Creality CR-10 500x500x500

If you searched for a “CR-10 with a 500 × 500 × 500 mm build volume”, you are looking for a real printer — but it is not called the CR-10. The 500 mm machine is the Creality CR-10 S5, the largest of the S-series. The standard CR-10 prints 300 × 300 × 400 mm, and no standard CR-10 variant was ever 500 mm cubed; older articles (including the previous version of this one) blurred the S5’s specifications into the base model’s name. This guide puts the record straight and then treats the S5 as what it is: Creality’s budget route to genuinely huge FDM prints, with the compromises that size on this platform brings.

The CR-10 size ladder, honestly

Model	Build volume
CR-10 / CR-10S	300 × 300 × 400 mm
CR-10 S4	400 × 400 × 400 mm
CR-10 S5	500 × 500 × 500 mm

Everything else about the S5 is the S formula scaled up: dual leadscrews with dual motors (the “S” upgrade over the base CR-10), a filament runout sensor, a heated glass bed, a separate control box, and the family’s V2.x 8-bit electronics running a 12 V system. If a listing or article attaches 500 mm specifications to a plain “CR-10”, it is describing this machine, whether it knows it or not.

What half a metre of build volume is for

The S5 exists for prints that simply do not fit anywhere else at its price: full helmets and armour in single pieces, furniture-scale prototypes, signage, large moulds and patterns, architectural models, and batch layouts that treat the bed like a factory floor. The value is not just the dimensions — it is avoiding the alternative, which is splitting a model into pieces, printing them for days anyway, and then gluing, filling and hiding the seams. For props and display work especially, one seamless 500 mm print is a different object from five glued 200 mm prints.

The physics you are buying along with it

• Bed heating is slow. Half a square metre of glass on a 12 V system takes a long time to reach temperature, and holding high temperatures is harder still. Plan heat-up into every print; it is the S5’s defining compromise, exactly as it is on the CR-10 S4, only more so.
• Levelling a 500 mm bed is a skill. The plate is large enough to flex and vary, the four-knob manual system covers a lot of territory, and first-layer problems scale with the bed. The adhesion ladder from our CR-10 bed adhesion guide applies verbatim — it just matters more here.
• Prints are long, and patience is structural. Filling even part of this volume takes days, not hours. The filament sensor earns its keep on this machine: running out of filament at hour 40 without one is a special kind of pain.
• Speed is modest. A heavy 500 mm bed and a tall gantry reward gentle speeds and accelerations. The S5 is a marathon machine; run it like a sprinter and ringing, shifting and bed-adhesion failures follow.

Ownership and the upgrade path

The S5 is discontinued, and its ownership story mirrors the rest of the S family: the electronics are the well-documented V2.x boards (see our V2.1 mainboard guide), and consumables — nozzles, belts, wheels, PTFE — are generic. Because the platform’s limits are so well understood, the upgrade scene around it is mature: better bed heating and insulation, bracing, and drive improvements are all documented territory, and our CR-10 S5 upgrades guide is the place to start if the machine’s compromises start to bite. On a used example, inspect the big glass bed above everything else — chips, cracks and warp in a 500 mm plate are the expensive problems; motors and boards are the cheap ones.

Frequently asked questions

Is there a CR-10 with a 500 × 500 × 500 mm build volume?

Not under the plain CR-10 name. The 500 mm cubed machine is the CR-10 S5. The standard CR-10 is 300 × 300 × 400 mm, the S4 is 400 mm cubed, and the S5 tops the range at 500 mm cubed. Articles listing a “CR-10 500x500x500” are describing the S5.

What are the CR-10 S5’s key specifications?

500 × 500 × 500 mm build volume, dual Z leadscrews and motors, filament runout sensor, heated glass bed, separate control box, V2.x 8-bit electronics and a 12 V power system — the S-series specification at the largest size Creality offered it.

Why is the S5’s bed so slow to heat up?

Area and voltage. A 500 × 500 mm bed is two and a half times the area of a 300 mm class bed, heated by a 12 V system of its era. Slow heat-up (and modest top temperatures) are inherent to the design, which is why bed heating upgrades are the most popular S5 modification.

CR-10 S4 or S5 — which should a used buyer choose?

Choose by the biggest thing you will actually print. The S4 (400 mm) heats faster, takes less space and is usually cheaper, and most “large” projects fit it. The S5 is for the projects that don’t — buy it when the 500 mm is the requirement, not the bragging right.

Does the CR-10 S5 have dual Z and a filament sensor?

Yes — both are standard S-series equipment, and on a printer whose prints run for days, both are close to essential.