The Order to Buy a Sim Racing Rig In (And Why)

Almost every sim racing rig is assembled in the wrong sequence, and the wrong sequence costs real money because it means buying the same category twice. The order this site argues for is frame, then pedals, then wheelbase, then screens, and it is not a matter of taste. It falls out of one physical fact: every part of a sim rig except the screen is a force device, and a force device is only as good as the structure it pushes against.

What is purchase zero, and why is it not on the list?

You cannot drive without a wheel, so the first thing anyone buys is a wheel and pedal bundle. That is purchase zero and it sits outside the order because it is not a choice about sequence, it is the entry ticket. The Logitech G920 at under $300 on Xbox and PC and the Logitech G29 at under $300 on PlayStation are the standard answers, and the Thrustmaster T248 at under $300 is the standard answer for someone who wants hybrid belt and gear smoothness immediately.

What matters is what purchase zero is not. It is not the base you keep, and it is not the pedals you keep. It is a complete, working, cheap driving setup whose job is to tell you whether you like this enough to spend more. Treat it as a whole unit and the rest of the order makes sense. Treat it as a permanent wheelbase and you will start upgrading in the expensive direction.

If you have not bought anything yet and you want the plain-language version of what each part does, read sim racing for beginners first. This page assumes you already know what a wheelbase is and want to know where the money goes next.

Why does the frame come before anything that plugs in?

Force feedback is a reaction force. The motor in a wheelbase applies torque to the rim, and by Newton's third law it applies exactly the same torque in the opposite direction to whatever the base is bolted to. If that structure moves, the torque goes into moving it rather than into your hands. This is not a subtle effect. A base clamped to a hollow-core desk at 8 Nm will visibly twist the desktop, and the feedback you feel is the sum of the motor output and the desk springing back, which is a different and worse signal than the one the sim sent.

The pedal side is worse, because pedal force is much higher than wheel torque. A load cell brake set to 40 kg of peak effort is pushing your body backwards with 40 kg of force. That force has to be reacted somewhere. On a proper frame it is reacted by the seat, through your own back, and the pedal box does not move at all. On carpet, it is reacted by friction, which loses, so the pedals travel a fraction of an inch further away every heavy braking event until you are reaching for them.

This is why the frame comes first even though it does nothing on its own. It converts every other component from approximately working to exactly working. A Next Level Racing Wheel Stand Lite 2.0 at under $150 is the cheapest correct answer if you already have a chair you are happy sitting in for an hour. A Next Level Racing GTLite at under $300 is the cheapest correct answer when the rig has to fold flat and disappear against a wall. A Next Level Racing GTRacer 2.0 at under $500 is where a frame stops moving under braking entirely and starts feeling like a car.

The comparison that decides between them is in wheel stand vs full cockpit, and the short version is that a stand is fine up to roughly 5 Nm and a bolted frame is required past 8 Nm.

Why do the pedals come before the wheelbase?

Because braking is where lap time is created and destroyed, and because the brake is the only input in the car where your body already has the correct instinct and the hardware is throwing it away.

Think about what each input demands. Steering is continuous, relatively slow, and self-correcting: if you turn slightly too much, the car tells you and you adjust over the next half second. A gear driven wheel conveys enough of that to be usable, which is why millions of people have learned to drive quickly on a G920. Braking is the opposite. It is a step input applied in under 200 milliseconds, held at a precise level, then released on a curve, and there is no time to correct it. Either the input is repeatable or the lap is a guess.

A bundled potentiometer brake measures how far the pedal has moved. Your leg does not know how far the pedal has moved, it knows how hard it is pushing, because that is how brakes work in a real car and your nervous system calibrated on real cars. Every lap you are translating a pressure instinct into a travel measurement through a rubber stop, and the translation is different when your leg is warm, when the seat has shifted a millimetre, and when you are tired at the end of a stint.

A load cell measures force directly with a strain gauge, so 30 kg of pedal pressure is 30 kg of brake input every single time. This is why the Logitech G RS pedals with a 75 kg load cell at under $300 get recommended more than any other upgrade in the hobby, and why the MOZA CRP2 at under $500 and the Logitech G PRO pedals with a 100 kg brake at under $500 exist at the top. The mechanism is explained fully in load cell pedals explained.

The counter-argument people make is that a stronger base gives more information, so it should come first. It does give more information, about the front tyres, through your hands, on an input you can already correct continuously. Better pedals give you the ability to act correctly on information about all four tyres at the moment where correction is impossible. Information you cannot act on is worth less than action you can now take.

Why does the wheelbase come third, and how much torque is enough?

