BMW M3 E92 [Add-On / Replace] 1.0

The BMW M3 E92 [Add-On / Replace] 1.0 mod for Grand Theft Auto V adds a sporty car to the game. The 3D model for the car is from Forza Motorsport 4 and was taken from gamemodels.ru. The tires are taken from GTA San Andreas. The mod features breakable glass, support for all game features, remaining bullet holes on the body, accurate collision, light on dashboard, full dirtmap, full damage, hands on the steering wheel, fully working dials, fully working steering wheel, accurate model size, correct first-person camera, correct seat position for all seats, UQ panorama mirror reflections, UQ model, HQ materials, HQ metallic color, and an Add-On version.

The mod was edited and converted by ata386 and includes screenshots by the author. The Add-On version includes an Add-On readme file by Al3x_M3rc3r. The mod does not include tuning and does not have a perfect engine model.

Installation of the mod requires adding either the "bmwm3" folder for Add-On version or replacing the original files with the files included in the mod. The car can be spawned in the game using a trainer or by locating it in the game's car menus.

In conclusion, the BMW M3 E92 [Add-On / Replace] 1.0 mod for Grand Theft Auto V is a mod that adds a sporty car to the game. Basic installation instructions are provided in the included readme file. Note that the mod includes additional terms of distribution and use, which must be respected. If you have any issues or questions regarding the mod, please contact the author.

About the Real BMW M3 E921.0

Real-World Specifications
Engine	3.0 L S58B30T0 twin-turbo I6
Transmission	6-speed ZF GS6-53BZ manual (except xDrive models)8-speed ZF 8HP automatic
Curb Weight	1,719 kg (3,789 lb)
Wheelbase	2,857 mm (112.5 in)
Length	4,801 mm (189.0 in)
Width	1,903 mm (74.9 in)
Height	1,438 mm (56.6 in)
Layout	Front-engine, rear-wheel-driveFront-engine, all-wheel-drive
Class	Compact executive car (D)
Body Style	4-door saloon (G80) 5-door estate (G81)

Source: Wikipedia. In-game model may differ from real-world specifications.