Royal Elf LARP Sword – 60 cm

Royal Elf LARP Sword – 60 cm

Immerse yourself in the enchanting world of fantasy and cosplay, knowing that this sword is constructed from high-quality materials to ensure both durability and safety during your epic adventures.Inspired by elven folklore, the Royal Elf LARP Sword features captivating details that will transport you to a realm of magical quests and heroic deeds.

Step into the shoes of elven royalty and wield the Royal Elf LARP Sword with pride. Let its exceptional craftsmanship and authenticity captivate onlookers, making you a distinguished presence on the LARP battlefield.Unleash your inner nobility and reign supreme with the Royal Elf LARP Sword – 60 cm. Embrace the elegance and might of the elves, and let your LARP journey be a tale of legendary exploits and captivating escapades!

Key Features:

• A quality weapon for an affordable price
• Closed cell foam is durable and shred resistant
• Features a flexible fiberglass core
• Core is protected by a strong Kevlar tip
• Polyurethane handle is highly detailed and durable

Materials:

• Blade is made from closed cell foam
• Handle is made of polyurethane foam
• Core is made of fiberglass
• Finished with a latex coating

Care Instructions:

• Latex weapons need to be maintained to a certain degree. We offer a 100 ml LARP Protection Gel Silicone (MCI-3722) that can be purchased separately in the LARP Accessories section. We recommend that you use this silicone on a regular basis. It will keep the coating flexible, which will make the weapon last much longer. The maintenance silicone also protects the coating from drying out and helps the weapon resist general wear and tear from normal use.
• As this is a hybrid latex and polyurethane foam weapon, take care not get maintenance silicone on the handle by first wrapping the handle in a plastic wrap.
• Store latex weapons flat or on the pommel, never on the tip, and in a cool, dry environment. Use a towel or sheet to protect the LARP weapon from adhering to plastic or rubber surfaces.