The R9 is the base most people land on when they stop buying toys and start buying equipment. Nine newton-metres is enough to tell you what the front axle is doing without needing a rig bolted to the floor and a physio on speed dial.
But the wheel arrives feeling like nothing in particular, and MOZA Pit House throws about twenty sliders at you. So here's what I'd actually set, where the numbers come from, and, more usefully, the order I change things in when a wheel doesn't feel right. No made-up "pro" profile: every number below is either MOZA's own published figure or clearly labelled as my preference.
What you're actually working with
The current R9 is the V3, and MOZA's product page lists it at 9 Nm peak torque, a 21-bit magnetic encoder running against a 280 MHz processor, 90-2700° of wheel rotation, 180 W peak power and a 1000 Hz USB refresh rate. It's PC only, no Xbox, no PlayStation, which is the single biggest reason people return one.
The V3 runs MOZA's NexGen 4.0 force feedback algorithm, which adds cogging torque compensation. That matters more than it sounds: cogging is the faint magnetic notchiness you feel rolling a direct drive motor by hand, and on the older bases it sat underneath the signal at low speed. If your R9 feels smoother off-centre than a friend's older unit, that's why.
Worth knowing before you go hunting for a slider that isn't there: MOZA's R9 page describes a "19-point force feedback tuning system" while the Pit House product page says "up to 15 adjustment options". Both are MOZA's own copy. The count moves with the firmware and the software build, so treat any settings guide, including this one, as a starting point to check against your own tab list, not gospel.
The five tabs, in one paragraph each
Open Pit House, click the wheelbase icon, and you get Basic Settings, Advanced Settings, FFB Effect Equaliser, Base FFB Curve and Miscellaneous along the top. That tab order is confirmed in MOZA's own published Pit House walkthrough.
Basic holds maximum steering angle, road sensitivity, game FFB intensity, maximum wheel speed, wheel spring strength and wheel damper. Ninety percent of how the wheel feels is decided here.
Advanced holds maximum output torque limit, natural inertia, wheel friction, speed-dependent damping and its activation speed, plus hands-off protection and steering wheel inertia depending on your build. This is where you make an R9 feel like a specific car rather than a generic wheel.
FFB Effect Equaliser is a frequency-band gain control. Base FFB Curve reshapes the input-to-output relationship. I've written a full guide to the Base FFB Curve and the short version is leave it linear until you have a reason not to. Miscellaneous carries soft lock strength and the temperature control strategy, where Conservative keeps the base cooler and Radical holds peak performance for longer.
If you want the whole application walked through, installer versions, firmware tools, pedal config, that's covered in the MOZA Pit House settings guide.
MOZA's own R9 baseline for iRacing
MOZA publishes a set of R9/R12 starting values in its iRacing settings article. These are the numbers to type in first, before you touch anything:
Basic: steering angle 900°, synchronous on, road sensitivity 10, game FFB intensity 100%, maximum wheel speed 50%, wheel spring strength 0%, wheel damper 35%.
Advanced: professional game FFB intensity 100%, FFB reversal off, maximum output torque limit 100%, hands-off protection on, steering wheel inertia 1800, natural inertia 200%, wheel friction 20%, speed-dependent damping 60% starting at 100 km/h.
Equaliser: 10 Hz 100%, 15 Hz 150%, 25 Hz 180%, 40 Hz 180%, 50 Hz 150%.
In iRacing: force feedback on, linear mode on, reduce force when parked on, wheel force 9 Nm, damping 0%, min force 0%.
That's a genuinely good starting point. Two honest caveats. First, MOZA's list gives a strength figure alongside it, but iRacing's strength value is per-car, use the auto-configure function in the black box on track for each car instead of copying a single number across your whole garage. Our iRacing FFB settings guide covers that properly.
Second, that 900° figure is the base's mechanical range, not your steering lock. With synchronous mode on, the physical rotation follows the car. Get that relationship wrong and every corner feels mis-scaled, the ACC steering lock guide explains the principle even if you're racing elsewhere.
Where MOZA contradicts itself, and what I do about it
Speed-dependent damping is the one to watch. MOZA's general Pit House FFB guide says start around 60% with activation at 200 km/h. The iRacing article says 60% at 100 km/h. MOZA's Assetto Corsa guide says 20% at 90 km/h.
All three are official. They're not really in conflict. They're doing different jobs. High activation speed treats damping as an anti-oscillation tool for straights. Low activation speed treats it as a feel choice, adding weight through medium-speed corners. Decide which you want, then pick.
My preference: start low. Damping is the setting people use to paper over a problem that lives somewhere else, and every point of it costs you detail at exactly the moment you need it.