The wheelbase comes third because it is the component whose benefit is most dependent on the two before it. Buy it first and a large part of what you paid for is dissipated into a moving desk and wasted on a braking input you cannot repeat. Buy it third and every newton metre lands.

Once the frame and pedals are sorted, this is the upgrade that changes the texture of driving completely. Direct drive removes the belt and gear train between the motor and your hands, so kerb edges, the moment the front tyres start to slide, and the difference between wheelspin and a genuine slide all arrive intact rather than smeared. The MOZA R9 V3 at 9 Nm at under $300 is the usual answer, because 9 Nm is roughly where the base stops being the limiting factor for most drivers. The MOZA R12 V2 at 12 Nm at under $500 is the answer for someone who already knows they will run it turned down, which is what experienced drivers do: headroom means detail survives when overall gain is low.

The important thing at this step is that the base you choose has to match the frame you bought in step one, not the other way round. The site-wide bands are simple: under 3 Nm a desk clamp is fine, 3 to 5 Nm a desk clamp or stand works, 5 to 8 Nm a stand is at its limit and a cockpit is preferred, 8 to 12 Nm needs a bolted cockpit, and 12 Nm and above needs heavy steel or aluminium profile. The full model-by-model list is in the wheelbase torque chart.

Console drivers have fewer options and should plan for it. The Thrustmaster T598 at 5 Nm at under $500 and the Fanatec CSL DD family are the realistic routes, because a base that does not authenticate is not a base.

Why do the screens come last?

Because a screen changes how much you can see, and everything before it changes what you can do. That ordering matters more than it sounds. A driver with perfect vision of the track and unrepeatable braking is slow. A driver with repeatable braking and a single 27 inch panel is fast, and knows exactly what the screen upgrade will buy.

There is also a practical reason. Screens are the step whose correct configuration depends on your seating position, and your seating position is not final until the frame and pedals are. Triple screen geometry is computed from your measured viewing distance, so configuring it before the seat is set means configuring it twice. Start with a single Acer Nitro XV271U at under $300 or the ASUS TUF Gaming VG27AQ3A at under $300, then buy two more of the same model when the rest of the rig is settled, plus a triple monitor stand with articulating arms at under $100 so the side panels can angle inward.

The other reason screens come last is that they are the most expensive step by total outlay and the one with the most alternatives. Three panels plus a mount is under $700. A 34 inch LG UltraGear ultrawide at under $500 is one cable and 4.95 megapixels per frame against 11.06 for triple 1440p, which is a large graphics card saving. That decision benefits from having driven the rig for a while.

What does the whole order cost, step by step?

Every figure below is the current listed price of a specific product on this site, and the running total assumes you keep everything you buy.

Step 3b is the honest cost of buying a cheap frame first, and it is the one line people use to argue against this order. The counter is arithmetic: if you buy the under $300 stand and later add the under $500 frame, you have spent under $700 on frames. If you buy the under $500 frame first, you have spent under $500 but you spent it before you knew whether the hobby would stick. The stand also resells easily because there is a constant supply of first time buyers, so the real loss is closer to under $100 than to under $300.

Model your own version in the sim racing build cost calculator, which lets you change the frame and base choices and see the total move.

What actually happens if you buy it out of order?

Base before frame. The most common expensive mistake. A 9 Nm base on a desk clamp does three things: it flexes the desk, it transmits vibration into your keyboard, screen and coffee, and it forces the clamp screw loose over a session so the base ends up slightly rotated. You then buy the frame anyway, so the money was not saved, it was delayed while producing a worse experience.

Base before pedals. The most common invisible mistake, because the rig feels better immediately and the lap times do not move. Detail through the wheel improves your ability to catch a slide. It does not improve your ability to arrive at the corner at the same speed twice, and that is where the time is.

Screens before pedals. Triples are the most visible upgrade in the hobby and the one most likely to be bought early for that reason. The result is a rig that looks like a professional simulator and brakes like a bundled wheel. Three panels also lock in a seating distance, so if the frame changes later, the whole geometry gets reconfigured.

Seat before frame. A Playseat Trophy at under $700 already includes an adjustable seat, so buying a separate seat first only makes sense on an aluminium profile build. On a stand there is nowhere to bolt it.

Accessories before the four. A ButtKicker Mini LFE at under $150 bolted to a wheel stand mostly shakes the stand. Tactile transducers need a rigid frame to transmit into, so they belong after step 3b, not before step 1.

Who should ignore this order entirely?

If you already own a rig and want to know which specific part to replace rather than which order to build in, that is a different question and it has its own page: upgrading your rig in order works backwards from the symptom you are feeling. Before you commit to a frame, check the floor you have against how much space you need, and once the frame arrives, set the seat with sim racing seating position before you configure anything else.