Bigfoot's Cloaking Secrets: Ghillie Suits, Thermal Invisibility, and Translucent Hair

Posted Friday, January 24, 2025

By Squatchable.com staff

Have you ever wondered about the mysterious ability of Bigfoot to seemingly vanish into thin air? A recent video from the YouTube channel Squatch America explores this very topic, delving into the possibility of Bigfoot's supposed cloaking abilities. The video discusses three theories behind Bigfoot's cloaking ability: natural camouflage, thermal invisibility, and the wild claim of advanced cloaking technology. The first theory, natural camouflage, is demonstrated through the use of ghillie suits, which are used by the US military and hunters to blend in with their surroundings. The long hair of the Bigfoot greatly resembles these suits, leading some to believe that this could be how the creature is able to hide so effectively. The second theory, thermal invisibility, is supported by thermal images of a Bigfoot taken in Oregon. The hair of the creature covers up its body heat, making it difficult to see in thermal imaging. This could explain why Bigfoot is often difficult to spot, even when it is right in front of us. The third and final theory, advanced cloaking technology, is a more far-fetched idea. However, the video does mention that some have suggested that Bigfoot may have access to advanced technology that allows it to cloak itself. One interesting point brought up in the video is the possibility that Bigfoot's hair may have evolved properties to enhance its effectiveness as camouflage. Suspected Bigfoot hair samples have shown a lack of medulla, the core that retains the color and structure of the hair. Without it, the hair may take on a translucent quality, subtly reflecting its surroundings. Overall, the video presents a compelling case for the idea that Bigfoot's ability to seemingly vanish may not be supernatural, but rather a result of advanced camouflage techniques and the possible evolution of its hair. It's definitely worth a watch for any Bigfoot enthusiast.