maroon Beret signifies the unwavering commitment of its wearers to uphold the highest standards of professionalism
Product Specification:
• 100% wool
• Blue silk lined
• Black soft leather banded
• Draw cord and bow
• Printed with dual size
If you need to wash this beret, we suggest hand washing it using cold water and a mild detergent Please Note: Our berets are shaped at your own risk. We will not accept liability for any damage to beret caused during this process.