Games BeamNG.drive Files Cars 2023 Dodge Challenger (2.0) [0.38.x]

BeamNG.drive — 2023 Dodge Challenger (2.0) [0.38.x] / Cars / Vehicles

A car sandbox built around detailed physics of destruction and vehicle behavior. Every collision, turn, and acceleration is calculated in real-time, making the cars... Read more

Anticipation Rating:

8/10

3.1K ratings

2023 Dodge Challenger (2.0) [0.38.x]

Name: 2023 Dodge Challenger (2.0) [0.38.x]
Availability: OnlineOnly
Rating: 10.0 (9 reviews)
Author: Flashy-Cell-8055

BeamNG.drive / Mods and Skins / Cars

Author:

Flashy-Cell-8055

Uploaded by:

xam_xam Subscribe You are subscribed

Size:

232.89 MB

Date:

June 30, 2026, 12:00 PM

Downloads:

955

10 / 10

9 people rated the file

No one has rated the file yet.

Download Download in Telegram Add to favorites In favorites

June 30, 2026, 12:00 PM

2023-dodge-challenger-2-0-0-38-x_1782810000_151860.zip
Virus check from Virustotal: the file is safe (view report)

Download (232.89 MB)

Features:

26 Configurations: includes Drag, SXT, R/T, RT Scat Pack, Jailbreak, Hellcat Widebody, Quan's Hellcat, and Demon versions.
High-Quality 3D Models: excellent bodywork and detail development.
High-Quality Interior: detailed textures, accurate gauges, and support for multiple display modes.
Accurate transmission gear ratio: precise gearbox tuning.
Fully JBeamed: high-quality damage structure and car physics.
Full PBR materials: modern rendering of textures, light, and other details.
Engine with real-life performance characteristics: performance fully matches the real car.
Custom engine modifications: options for under-the-hood tuning.
Wide variety of tuning parts: customization of appearance and components.
Custom engine sound: unique audio accompaniment.
Dynamic mirrors: working reflections.
Full Openable: hood, doors, and trunk have working triggers.
Working Sunroof: openable sunroof.
Accurate weight distribution and realistic engine dynamics.
Multiple wheel options: several variants of wheels to choose from.
Realistic crash physics: plausible deformations in collisions.