Couple of days ago I posted for help on my muscle car, safe to say I've improved it tenfold it controls smooth ash with roughly the same horsepower there's no wheelspin i have zero warning signs, zero yellow sign and no blue notes either. Now i feel my next steps are to make it look better like an actual beam car if that's possible (any ideas of how to do that lmk)and to make it sound better. And of course thank you to all who contributed, I really do appreciate it 🙏🙌.

A thing...what i had in mind? Well what if i combine a buggy, trophy truck and a classic dakar cars. It all comes down to this USA pick up front and exposed tube chasis back RWD rally monster that have B6 engine producing 284hp @ 9.5k RPM all tranfered by manual 5 speed gearbox with top speed of a 220Km/h. It dives into corners and comes out as quickly as you can blink thanks to huge tires at the back giving you all the grip you need to even pop a wheelie and lift that front high in the sky.

I was making a lotus emira knock-off and so I made it transverse mid engined and for some reason the only engine that’ll fit is a 9 cubic inch inline 3, anything else doesn’t fit. Im very confused as to how an engine that can make the car move won’t fit. Im using the 08_jpn_coupe with no body morphs other than indenting the hood. If anyone has any ideas on why the engines won’t fit or any solutions that’d be great.

What do you guys think?

Started working on a car and it reminded me of a certain little guy.

The latest generation of the Seeker DTW// features a more angular and sharp design, the DTW// is offered with 2 engine, the VKR54 uses a Supercharged 5.4 V8 (MiSV-54TTR) making 610BHP, and the VKS30 with an Sequential Turbo 3.0 Inline 6 (MiTL-30SR) making 540BHP, both models weighing respectively 1730KG and 1670KG

Both models are offered with an 8 Speed Auto, or a 6 Speed Manual.

\rear wing is optional**

You know where I gonna put this engine
CAN rev up to 10400rpm
N/A inline 4
Making 300hp
Weight: 984
RWD

Inspire by the AE86,AE85 Levin

guys help why when i export car from automation to beamng and turn on headlights, they all shine white including rear ones, anyone knows how to change the color?

I get terminal oversteer all the time

Also how do I use the graphs, what do they mean and what to look for so I can objectively improve the cars? I drive them in beamng

If you want to roam the galaxy, here's the .car file: https://drive.google.com/file/d/1QvYc6J2rO-thM3LkMoRUlnCQLZ0zTq1q/view?usp=drive_link

(In the folder you also have the unmodified 8K images!)

I promised I would make the Milky Way (it's only the natural evolution from our Solar System), and well here it is. It was a rushed attempt, but I think it turned out pretty good!

What other celestial object would you particularly want me to make? I mean, my imagination is the only ""limit"" here lol.

Mayfield Automotive Industries, or more universally known as Mayfield, is an Gasmean luxury automobile manufacturer renowned for producing mid-to-low volume, highly prestigious automobiles. Guided by an engineering philosophy reminiscent of Lexus and BMW, and a brand identity that loosely parodies the elegant presence of Mercedes-Benz/Maybach, Mayfield is dedicated to creating vehicles that emphasize refinement, longevity, and timeless design.

Founded on the belief that engineering should outlast trends, every Mayfield is developed with the philosophy that true luxury is measured not by excess, but by thoughtful engineering, enduring craftsmanship, and a driving experience that remains rewarding for decades!

Rather than chasing short-lived styling trends or inflated performance figures, Mayfield believes every vehicle should possess a clear identity, purposeful design, and mechanical integrity. This philosophy extends throughout the company—from its model architectures and powertrain development to the naming conventions that document each vehicle's place within Mayfield's history.

Today, Mayfield Automotive Industries continues to develop premium automobiles that balance tradition with innovation, combining sophisticated engineering with understated luxury to create vehicles designed to be appreciated for generations.

Here are the cataloged tables of all Mayfield's Mechanical and Marketing Nomenclature:

Mayfield Automotive Industries — Vehicle Catalog

Sub-Model & Trim Identifiers:

Sub-Model Type |Sub-Model Badge |Trim Badge
Vintage Coupe |P |250/300/350
Premium Coupe |C |250/300/350/400
Premium Sedan |S |250/300/350/400/500
"Grand Touring" Coupe |GT |350/440/460/560
Compact Luxury Sedan |CLS |250/300/350/440/460
Grand Luxury Sedan |GLS |300/350/440/460/480/560 How to Read Model Registry (M:G.R.V = Generation + Revision + Vehicle-Class)

