directdrivewheels

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Thrustmaster T818

Thrustmaster's first proper direct drive base. 10 Nm at the entry tier, the SF1000 rim ecosystem ready to go, and a competitive price against Moza and Fanatec.

$1500 Out of Stock
Thrustmaster T818

The verdict

If you already own Thrustmaster SF1000 wheels and you want a real direct drive entry without leaving the ecosystem, the T818 is the answer. Most other 10 Nm shoppers should compare against the Moza R9 V3 and Fanatec ClubSport DD first.

Best for

  • Existing Thrustmaster owners with SF1000 wheels who want to step up to direct drive
  • Entry-tier DD buyers who specifically want the Thrustmaster ecosystem and pedal range
  • PC drivers who want a cheap entry into proper direct drive without committing to Moza or Fanatec

Not for

  • Console drivers — the T818 is PC only
  • Buyers who want the deepest tuning software — Thrustmaster's tuning layer is the weakest of the major DD ecosystems
  • Anyone who wants more than 10 Nm — the Moza R9 V3 and Fanatec ClubSport DD both offer more torque headroom in the same price neighbourhood

What it is

The Thrustmaster T818 is the brand’s first proper direct drive wheelbase and the entry rung of Thrustmaster’s catch-up answer to the DD transition that Moza, Fanatec and Simucube have been driving for the last five years. Ten Newton-metres of peak torque, the SF1000 rim ecosystem already in place from the older Thrustmaster line, and Thrustmaster’s tuning software running it. PC only.

The thing to understand about the T818 is the role it plays in the Thrustmaster line. Thrustmaster spent years building gear-driven and belt-driven hardware while the rest of the market moved to direct drive, and the T818 is the base that finally caught the brand up. The hardware is good without being class-leading. The case for buying it is the existing SF1000 ecosystem more than the base specifications.

Who it’s for

You are the right buyer if you already own Thrustmaster SF1000 wheels and you want to step up to direct drive without leaving the ecosystem. Every SF1000 rim carries straight across, the workflow you already know carries across, and the T818 is the cheapest path into proper DD that lets you keep your existing rims.

You are the right buyer if you specifically want into the Thrustmaster ecosystem at the DD entry tier. The brand has been around longer than any of the modern DD specialists and the pedal range Thrustmaster has built around its direct drive line is competitive at the entry tier.

You are the wrong buyer if you race on a console. The T818 is PC only.

You are the wrong buyer if you are shopping by raw feel-per-pound. The Moza R9 V3 lands at competitive money with the same torque tier and a software stack that is genuinely deeper than Thrustmaster’s. The Fanatec ClubSport DD sits in the same neighbourhood with Fanalab depth.

You are the wrong buyer if you want the deepest tuning software. Thrustmaster’s tuning layer is the weakest of the major DD ecosystems and there is no realistic path to closing that gap in the short term.

In use

Ten Newton-metres on a properly-engineered direct drive base feels like the entry into the category that you would expect at this torque tier — clean enough at low forces, settled in road and touring car content, comfortable in GT3 with sensible in-game force. The motor itself is a step beyond what Thrustmaster’s older gear-driven and belt-driven hardware could deliver, which is the obvious upgrade story for existing Thrustmaster owners moving up the ladder.

The SF1000 ecosystem is the part of the experience that genuinely sets the T818 apart from rival entry-tier DD bases. The rim catalogue is broader than what Moza or Fanatec offered at the equivalent point in their lines, and for buyers who already own SF1000 wheels the T818 is the only way to move to direct drive without buying a whole new wheel collection.

The software is the weak point. Thrustmaster’s tuning layer is functional but it is not at the depth of Pit House, Fanalab or True Drive. The community library of starting points across major sims is also smaller, which means more guesswork for buyers who do not already know how to tune force feedback by hand.

What to watch out for

The Moza R9 V3 is the obvious comparison at this torque tier and the value calculation is close. The Moza wins on software and on the ecosystem above it. The T818 wins on the SF1000 carry-over and on the Thrustmaster pedal range. If you are buying from scratch, Moza is the more rational pick. If you already own Thrustmaster gear, the T818 is the natural step up.

