Creality Ender 5 vs CR 10

Let’s be honest about what this comparison is in 2026. The CR-10 launched in 2016 and the Ender 5 in 2019; both were replaced in Creality’s catalogue long ago, and neither is a machine you shop for new today. But thousands of them are still printing, and both change hands on the used market — so the real questions are whether one is worth picking up used, and whether yours is worth keeping. The short answer: the CR-10 is the one for big parts, the Ender 5 is the one for rigidity in a smaller footprint. Everything else follows from how differently they are built.

Ender 5 vs CR-10 at a glance

	Creality Ender 5	Creality CR-10
Launched	2019	2016
Frame / motion	Cube frame; gantry moves the head in X/Y, bed only descends in Z	i3-style bedslinger; bed moves in Y, gantry rises in Z
Build volume	220 × 220 × 250 mm	300 × 300 × 400 mm
Z axis	Single lead screw, cantilevered bed	Single lead screw (left side), gantry rides both uprights
Electronics	8-bit mainboard, loud A4988-class drivers	8-bit mainboard in the control box, loud A4988-class drivers
Power supply	24V, mounted on the frame	12V, inside the separate control box
Screen & controls	LCD with rotary knob on the frame	LCD and SD slot on the control box
Bed levelling (stock)	Manual, four corner knobs	Manual, four corner knobs
Print surface	Removable magnetic flexible plate	Glass plate clipped over the heated bed
Extruder / hotend	Bowden, PTFE-lined hotend	Bowden, PTFE-lined hotend

Frame and motion: the real difference

The Ender 5 is a cube. Its aluminium extrusion frame forms a rigid box, the print head rides a gantry across the top, and the bed does nothing but lower, one layer at a time, as the print grows. Your model never gets shaken back and forth, which is why tall, narrow parts — vases, towers, vertical enclosures — tend to survive better on this layout. The trade-off is the bed itself: it hangs off a single lead screw and one-sided support, so the far edge of a cantilevered bed can sit a fraction low, showing up as first-layer variation across the plate if the Z carriage isn’t kept snug.

The CR-10 is a classic bedslinger in the Prusa i3 mould. The whole bed, with your print on it, slides back and forth for every layer while the gantry climbs a single left-hand lead screw. That moving mass is the price of the CR-10’s party trick: a 300 × 300 × 400 mm build volume, far bigger than the Ender 5’s in every direction. On tall prints the bed’s momentum works against you — owners slow down for high work — but for wide, flat or large parts, the Ender 5’s tidier motion is irrelevant if the model doesn’t fit.

Footprint cuts the other way. The Ender 5 needs roughly a 440 × 410 mm patch of desk for its 220 mm-wide prints: efficient. The CR-10’s printer alone is wider and deeper, and then its control box — a separate unit holding the power supply, mainboard and screen, tethered by cables — needs a home beside it. It is by far the bigger total footprint, and moving it means moving two connected pieces. The Ender 5, once built, is a single rigid cube you can pick up by the frame. The CR-10 wins back time at setup, though: it famously arrives as two main pre-assembled sections that bolt together, while the Ender 5 is a fuller kit build.

Electronics, power and everyday life

Both machines are firmly 8-bit era. Their boards run Marlin, drive the steppers with non-silent drivers, and sound like it: expect audible stepper whine and fan noise from either, with the CR-10’s control-box fan a particularly common owner complaint. Neither belongs in a quiet room by modern standards, and a silent-board swap is one of the most popular upgrades for both.

The layout of the electronics could hardly differ more. On the Ender 5 everything is on the machine: a 24V supply bolted to the frame (the brand varied between production runs), the board under the base, and the screen and SD slot on the front, where you can reach them. The 24V system also heats the bed noticeably faster than the CR-10’s 12V setup. On the CR-10, all of it lives in that separate control box. Some owners love this — the electronics stay away from bed heat, and the box can sit wherever the cables reach — while others find the tethered arrangement permanently awkward. Note that the filament runout sensor and power-loss resume people associate with the CR-10 family were CR-10S features, not fitted to the original CR-10; the Ender 5, by contrast, does resume after an outage.

