The Sawed-Off | Jungle Thicket (Battle-Scarred) is a classic shotgun that delivers heavy damage at close range. Although it has low accuracy and high spread, its powerful impact makes it a formidable choice for players who can land their shots. This skin features a dark green palm frond design over a jungle-colored camouflage, adding an aesthetic appeal that resonates with its rugged theme.
The Sawed-Off | Jungle Thicket was introduced to CS2 on November 18th, 2019, as part of the "Operation Shattered Web" update. This history highlights its established presence in the game since its release.
The skin showcases a "Spray-Paint" style with a Jungle Thicket finish. It is characterized by multiple layers of spray paint applied through stencil patterns, primarily featuring a green tint that evokes a tropical environment. The design is influenced by the pattern index, which adds uniqueness to each instance of the skin.
As a Battle-Scarred skin, the float value of the Sawed-Off | Jungle Thicket ranges from 0.45 to 1.00. This level of wear affects the overall design, resulting in a more worn and rugged appearance, aligning well with the nature of the skin.
The price dynamics of the Sawed-Off | Jungle Thicket indicate a general trend of stability within the Consumer Grade rarity. Compared to other shotgun skins, it maintains an accessible price point, making it a popular choice among players.
The Sawed-Off | Jungle Thicket is classified as Consumer Grade, which means it is relatively common within the game. This rarity indicates that it is easier to obtain compared to more exclusive skins.
The Sawed-Off | Jungle Thicket cannot be obtained from opening any containers; it is part of The St. Marc Collection. Its drop chance is not specified, so players should refer to the game or relevant resources for detailed statistics.
With a popularity rating of 85%, the Sawed-Off | Jungle Thicket ranks in the top 15% of the most popular items in CS2. This popularity is based on daily sales volume and price trends, indicating a strong player demand.