What’s actually slowing this PC down?
Pick the symptom - the matching free tool is one click away.
Some links on this page are affiliate links: if you buy through them we may earn a commission, at no extra cost to you.
Verdict: The Prusa XL remains a specialist toolchanger rather than a value multicolor printer. Its five independent toolheads make it unusually capable for large construction prototypes, flexible-and-rigid parts, soluble supports, abrasive materials, and low-waste small-batch production. For occasional multicolor PLA, however, a cheaper single-nozzle multicolor system is usually the better choice.
This review distinguishes the original Prusa XL tested by Make in 2024 from the second-generation Prusa XL+, launched in August 2026. The XL+ keeps the same core five-toolhead platform and 360-mm cubic build volume while adding automatic electronic tool-offset calibration, a new nozzle wiper, revised belts and cooling, and Prusa’s claimed 10–15% speed increase.
As an Amazon Associate I earn from qualifying purchases.
Free tools Windows power users keep installed
One-click scans. No signup required.
What the Prusa XL is—and what it is not
The Prusa XL is a large-format CoreXY FDM printer with up to five independently loaded toolheads. Each toolhead has its own extruder, hotend, nozzle, and filament path. A five-head XL can therefore keep five materials or nozzle configurations ready and switch between them automatically.
That is fundamentally different from an AMS- or MMU-style printer. Those systems generally move several filaments through one extruder and nozzle. The printer must unload and reload filament, stabilize extrusion, and purge the previous material whenever the filament changes. The XL instead parks one complete toolhead and docks another.
Popular on Amazon
- [MULTI-MATERIAL DUAL TOOL SYSTEM] Enables seamless switching between materials for complex prints, functional prototypes, and soluble support structures.
- [LARGE-SCALE PROFESSIONAL OUTPUT] Built for engineering teams, studios, and advanced makers requiring reliable industrial-grade performance at scale. Build Volume of 14.17×14.17×14.17 in.
- [SEGMENTED HEATED BED SYSTEM] Intelligent heating zones improve energy efficiency and reduce warping on large prints for reliable first-layer adhesion across the entire platform.
- [REDUCED MATERIAL WASTE WORKFLOW] Intelligent tool switching minimizes purge waste while maintaining high-quality transitions between materia
- [COREXY PRECISION & SPEED] Stable CoreXY motion system ensures accurate, fast printing even during complex multi-material operations.
The distinction matters most when a job requires genuinely different materials—not merely five colors of PLA. A construction prototype might use rigid PETG for the body, TPU for a gasket, soluble or breakaway filament for internal support, and a larger nozzle for fast structural infill. The XL can assign those jobs to separate tools.
It does not print five times faster. Speed depends on the number of tool changes, model geometry, nozzle sizes, layer height, travel and docking movements, and the materials being used. For a single-color model, the extra toolheads add capability rather than automatically improving throughput.
Quick wins for a faster PC:
Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Repair Windows errors before they cause bigger problemsFix Now →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Prusa’s current XL+ product page describes each parked head as a self-contained extrusion system. That architecture is the reason to buy the machine.
Key specifications and workspace requirements
| Specification | Prusa XL+ |
|---|---|
| Build volume | 360 × 360 × 360 mm, approximately 46.7 liters |
| Toolheads | Up to five independent automatically changed heads |
| Maximum nozzle temperature | 290°C |
| Maximum bed temperature | 120°C |
| Heatbed | 16 individually controlled zones |
| Filament | Open 1.75-mm filament system |
| Connectivity | Ethernet, optional Wi-Fi, Prusa Connect, and offline operation |
| Approximate dimensions | 700 × 900 × 720 mm |
| Approximate weight | About 30 kg, depending on configuration |
The original five-head XL listing gives a configuration weight of approximately 33.7 kg, so buyers comparing old and new stock should check the exact listing rather than treating the weight as universal.
This is workshop equipment. Measure the bench, doorway, and route to the installation area before ordering. Leave room for side-mounted spoolholders, enclosure clearance, ventilation, and access behind and above the printer. Use a rigid, stable stand: a large moving machine can expose weaknesses in a lightweight desk.
Why the five-toolhead design matters for construction work
Rigid and flexible materials in one part
A toolchanger is particularly useful for parts that combine structural and compliant features. For example, a site prototype could print a rigid mounting body with a TPU gasket or vibration-isolating foot. The materials do not need to pass through the same nozzle, reducing the unloading and purging required by a shared-nozzle system.
Material compatibility still matters. A rigid polymer and TPU may not form a strong chemical bond simply because they are printed together. Mechanical interlocking, interface geometry, temperature, drying, and slicer settings determine whether the result is useful.
Soluble and breakaway supports
A dedicated PVA or other support tool can make complex cavities, channels, overhangs, and internal geometries easier to remove. This can be valuable for jigs, ducting, architectural models, and prototypes with difficult underside features.