The 10 Nm ceiling is the entry-tier limit. In heavier cars at full stiffness the peaks will start to clip the same way they would on any base in this torque tier.

There is no console route. The T818 is PC only.

Verdict

If you already own Thrustmaster SF1000 wheels and you want to step up to direct drive without leaving the ecosystem, the T818 is the right buy. The carry-over alone justifies it for existing Thrustmaster owners.

If you are buying from scratch at this torque tier and you have no existing Thrustmaster gear, the Moza R9 V3 is the more rational pick on raw feel-per-pound.

If you want Fanalab software depth at the entry tier, the Fanatec ClubSport DD is the answer.

If you race on a console, the T818 has nothing for you.

What the experts say

Reviewer evidence

Quotes and footage from independent and affiliate reviewers, weighted by trust tier.

"The T818 is Thrustmaster's first credible answer to the direct drive transition, and the SF1000 ecosystem is the real reason to buy it. The base itself is good without being class-leading."

Richard Baxter

simracingcockpit.gg Thrustmaster buyer's guide framing the T818 as the brand's catch-up entry into direct drive, anchored by the existing SF1000 rim catalogue rather than by base hardware leadership.

Source ↗
Independent

FFB settings for Thrustmaster T818

Community-sourced profiles per sim, with confidence ratings and the original sources. Use these as a starting point, then tune by feel.

Filter sims:
iRacing 3 profiles

Balanced (Community Consensus)

strong

Balanced

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Strength
32
Wheel Force (Nm)
10
Damping
0
Min Force
0
Use Linear Mode
ON
Reduce Force When Parked
ON

Three sources agree: Control Panel at 100% everything (except Damper at 0), Wheel Force exactly 10Nm, Linear Mode ON. Strength 32 is SimRacingSetup's recommendation. Reddit users suggest 25-40 depending on car. The T818 has Mode button - use Sport mode for iRacing.

High Detail (Pro Setup)

moderate

detail

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Strength
25
Wheel Force (Nm)
10
Damping
0
Min Force
0
Use Linear Mode
ON
Reduce Force When Parked
ON

Lower in-sim Strength for wider dynamic range. At 10Nm the T818 has less headroom than SC2, so the detail profile is more about using a lower Strength to avoid clipping than adding filters. Control Panel stays maxed.

Endurance (Low Fatigue)

moderate

Endurance

Wheelbase

Overall Strength
75
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
20
Rotation Angle
900

In-sim

Strength
30
Wheel Force (Nm)
10
Damping
5
Min Force
0
Use Linear Mode
ON
Reduce Force When Parked
ON

Overall Strength reduced to 75% in Control Panel for lighter forces. Added Damper at 20% for smoothing. In-sim Damping at 5% for additional smoothing. The T818 at 75% gives 7.5Nm which is comfortable for long races.

ACC 3 profiles

Balanced (Community Consensus)

weak

Balanced

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Gain
80
Minimum Force
0
Dynamic Damping
100
Road Effects
15
Frequency (Hz)
333
Steer Lock
900

T818 at 10Nm needs higher in-game gain in ACC compared to SC2. 333Hz frequency recommended for the T818 - may not handle 400Hz as smoothly as SC2. Dynamic Damping 100% is universal.

High Detail (Pro Setup)

weak

detail

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Gain
70
Minimum Force
0
Dynamic Damping
100
Road Effects
5
Frequency (Hz)
333
Steer Lock
900

Lower gain for less clipping. Reduced road effects for cleaner signal.

Endurance (Low Fatigue)

weak

Endurance

Wheelbase

Overall Strength
75
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
20
Rotation Angle
900

In-sim

Gain
85
Minimum Force
0
Dynamic Damping
100
Road Effects
10
Frequency (Hz)
333
Steer Lock
900

Reduced overall strength. Higher gain compensates. Added damper for smoothing.

Assetto Corsa 3 profiles

Balanced (Community Consensus)

weak

Balanced

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Gain
85
Filter
0
Minimum Force
0
Kerb Effects
30
Road Effects
25
Slip Effects
15
ABS Effects
15
Enhanced Understeer Effect
OFF
Gyroscopic Effect
100

T818's 10Nm is lighter than SC2, so higher gain needed. AC's effects can be run slightly higher than with SC2 since there is less raw power to overwhelm.

