Chicken Gun V 4.0.0 !!top!! Jun 2026
New suits were added for the "Melvin" pig character, along with ninja shoes.
Chicken Gun v 4.0.0 doesn’t change the fundamental physics—mass and velocity still kill. But it turns a messy, labor-intensive rite of passage into a precise, repeatable, and data-rich engineering tool.
For full changelogs and community discussions, you can visit the Chicken Gun Wiki on Fandom . chicken gun v 4.0.0
The update is live globally as of this week. Here is how to get it:
During a recent AMA (Ask Me Anything) on Discord, the lead developer teased that version 4.0.0 lays the groundwork for a major feature in 2026: . They confirmed that modding tools are currently in alpha, meaning players will eventually be able to build their own chicken-killing contraptions and share them online. New suits were added for the "Melvin" pig
The titular "Gun" has been completely reworked. In previous versions, you had the standard Chicken Launcher and a few explosive variants. adds an entire weapons locker:
The game became a viral hit due to its satisfying destruction mechanics, hidden easter eggs, and the uncanny valley humor of watching a dozen chickens obliterate a poorly constructed castle. However, earlier versions suffered from frame rate drops on complex maps and a lack of multiplayer depth. addresses every single complaint. For full changelogs and community discussions, you can
If you have ever scrolled through mobile gaming forums or bizarre indie game rankings, you have likely encountered the feathery, chaotic phenomenon known as Chicken Gun . Since its inception, this ragdoll physics simulator has carved out a unique niche: part stress reliever, part Rube Goldberg machine, part avian apocalypse. Now, with the release of , the developers have delivered what fans are calling the most significant update in the game's history.
Previous guns produced a fixed muzzle velocity (typically 300-400 knots). The new closed-loop gas control system allows dynamic velocity curves—meaning the chicken can accelerate mid-barrel to simulate an aircraft diving or climbing. This replicates real-world oblique strikes with ±0.5% accuracy.