Soluble support is not automatically economical. PVA is moisture-sensitive, requires careful drying, and may be inappropriate when the support volume is large. A well-designed orientation with ordinary breakaway supports can sometimes be cheaper and faster.
Also popular on Amazon
- The Original Prusa XL is the most innovative 3D printer on the market, offering possibilities that no single-nozzle multi-material printer can replicate. With a state-of-the-art five-head tool changer, top print quality, extreme precision, huge print volume, and zero-waste printing, the Original Prusa XL establishes a new category for itself.
- This listing is a DIY KIT for self-assembly; We also offer a fully built and tested 3D printer
- Featuring lighting-fast toolhead swapping, unique segmented heatbed, perfect edge-to-edge print precision, a full set of network features, support for an optional enclosure and compatibility with a wide range of technical materials, no project is too big for the Original Prusa XL. Get started quickly with useful additions such as an always-perfect first layer and one-click printing, and explore the possibilities of advanced material combinations for even the most complicated projects.
- With up to five toolheads, the XL offers unmatched multi-material performance and speed with extremely fast tool changing and advanced technologies to deliver high-quality and colorful 3D prints with minimal-to-zero waste.
- The printer includes one Satin print sheet and a 1kg spool of Prusament PLA, Prusa Research offers lifetime technical assistance and 24 hours professional customer service.
Different nozzle sizes in one job
One tool can carry a fine nozzle for visible detail while another uses a larger nozzle for rapid infill or bulk geometry. That can be more practical than changing a nozzle midway through a job. The benefit is greatest when the model genuinely contains both fine features and substantial volume.
Abrasive materials
Carbon-fiber-filled filaments can provide useful stiffness and surface characteristics for fixtures and prototypes, but they wear ordinary brass nozzles. Use a suitable hardened nozzle, expect different flow behavior, and monitor nozzle condition. The XL+ specification lists carbon-fiber composites among supported material examples, but “supported” does not mean every brand or blend is automatically trouble-free.
Print quality: strong evidence for the original, limited evidence for XL+
Make’s independent review of the original five-toolhead XL reported excellent print quality, strong tolerance-test results, clean multi-material joins, low waste, and good results on large models. Those findings make the original XL platform credible for precision prototyping, but they are not current XL+ measurements.
Important quality areas for a five-head machine include:
- First-layer consistency: Each tool must begin at the correct height and remain aligned with the bed.
- Dimensional accuracy: Tool offsets must be correct, especially where different materials meet.
- Large flat walls: A large-format frame and stable bed matter more as parts approach the 360-mm limits.
- Tool-change artifacts: Docking, wiping, temperature, and residual material can affect seams.
- Overhangs and bridges: Cooling and material-specific profiles determine whether a tool performs well.
- Nozzle-size consistency: Different diameters are useful only when profiles and offsets are properly configured.
Prusa says the XL+’s revised GT1.5 belts and redesigned toolhead and electronics cooling reduce repeating surface artifacts and improve overhang performance. It also claims a 10–15% speed increase over the original XL. These are manufacturer claims, not independently measured results, and should be treated accordingly until mature third-party testing is available.
Crashes, No Sound, or Screen Glitches?
Random freezes, missing sound and display glitches usually trace back to one bad driver. Find and replace yours safely.Free scan · under a minuteWindows Errors? Fix Them Before They Spread
Repair common Windows errors and clear accumulated junk for a smoother, more stable PC - no reinstall needed.Free scan · no reinstallWaste: very low in suitable workflows, not universally zero
The XL can avoid much of the purge waste associated with shared-nozzle multicolor printing. Make reported a comparison in which an AMS-equipped printer used roughly 9.5 additional meters of filament and took more than two hours, while an XL example finished in under 45 minutes with minimal waste. That was one comparison, not a universal benchmark; material, model, slicer settings, and machine profiles can change the outcome substantially.
“Zero waste” is too broad. An XL job may still use:
- A priming or pressure-stabilization tower.
- Wipe or cleaning material.
- Material in skirts, brims, supports, and failed starts.
- Calibration material.
- Filament left in a nozzle or toolhead during maintenance.
Prusa says wipe-to-infill and properly dried filament can enable little or no waste in suitable workflows. That is a useful capability, not a guarantee. Inspect the sliced preview and estimated material use before assuming a multicolor job is economical.
Materials and enclosure requirements
The XL+ lists support for material examples including PLA, PETG, ASA, ABS, PC, PA/nylon, TPU, PVA, HIPS, PP, CPE, PVB, and carbon-fiber composites. The 290°C nozzle and 120°C bed cover a broad range, but the printer’s temperature limits do not eliminate the practical problems of engineering polymers.
