Fortnite Hotfix Update Vehicles Nerfs Patch Notes: Key Changes Explained

Epic Games has recently implemented a series of significant changes to Fortnite, particularly focusing on vehicles, following feedback from both competitive and casual players. These updates aim to address concerns about overpowered vehicle modifications and their health regeneration capabilities, aiming for a more balanced gameplay experience.

The adjustments, part of a hotfix released on May 30, include increased damage output for the Boom Bolt weapon against vehicles, reduced turret fire rates, and an overall reduction in vehicle health in solo modes. Additionally, modifications to the Nitro Gauntlets have extended their recharge time, reflecting an ongoing effort by Epic Games to refine the dynamics of vehicular combat within the game.

Fortnite Hotfix Patch Notes

hotfix patch
Source: youtube.com

Fortnite has rolled out several changes in a recent hotfix, impacting vehicle mechanics and weapon functionalities. Players will notice a distinct difference in the effectiveness of vehicles, specifically the Nitro Gauntlets and Boss cars.

Change Details
Boom Bolt Increased damage to cars to 3.7x, up from 3.0x.
Nitro Gauntlets Recharge time per charge extended by 3 seconds.
Vehicle Turrets Reduction in firerate boost when Nitro is active, now 1.25x instead of 1.5x.
Nitro Bash Damage decreased to 25, down from 75.
Boss Cars Health regeneration is no longer automatic.
Vehicle HP in Solos Reduced to make vehicles less dominant in solo matches.
Machine Gun Turrets Accuracy has been reduced to limit effectiveness.
Grenade Turrets Damage to builds cut to 150 from the previous 250.
Boogie Bombs Reintroduced into the game, offering players another strategic option.

These adjustments aim to balance the gameplay by moderating vehicle power and enhancing tactical versatility with the return of Boogie Bombs. This hotfix is part of Fortnite‘s ongoing effort to refine the competitive landscape and ensure an engaging experience for all players across its dynamic modes.