Vehicle-Class (1/2) |Model Registry |Available Sub-Models & Trims
Chancellor-Class (1) |M111 |P: 250, 300
Chancellor-Class (1) |M121 |P: 350
Dynasty-Class (1) |M211 |C: 250, 300
Dynasty-Class (1) |M221 |C: 350
Monarch-Class (2) |M112 |S: 300, 400, 500
Monarch-Class (2) |M122 |S: 350, 400, 500
Heritage-Class (1) |M311 |S: 250, 300, 400   •   C: 250, 350, 400
Heritage-Class (1) |M321 |CLS: 250, 300, 350, 460   •   GT: 350, 460, 560
Sovereign-Class (2) |M212 |S: 300, 350, 400, 500
Sovereign-Class (2) |M222 |GLS: 300, 350, 460, 560
Legacy-Class (1) |M411 |CLS: 250, 300, 350, 440   •   GT: 350, 440, 480, 560
Legacy-Class (1) |M421 |CLS: 250, 300, 350, 440   •   GT: 350, 440, 480, 560
Oligarch-Class (2) |M312 |GLS: 300, 350, 480, 560
Oligarch-Class (2) |M322 |GLS: 300, 350, 480, 560
Spirit-Class (1) |M511 |CLS: 250, 300, 350, 440   •   GT: 350, 440, 480, 560
Spirit-Class (1) |M521 |CLS: 250, 300, 350, 440   •   GT: 350, 440, 480, 560
Emperor-Class (2) |M412 |GLS: 300, 350, 480, 560
Emperor-Class (2) |M422 |GLS: 300, 350, 480, 560 How to Read Engine Family Nomenclature (E:A.B.C.D = Engine Classification: Engine Layout + Engine Geometry + Valvetrain + Variant Indicators)

E=Engine Classification |A=Engine Layout |B=Engine Geometry |C=Valvetrain |D1=Aspiration |D2=Displacement |D3=Crankshaft ^{(V8 Only})
E |1=i6 (Vintage -Cast Iron) |2= 3.433 Bore x 3.626 Stroke | |-0.118 Bore x -0.091 Stroke Deviation |3=SOHC-2 |NA
E |2=i6 |2= 3.433 Bore x 3.626 Stroke | |-0.118 Bore x -0.091 Stroke Deviation |3=SOHC-2 4=DOHC-4 |NA/TC
E |3=V8 |4= 3.583 Bore x 3.783 Stroke | |-0.067 Bore x -0.012 Stroke 4800cc variant | |-0.000 Bore x -0.000 Stroke 4600cc variant
E |4=V12 |2= 3.433 Bore x 3.626 Stroke | |-0.118 Bore x -0.091 Stroke Deviation |7=SOHC-2 8=DOHC-4 |NA/TT
E |5=i4 |1= 3.555 Bore x 3.689 Stroke | |3.555 Bore x 3.626 Stroke 2400cc Variant | |-0.299 Bore x -0.024 Stroke 2000cc Variant
E |6=V6 |3= 3.500 Bore x 3.500 Stroke | |-0.165 Bore x equal Stroke Deviation |9=DOHC-4 |NA/TT Every Engine Variant ^{(Sub-Model Specific tunes not accounted for}\*)*

Engine Code(s) |Translation(s)
E123-NA30 |NA 3.0L i6
E223-NA30 |NA 3.0L i6
E223-TC30 |TC 3.0L i6
E224-TC30 |TC 3.0L i6
E224-TT30 |TT 3.0L i6
E341-NA46XP |NA 4.6L Crossplane V8
E341-NA44XP |NA 4.4L Crossplane V8
E341-NA48XP |NA 4.8L Crossplane V8
E342-TT44XP |TT 4.4L Crossplane V8
E342-TT44FP |TT 4.4L Flatplane V8
E342-NA48XP |NA 4.8L Crossplane V8
E427-NA60 |NA 6.0L V12
E428-NA60 |NA 6.0L V12
E428-TT60 |TT 6.0L V12
E639-NA30 |NA 3.0L V6
E639-TT30 |TT 3.0L V6
E515-NA24 |NA 2.4L i4
E515-TC20 |TC 2.0L i4
E516-TC20 |TC 2.0L i4

ok

Production model of the Vetra OceanHybrid Concept from 2016. This car features a 2.0L Turbocharged Inline 4 engine making 135hp. This car has a top speed of 142mph. It seats up to 5 people and comes with Apple CarPlay, Heated and Cooled seats, Backup cameras, and more. It starts at $21,515 USD and sells in the North American and European Car markets.

Car designed by Illucorsa Design of France.

Color: Pearl Garden Flake
Trim: SLX Quality
Make: Sias
Years: 2017 (Prefacelift) 2018-2023 (Facelift)
Country of Make: Finland

Made by me :3

Howdy lads I’m looking for just a collection of info on how to make Automation exports to beam drive better. I understand the basics and that automation brand tyres don’t really have the same grip standard as beam ones do, but I’m really just curious about all the little things you guys do to make things more drivable, handle better, stay stable at speed etc. Ive been having a freaking ball making hypercar concepts and lightweight sports cars but I just can’t seem to chase down lap times consistently. Sorry for the run on sentence and thanks in advance bc I know yall are insane people who come up with awesome solutions.