Also popular on Amazon
- [REWARDING DIY EXPERIENCE] Master your 3D printer by building it yourself with our detailed step-by-step photographic guide. This kit includes 1:1 scale hardware templates for easy part identification and features a completely solder-free assembly. Gain deep technical knowledge of your machine while transforming from a hobbyist into a true expert. While build times vary by experience, most users complete the assembly in 15–20 hours.
- [PRO-GRADE SPEED & QUALITY] Elevate your workshop with this high-speed CoreXY professional 3d printer. The all-steel exoskeleton frame ensures maximum stability for lightning-fast printing without sacrificing detail. Get consistent, industrial results for every project.
- [SMART PLUS UPDATES] The CORE One+ features a redesigned easy-flex loading system and bayonet spool holder. Enjoy a smoother, autonomous experience with the latest firmware updates and access to over one million models on Printables.com. Print your first model in minutes thanks to intuitive software and one-click printing.
- [ADVANCED THERMAL CONTROL] Perfect 3d printer for hobby and pros. The enclosed chamber reaches 55°C with active control. The automatic top vent regulates airflow for Carbon Fiber, Nylon, ASA, and PC-Blend while keeping PLA and PETG prints crisp and beautiful.
- [SECURE OFFLINE OPERATION] Protect your intellectual property with a 100% offline-capable system. Features a removable Wi-Fi module and local processing. Ideal for schools and businesses—your designs stay on your machine, not in the cloud.
Plan around the following:
- Drying: Nylon, PVA, TPU, and other hygroscopic filaments can absorb moisture and print poorly when wet.
- Warping: ABS, ASA, nylon, PC, and large flat parts may need draft control, a brim, careful bed preparation, and an enclosure.
- Thermal compatibility: Materials printed in one part may require incompatible temperatures or have different shrinkage rates.
- Layer adhesion: Two materials can coexist in a print without bonding strongly at their interface.
- Nozzle wear: Filled and abrasive materials require appropriate hardware.
- Profiles: A listed material is not proof that every brand, blend, or material pairing has a validated profile.
PLA and many PETG jobs do not require an enclosure. Large ABS and ASA parts are more demanding. Make specifically found that large ABS prints could suffer from drafts on the open original XL.
The optional XL+ enclosure is listed at up to 50°C. Prusa lists an external heater intended to raise the chamber to 60°C, but the heater is described as an upcoming add-on and is not compatible with the original XL. Confirm the printer generation before buying an enclosure or heater.
Setup and calibration
“Assembled” does not mean “ready to print instantly.” Prusa says the XL+ ships assembled, but the buyer still attaches the toolheads and runs the calibration process. Five extrusion systems mean more sensors, docks, filament paths, and failure points than a conventional single-tool printer.
A sensible commissioning sequence is:
- Install and firmly seat every toolhead.
- Confirm the correct print-fan type for each head where the hardware requires it.
- Run the setup wizard and update firmware.
- Calibrate dock positions and verify that each head docks without collision.
- Calibrate filament sensors and test load-cell behavior.
- Run the XL+ electronic tool-offset calibration.
- Load each material slowly and confirm that it reaches the relevant sensors and extruder.
- Print a single-material test.
- Print a two-material alignment and interface test.
- Run a five-toolhead test before committing an expensive engineering part.
The XL+ replaces the original mechanical-pin alignment process with an electronic sensor for automatic tool-offset calibration. Original XL owners upgrading hardware should follow the specific guide for their configuration. Prusa’s 2026 dual-head-to-five-head guide requires firmware 6.2.4 or newer and documents factory reset, fan-type selection, dock calibration, filament-sensor recalibration, load-cell testing, and five-head offset calibration.
Recommended Free Tools
Do not assume that a failed first calibration proves the printer is defective. Check seating, dock alignment, firmware, sensor configuration, fan selection, and the exact upgrade procedure.
Filament loading is a real practical consideration
Make’s original XL review found that some filament paths had hard catches and that flexible filament could be particularly frustrating to load. The review also encountered what appeared to be a clog caused by factory-test material that required a higher purge temperature. These are observations from the original XL, not proof of a universal XL+ defect, but they are useful failure modes to anticipate.
When loading a spool:
- Confirm the selected toolhead and material profile in PrusaSlicer.
- Feed the filament until it reaches both the side sensor and extruder sensor.
- If extrusion appears blocked, heat the nozzle to the appropriate material temperature and purge the test material.
- Do not force TPU or other flexible filament past a catch.
- Verify that the physical material in each head matches the slicer’s tool assignment.
On a five-head machine, a simple mismatch—such as loading PETG into the tool assigned to PLA—can create failed interfaces, poor adhesion, or a damaged part.
Software and multi-material workflow
PrusaSlicer is central to the XL’s value. Its multi-material tools let you assign materials and toolheads to objects or painted regions, select tool-specific nozzle profiles, configure wipe-to-infill or purge behavior, and inspect tool changes in the G-code preview.