Levelling is manual on both: four big knobs, a sheet of paper, and patience. There is no automatic bed levelling on either machine as sold — claims otherwise in old listings are simply wrong. A probe such as a BLTouch is a well-trodden upgrade on both. And one job applies to any used example of either printer before anything else: update the firmware, and confirm thermal runaway protection is enabled, as firmware of this era didn’t always ship with it on. Our Ender 3 calibration guide covers the levelling and first-layer method that applies to both machines.

Print surfaces sum up the two design philosophies. The CR-10’s thick glass plate is heavy, flat, and gives a glossy bottom layer, but parts can need persuasion to release and many owners add a modern flexible surface on top. The Ender 5’s magnetic plate flexes to pop prints off — far more convenient day to day, though the surface is easier to gouge with a careless scraper. Both hotends are PTFE-lined, so both are really PLA, PETG and slow-TPU machines; ABS is possible on either but warps without an enclosure.

Modding: two enormous ecosystems

If you enjoy modifying a printer, neither will leave you short of projects. The CR-10 has one of the largest mod scenes of any printer ever made: dual-Z kits, direct-drive conversions, all-metal hotends, frame braces, replacement surfaces — a decade of community designs, and spares are everywhere because so many were sold. The Ender 5 community is just as inventive in a different direction: dual-Z conversions to fix the cantilever, direct-drive plates, linear rail kits, silent board swaps, and even full CoreXY conversion kits that rebuild the machine inside its own cube. Both run open Marlin firmware, so a used example of either is a platform, not a dead end.

Which one is better at what

• Big single-piece parts — helmets, cosplay armour, large terrain, prototypes: CR-10, and it isn’t close.
• Tall, narrow prints: Ender 5 — the part never rides a moving bed.
• Small desk, big ambitions: Ender 5 — rigid cube, one footprint, everything on board.
• Workshop with bench space to spare: CR-10 — the control box stops being a problem and the volume is free to use.
• A first taste of modding: either, but the CR-10 has the deeper library of ready-made guides and parts.

The verdict

Buying used today: choose by what you print, not by which is “better”. If your models are large, the CR-10’s build volume is the whole argument — check the glass bed for chips, the wheels and belts for wear, and the single Z screw for gantry sag. If your models are ordinary-sized and your space isn’t, take the Ender 5: check the cantilever bed sits level, and that the magnetic plate isn’t scarred. On both, budget your first evening for maintenance — belts, wheels, PTFE tube, nozzle, firmware — rather than printing.

Already own one? Keep it. These two are contemporaries, not generations: swapping one for the other changes your layout, not your print quality ceiling. A well-maintained example of either still earns its desk space, and the modding paths above can close most of the gap to newer machines for the things that actually matter — noise, levelling, reliability.

Buying new? Then honestly, neither. Modern Creality machines add auto-levelling, silent drivers, faster motion and proper safety defaults that these two can’t match without heavy modification. Our current picks are in the Best Creality 3D Printers buying guide.

Frequently asked questions

Which is better, the Ender 5 or the CR-10?

Neither is better outright — they’re built for different priorities. The CR-10 prints far bigger (300 × 300 × 400 mm vs 220 × 220 × 250 mm); the Ender 5’s cube frame is more rigid, its bed doesn’t sling your print back and forth, and it takes up much less room. Pick by the size of your prints and your desk.

Do the Ender 5 or CR-10 have automatic bed levelling?

No. Both level manually with four corner knobs, and neither should be listed as having auto-levelling. A BLTouch or similar probe can be fitted to either as an upgrade, and it’s one of the most common mods on both machines.

Which printer takes up more space?

The CR-10, by a lot in practice. Its build volume is bigger, the frame is larger, and the separate control box needs desk space of its own next to the printer. The Ender 5 packs its smaller build volume into one compact cube with everything mounted on the frame.

Can the Ender 5 and CR-10 print TPU and ABS?

Both can print TPU through their Bowden setups, but slowly and with limited retraction control — fine for simple flexible parts. ABS is possible on both heated beds but warps without an enclosure, and both PTFE-lined hotends limit how hot you should run them for long. PLA and PETG are what both machines do best.

Are the Ender 5 and CR-10 still worth it in 2026?

As used purchases or machines you already own, yes — with realistic expectations: manual levelling, era-typical noise, and some maintenance up front. As a new purchase, no: current models include the auto-levelling, quiet drivers and speed these two lack. See the Best Creality 3D Printers buying guide for today’s lineup.