High Detail (Pro Setup)

weak

detail

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Gain
75
Filter
0
Minimum Force
0
Kerb Effects
20
Road Effects
15
Slip Effects
20
ABS Effects
10
Enhanced Understeer Effect
OFF
Gyroscopic Effect
150

Lower gain with reduced effects for cleaner core signal.

Endurance (Low Fatigue)

weak

Endurance

Wheelbase

Overall Strength
75
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
20
Rotation Angle
900

In-sim

Gain
80
Filter
5
Minimum Force
0
Kerb Effects
25
Road Effects
20
Slip Effects
10
ABS Effects
10
Enhanced Understeer Effect
OFF
Gyroscopic Effect
50

Reduced strength for comfort. Added filter and damper.

AMS2 3 profiles

Balanced (Community Consensus)

moderate

Balanced

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Gain
65
Volume
50
Tone
50
FX
50
Damping
45
Low Speed Damping
50

T818 is a DD base so it sits between the belt-driven Thrustmaster settings and the SC2 settings in the AMS2 wiki. Gain 65 compensates for the 10Nm output. [Research update 2026-03-25: BoxThisLap is a dedicated settings resource. Coach Dave provides DD-specific ranges. Facebook group provides cross-sim baseline. Best T818 data of the five sims.]

High Detail (Pro Setup)

moderate

detail

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Gain
55
Volume
55
Tone
60
FX
40
Damping
30
Low Speed Damping
30

Lower gain for more headroom. Higher Tone for detail. [Research update 2026-03-25: BoxThisLap is a dedicated settings resource. Coach Dave provides DD-specific ranges. Facebook group provides cross-sim baseline. Best T818 data of the five sims.]

Endurance (Low Fatigue)

moderate

Endurance

Wheelbase

Overall Strength
75
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
20
Rotation Angle
900

In-sim

Gain
70
Volume
45
Tone
40
FX
40
Damping
60
Low Speed Damping
60

Reduced overall strength. Higher damping for comfort. [Research update 2026-03-25: BoxThisLap is a dedicated settings resource. Coach Dave provides DD-specific ranges. Facebook group provides cross-sim baseline. Best T818 data of the five sims.]

Le Mans Ultimate 3 profiles

Balanced (Community Consensus)

weak

Balanced

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Force Factor
85
Force Smoothing
8
Damping
0
Spring
0
Steering Torque Sensitivity
100

T818 needs higher Force Factor than SC2 in LMU due to lower torque output. Higher Force Smoothing than SC2 as T818 may amplify rF2 engine roughness more.

High Detail (Pro Setup)

weak

detail

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Force Factor
75
Force Smoothing
3
Damping
0
Spring
0
Steering Torque Sensitivity
100

Less smoothing for more detail. Lower Force Factor to prevent clipping.

Endurance (Low Fatigue)

weak

Endurance

Wheelbase

Overall Strength
75
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
20
Rotation Angle
900

In-sim

Force Factor
80
Force Smoothing
15
Damping
0
Spring
0
Steering Torque Sensitivity
100

Reduced strength for endurance comfort. Higher smoothing.

RaceRoom 3 profiles

Balanced (Community Consensus)

weak-moderate

Balanced

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Force Feedback Intensity
80
Smoothing
0
Minimum Force
0
Spring Effect
0
Damper Effect
0
Understeer Effect
50

RaceRoom works well with DD bases out of the box. T818 at 100% with higher in-sim intensity than SC2. [Research update 2026-03-25: T818 RaceRoom-specific data is sparse. Reddit thread has official beta tester presets spreadsheet link for multiple games. Facebook group has some scattered settings. T818 Control Panel offers Gain, Damper, Spring, and mode (Linear/Sport/Extreme).]

