Butterfly Knife
★ Butterfly Knife | Tiger Tooth
Lowest Price
$1299.00
Item Details
Active Offers for ★ StatTrak™ Butterfly Knife | Tiger Tooth (Factory New)
About This Skin
Description
Introducing the ★ Butterfly Knife | Tiger Tooth, a custom-designed balisong known for its striking fan-like opening and freely pivoting blade. This enables quick deployment and concealment. Due to its unique design, butterfly knives are illegal in many regions. The knife features an anodized orange finish with a stunning tiger stripe pattern, making it as rare and deadly as the tiger itself.
History
The ★ Butterfly Knife | Tiger Tooth made its debut in CS2 on March 15, 2017. It was launched with the Spectrum 2 Case during the "Take a trip to the Canals" update.
Origin
The ★ Butterfly Knife | Tiger Tooth can be acquired by opening a Spectrum 2 Case or Spectrum Case. This skin is not part of any collections.
Popularity
With a popularity of 40%, the ★ Butterfly Knife | Tiger Tooth is an average popular item in CS2. This popularity is determined by daily sales volume and skin price.
Rarity
The ★ Butterfly Knife | Tiger Tooth stands out among 428 knife skins. With a rarity classified as Covert, this skin is an ultra-rare drop, boasting an estimated drop chance of only 0.26%.
Availability
The ★ Butterfly Knife | Tiger Tooth is a high-end skin priced between $2,029.71 and $2,086.75. Thankfully, it is currently available on various marketplaces for purchase.
Versions
The float value of the ★ Butterfly Knife | Tiger Tooth varies from 0.00 to 0.08, making it available in Factory New and Minimal Wear conditions. Additionally, a StatTrak version is available for each exterior of the Tiger Tooth skin.
Finish Style
The ★ Butterfly Knife | Tiger Tooth features a striking "Anodized Multicolored" style with a vibrant orange tint. This eye-catching design incorporates a multicolored candy coat, which may be achieved through techniques like silk-screening or stencils. The unique appearance of the Tiger Tooth finish depends on its pattern index, and it utilizes the classic legacy model.