Preset modes, and the settings that matter per discipline
MOZA ships presets for GT, Formula 1, Rally, Drift and Trucks, and states in its own testing that the GT and Formula 1 presets are the best-tuned out of the box. Load one, then adjust these:
Maximum steering angle: 360° for formula cars, 540° for GT and sportscars, 900° for road cars, rally and drift.
Road sensitivity (0-10): 8 to 10 if you want every surface detail, 4 to 6 for a smoother feel. MOZA's own reasoning is that formula and GT cars are stiff with little roll, so they carry high values well, while rally and drift benefit from less information.
Game FFB intensity and maximum output torque limit: MOZA says R3/R5/R9 users are generally fine at 100% on both, and only recommends pulling back to 70-90% and 70-80% on the R16 and R21. That's the practical advantage of the R9: you can run it wide open and let the sim do the shaping.
Natural inertia: 200-300% for GT cars, 100-150% for formula. This is the single most underrated slider on the base. Real GT cars have genuine mass in the steering column, and dialling inertia up is what stops an R9 feeling like a video game wheel and starts it feeling like a car. Formula cars want it lower because the corrections come faster.
Equaliser bands: MOZA's guidance is 100-120% below 15 Hz (chassis movement, roll, weight transfer), 150-180% across 15-40 Hz (kerb impacts, tyre slip), and 80-100% above 40 Hz (road texture, tyre vibration). The band map published in MOZA's own article is specific: 0 Hz is the wheel itself, 10 Hz body bumps, 15 Hz kerbs at 80 km/h, 25 Hz ABS vibration, 40 Hz kerbs at 160 km/h, 50 Hz grass, 100 Hz high-speed kerbs and sand.
The order I change things in
This is the part most guides skip, and it's the part that actually helps.
- Set steering angle and synchronous mode first. Nothing else can be judged until the ratio is right.
- Set the sim's own FFB correctly before touching the base. If the game is clipping, no Pit House slider will fix it, it'll just make the clipped signal louder.
- Run intensity and torque limit at 100% and see if it's too much. On an R9, usually it isn't.
- Adjust natural inertia to suit the car class. Big change, immediate payoff.
- Only then reach for damping and friction, and only to solve a specific complaint, oscillation on straights, or a wheel that snaps back too hard.
- Equaliser last. It's polish.
- Curve last of all, if ever.
Change one thing, drive five laps, change the next. If you change three and it feels better, you've learned nothing.
Two more practical notes. iRacing 360 Hz mode is available through Pit House, per MOZA, following a May iRacing update, worth enabling if you race there. And if you're still deciding between bases rather than tuning one, the four-brand comparison has current pricing across MOZA, Fanatec, Thrustmaster and Logitech, and the R9 versus CSL DD Elite piece covers the direct head-to-head. If direct drive itself is new to you, start with direct drive wheels explained. On the smaller base, MOZA publishes different values, and they are on my MOZA R5 settings page.
FAQ
What are the best MOZA R9 settings?
There is no single best profile, but MOZA's own published R9 starting point is 900° steering angle with synchronous on, road sensitivity 10, game FFB intensity 100%, maximum wheel speed 50%, wheel damper 35%, natural inertia 200%, wheel friction 20% and speed-dependent damping 60%. Load that, then adjust natural inertia and road sensitivity to the car class you race.
Should I run the MOZA R9 at 100% force feedback intensity?
Yes, in most cases. MOZA's own guidance puts R3, R5 and R9 users at 100% on both game FFB intensity and maximum output torque limit, and only recommends reducing to 70-90% on the higher-torque R16 and R21. Nine newton-metres is comfortable to hold for a full stint.
Does the MOZA R9 V3 work on PS5 or Xbox?
No. MOZA's own spec sheet lists the R9 V3 as PC only. MOZA's US store shows a single Xbox-compatible product across the whole range and no PlayStation-compatible bases at all, so if you race on console this is the wrong brand.
Why does my R9 oscillate on the straights?
Almost always a damping or friction problem, not a torque problem. Add speed-dependent damping in small steps with a high activation speed so it only affects you above cornering speeds, or add a few percent of wheel friction. Check the sim's own damping and minimum force settings before you touch the base.
What steering angle should I use on the R9?
MOZA's own guidance is 360° for formula cars, 540° for GT and sportscars and 900° for road cars, rally and drift. Leave synchronous mode on so the physical rotation matches the car's actual steering lock in game.
How many force feedback settings does Pit House have?
MOZA's own pages give two different answers, the R9 page says a 19-point tuning system, the Pit House page says up to 15 adjustment options. The count changes with the software build, so check your own tab list rather than assuming a guide matches your version.
Specs, settings and pricing verified against MOZA's own product pages and published settings guides on 13 August 2026, when the R9 V3 was listed at $299 on MOZA's US store, down from $349.