High Detail (Pro Setup)

weak-moderate

detail

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Force Feedback Intensity
70
Smoothing
0
Minimum Force
0
Spring Effect
0
Damper Effect
0
Understeer Effect
30

Lower intensity for wider dynamic range. [Research update 2026-03-25: T818 RaceRoom-specific data is sparse. Reddit thread has official beta tester presets spreadsheet link for multiple games. Facebook group has some scattered settings. T818 Control Panel offers Gain, Damper, Spring, and mode (Linear/Sport/Extreme).]

Endurance (Low Fatigue)

weak-moderate

Endurance

Wheelbase

Overall Strength
75
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
20
Rotation Angle
900

In-sim

Force Feedback Intensity
80
Smoothing
5
Minimum Force
0
Spring Effect
0
Damper Effect
0
Understeer Effect
50

Reduced strength for comfort. [Research update 2026-03-25: T818 RaceRoom-specific data is sparse. Reddit thread has official beta tester presets spreadsheet link for multiple games. Facebook group has some scattered settings. T818 Control Panel offers Gain, Damper, Spring, and mode (Linear/Sport/Extreme).]

Dirt Rally 2.0 3 profiles

Balanced (Community Consensus)

weak-moderate

Balanced

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
540

In-sim

Self Aligning Torque
130
Wheel Friction
50
Tyre Friction
80
Suspension
80
Collision
80
Soft Lock
ON

DR2 needs boosted SAT for DD bases. Rotation 540 for rally cars. T818 at 10Nm handles DR2 well - higher SAT than iRacing needed. [Research update 2026-03-25: Limited T818-specific DR2 data. YouTube video provides visual settings. Facebook group has requests for settings but few detailed responses. DR2 FFB limitations apply regardless of wheelbase.]

High Detail (Pro Setup)

weak-moderate

detail

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
540

In-sim

Self Aligning Torque
140
Wheel Friction
40
Tyre Friction
90
Suspension
90
Collision
70
Soft Lock
ON

Higher SAT and surface effects for maximum detail. [Research update 2026-03-25: Limited T818-specific DR2 data. YouTube video provides visual settings. Facebook group has requests for settings but few detailed responses. DR2 FFB limitations apply regardless of wheelbase.]

Endurance (Low Fatigue)

weak-moderate

Endurance

Wheelbase

Overall Strength
75
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
20
Rotation Angle
540

In-sim

Self Aligning Torque
110
Wheel Friction
40
Tyre Friction
70
Suspension
70
Collision
60
Soft Lock
ON

Reduced for comfort during long championship sessions. [Research update 2026-03-25: Limited T818-specific DR2 data. YouTube video provides visual settings. Facebook group has requests for settings but few detailed responses. DR2 FFB limitations apply regardless of wheelbase.]

EA WRC 3 profiles

Balanced (Community Consensus)

weak

Balanced

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
540

In-sim

Vibration & Feedback Scale
85
Self Aligning Torque
100
Wheel Friction
50
Tyre Friction
70
Suspension Feedback
80
Collision
70
Ground Surface
85
Soft Lock
ON

EA WRC FFB is better than DR2 - SAT at 100% is usually enough. T818 handles EA WRC well. Ground Surface at 85% for good surface type differentiation. [Research update 2026-03-25: Very limited T818-specific EA WRC data. Derived from DR2 settings + community note that EA WRC is tuned heavier. Beta tester preset spreadsheet may contain EA WRC but needs verification.]

High Detail (Pro Setup)

weak

detail

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
540

In-sim

Vibration & Feedback Scale
95
Self Aligning Torque
110
Wheel Friction
40
Tyre Friction
80
Suspension Feedback
90
Collision
60
Ground Surface
95
Soft Lock
ON

Maximum detail. High ground surface and vibration. [Research update 2026-03-25: Very limited T818-specific EA WRC data. Derived from DR2 settings + community note that EA WRC is tuned heavier. Beta tester preset spreadsheet may contain EA WRC but needs verification.]

