Dirt Rally 2.0 Wheel Settings: Getting the Most From Your Sim
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If you've jumped straight into Dirt Rally 2.0 with a direct drive wheelbase and left everything on default settings, you've probably already noticed the problem. It feels too light. The wheel kicks and jumps in ways that feel disconnected from what's happening on screen. You might have even wondered if something is wrong with your setup.
Nothing is wrong. DR2.0 just needs some work before it translates well through a high-torque base. Here's how to sort it properly.
What to expect from DR2.0 force feedback
The first thing to understand about Dirt Rally 2.0 is that it transmits a lot of surface information through the wheel. Gravel, mud, wet tarmac, washboard roads - all of it comes through the wheelbase. On a direct drive base, this surface texture is very physical. There's a lot of jumping and micro-corrections in the wheel that you don't experience the same way on a belt or gear driven system.
That's not a flaw - that's the sim doing its job. But it means you need to prepare for a driving style that handles constant wheelbase movement. Be ready for jarring inputs through the wheel on rough stages. This is normal, and it's one of the things that makes a direct drive wheelbase genuinely more immersive in a rally title compared to a GT sim. The road surface is part of the experience.
The mistake most drivers make early on is deciding the FFB is too rough and turning it way down. That strips out the detail you actually want.
The FFB mistake to avoid
Going too light on FFB is the most common setup error we see with DR2.0 on a direct drive base. Drivers crank the FFB strength down to manage the jumping and end up with a wheel that gives them almost no information. You lose grip feel, you lose the front tyre feedback that tells you when you're about to understeer off a corner, and you lose the subtle road surface detail that makes the sim genuinely usable as a training tool.
The right approach is the opposite: keep FFB strength at a meaningful level and manage the harshness separately through the game's FFB settings and your wheelbase software.
Here's a starting point for DR2.0 on a MOZA direct drive base:
In-game settings (DR2.0 Custom FFB):
Self Aligning Torque (SAT): 100
Pneumatic Trail: 100
Mechanical Trail: 40 - 50
Suspension: 50
Tyre Friction: 50
Surface Friction: 60 - 70
Collision: 60
Centre Spring: 0
Wheel Friction: 0
In MOZA Pit House:
Overall FFB strength: 60 - 75% of your wheelbase's max torque
Inertia filter: 15 - 20%
Friction: 5 - 8%
Damping: 10 - 15%
These are starting points, not absolute values. Rally is a category where personal preference on FFB weight makes a genuine difference to how you place the car, so spend time adjusting from this base rather than hunting for a "perfect" community setting.
Stage surface and car class
DR2.0's FFB characteristics change significantly between car classes and surface types. A Group B car on gravel is a completely different experience to a modern R5 on tarmac. The jumping and surface input that feels overwhelming in a Group B on rough gravel stages is largely appropriate - those cars were genuinely violent and hard to control.
If you're new to DR2.0, start with modern R5 or Rally2 class cars on tarmac or smoother gravel stages. Get your settings calibrated there before moving to the rougher surfaces and older car classes.
Which wheelbase for DR2.0
Both the R21 and R25 Ultra work excellently with DR2.0. Our recommendation comes down to how far you want to push the setup.
The R21 Ultra at 21Nm is the sweet spot for most rally sim drivers. It delivers the full surface texture and kerb detail DR2.0 can produce, with enough headroom that you're not running the torque maxed out. That gives you room to dial FFB strength around your preference without clipping.
The R25 Ultra steps up to 25Nm of torque with MOZA's True Torque technology. The difference in rally is most noticeable on rough, high-detail stages where the surface input is most varied. If you're going to put serious hours into rally simulation or want the maximum detail available, the R25 is the wheelbase that delivers it.
Quick FAQ
Which steering wheel works best for DR2.0?
A GT-style wheel like the MOZA RS V2 works well for most rally sim drivers. Some prefer a smaller, shorter rim for quicker lock-to-lock inputs - if you're doing serious rally sim work, it's worth trying a few options in the showroom. A smaller diameter rim can make fast corrections feel more natural in a rally car.
Do I need load cell pedals for DR2.0?
They make a meaningful difference. Rally braking is different from circuit - you're often braking into slippery surfaces with less stability than a smooth GT3 circuit. Load cell pedals give you more precise brake modulation on loose and wet surfaces, which translates directly into fewer offs and better stage times. Browse our range of sim racing pedals if you're looking to upgrade.
Does DR2.0 work with console setups?
The MOZA R21 and R25 are PC-only direct drive bases. DR2.0 on PC with MOZA gear is the combination these settings are written for. Check individual product pages for console compatibility information on other wheels in our range.
If you want to try the settings on one of our rigs before committing, our Dandenong South showroom has MOZA direct drive setups available to test. Worth a visit if you're deciding between the R21 and R25.