Endurance (Low Fatigue)

weak

Endurance

Wheelbase

Overall Strength
75
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
20
Rotation Angle
540

In-sim

Vibration & Feedback Scale
65
Self Aligning Torque
85
Wheel Friction
40
Tyre Friction
60
Suspension Feedback
65
Collision
55
Ground Surface
65
Soft Lock
ON

Reduced for comfort during long career sessions. [Research update 2026-03-25: Very limited T818-specific EA WRC data. Derived from DR2 settings + community note that EA WRC is tuned heavier. Beta tester preset spreadsheet may contain EA WRC but needs verification.]

rFactor 2 3 profiles

Balanced (Community Consensus)

weak-moderate

Balanced

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Force Factor
80
Force Smoothing
8
Steering Torque Sensitivity
50
Minimum Torque
0

rF2 with T818 needs higher Force Factor than SC2 due to lower torque. Higher smoothing to compensate for rF2 engine roughness on the lighter base. [Research update 2026-03-25: Facebook group provides specific numbers. Key finding: rF2 requires negative FFB value for T818 (and all Thrustmaster DD). Beta tester presets on Reddit may have rF2. Limited sources overall.]

High Detail (Pro Setup)

weak-moderate

detail

Wheelbase

Overall Strength
100
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
0
Rotation Angle
900

In-sim

Force Factor
70
Force Smoothing
3
Steering Torque Sensitivity
50
Minimum Torque
0

Less smoothing for more detail. Lower force factor prevents clipping. [Research update 2026-03-25: Facebook group provides specific numbers. Key finding: rF2 requires negative FFB value for T818 (and all Thrustmaster DD). Beta tester presets on Reddit may have rF2. Limited sources overall.]

Endurance (Low Fatigue)

weak-moderate

Endurance

Wheelbase

Overall Strength
75
Constant Force
100
Periodic Force
100
Spring Force
100
Damper Force
20
Rotation Angle
900

In-sim

Force Factor
80
Force Smoothing
15
Steering Torque Sensitivity
50
Minimum Torque
0

Reduced strength and heavy smoothing for comfort. [Research update 2026-03-25: Facebook group provides specific numbers. Key finding: rF2 requires negative FFB value for T818 (and all Thrustmaster DD). Beta tester presets on Reddit may have rF2. Limited sources overall.]

Settings collated from simracingcockpit.gg's DD wheel settings guide. 207 wheelbase/sim combos in the source dataset.

Buyer questions

People also ask

Real questions from Google, Reddit and YouTube comments. Answered directly.

Thrustmaster T818 vs Moza R9 V3 — which should I buy?

+

Different ends of the value-vs-ecosystem spectrum at the entry DD tier. The Moza R9 V3 wins on raw feel-per-pound and on the breadth of the Moza ecosystem above it. The T818 wins if you already own Thrustmaster SF1000 wheels and want to keep them, and on the pedal range that Thrustmaster has built around its direct drive line. If you are buying from scratch with no existing Thrustmaster gear, Moza is the more rational pick.

Does it work on PS5 or Xbox?

+

No. The T818 is PC only. Thrustmaster's console-licensed hardware is in their separate gear-driven and belt-driven lines.

What rims fit the T818?

+

Thrustmaster's SF1000 ecosystem. If you already own SF1000 rims from the older Thrustmaster line, they carry straight across to the T818, which is the strongest argument for the base for existing Thrustmaster owners. The third-party rim story is narrower than Fanatec QR2 or Simucube SQR.

How is the software?

+

Thrustmaster's tuning layer is the weakest of the major direct drive ecosystems. It is functional, the parameters cover the basics, but the depth and the per-game profile library are not at the level of Pit House on Moza, Fanalab on Fanatec, or True Drive on Simucube. If software depth is the thing you care about most, the T818 is not the right base.

Is 10 Nm enough?

+

For road cars, touring cars and most GT3 work, yes. For heavier formula and LMP content at full stiffness, you will start to notice the peaks getting close to clipping. The T818 sits at the entry rung of the direct drive market and the same caveat applies to every base in this torque tier.

Straight from Thrustmaster

Official resources

Compare with

Other bases worth a look

Side-by-side

Compare the Thrustmaster T818 head-to-head

Sources

  1. Thrustmaster Buyer's GuideRichard Baxter · unknowncaptured 2026-04-09
  2. T818 Direct Drive WheelbaseThrustmaster · unknowncaptured 2026-04-09