Do these 3 things before closing this tab:
1Scan for outdated or missing drivers - takes under a minute2Repair Windows errors before they cause bigger problems3Fix the driver behind crashes, sound loss and screen glitchesA typical workflow is:
- Select the XL five-toolhead printer profile.
- Assign each loaded material to the correct tool number.
- Paint regions or assign whole objects to specific tools.
- Select the appropriate nozzle diameter and material profile for each head.
- Review purge, wipe, support, and infill settings.
- Use the preview to inspect tool changes and estimated material use.
- Confirm the physical materials at the printer before starting.
- Send the job by USB, Ethernet, or Prusa Connect.
Prusa Connect is useful for print farms and remote monitoring, but it is not mandatory. The XL+ supports offline operation. PrusaSlicer and Prusa Connect are free first-party tools, which helps reduce ongoing software cost.
Also popular on Amazon
- The XL Enclosure is designed for seamless integration with the rest of the printer.
- Original Prusa XL Enclosure makes printing from certain materials easier, and at the same time, it adds a lot of other benefits.
- Everything is included in the package including plastic parts, you don’t need to print anything on your own.
- The Original Prusa Enclosure is shipped disassembled as a kit. Prusa Research offers lifetime technical assistance and 24 hours professional customer service.
Reliability, maintenance, and failure modes
The XL’s mechanical complexity is justified only if the workflow benefits from it. Five toolheads mean five nozzle and extrusion systems to maintain, plus docks, sensors, PTFE paths, fans, and calibration data.
Pay particular attention to:
- Tool-dock alignment and reliable seating.
- Tool-change collisions or failed docking.
- Nozzle wear and replacement.
- Filament catches and PTFE tubes.
- Filament-sensor behavior.
- Toolhead and electronics cooling.
- Bed adhesion and large-part warping.
- Firmware maturity and version-specific menu behavior.
Prusa’s XL support hub includes dedicated documentation for a toolchanger problem identified as issue #17813 and for warping on large objects. The existence of those articles does not establish a failure rate, but it shows which edge cases deserve attention.
Owner discussions also cover TPU and TPE printing, tool-extruder motor errors, firmware releases, mid-print filament changes, and maintenance cycles. Treat those discussions as troubleshooting context, not quantified reliability evidence.
The Tool Desk
Outbyte Driver Updater FREEFix the driver behind crashes, sound loss and screen glitchesFind Drivers →Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →The upside is serviceability. Individual toolheads and replaceable parts make the platform more repairable than an appliance designed to be discarded. The downside is that maintenance time is part of the total cost. A print farm should budget for spare nozzles, cleaning supplies, dry storage, replacement parts, calibration time, and failed engineering prints.
Original XL versus XL+
| Area | Original XL | XL+ |
|---|---|---|
| Architecture | Up to five independent toolheads | Up to five independent toolheads |
| Build volume | 360-mm cube | 360-mm cube |
| Tool-offset calibration | Mechanical-pin process | Automatic electronic sensor |
| Nozzle cleaning | Original wiper arrangement | New nozzle wiper |
| Belts | Original design | Revised GT1.5 belts |
| Cooling | Original design | Revised toolhead and electronics cooling |
| Speed | Baseline | Prusa claims 10–15% faster |
| Enclosure | Optional original XL enclosure | New XL+ enclosure; generation compatibility differs |
| Independent evidence | Several years of reviews and owner experience | New at launch; mature independent evidence not yet established |
The XL+ is the preferred purchase when prices are close because its calibration, wiping, belt, and cooling changes address important operational details. An original XL or upgrade kit can still make sense at a substantial discount, especially for an owner who already has compatible hardware and is comfortable with hands-on calibration.
Compare the complete cost, not just the advertised kit price: upgrade hardware, additional toolheads, installation labor, missing fasteners or accessories, enclosure compatibility, and downtime can erase the apparent saving. The XL+ heater is not compatible with the original XL.
Price and total cost of ownership
Prusa’s U.S. storefront showed the five-head XL+ at $3,684.26 when viewed on August 18, 2026, with shipping shown as starting August 28, 2026. Prices, taxes, shipping, regional availability, and configurations can change, so verify the current listing before purchase.
The real budget may also include:
- An enclosure for draft-sensitive materials.
- A future or optional chamber heater where compatible.
- Additional print sheets and nozzles.
- Hardened nozzles for abrasive filament.
- Filament dryers and sealed storage.
- Engineering materials and soluble supports.
- Spare parts and maintenance supplies.
- Electricity, workshop space, and failed-print material.
- Operator time for calibration and troubleshooting.
The price is easier to justify when the XL replaces manual material changes, multiple single-material printers, soluble-support workarounds, nozzle swaps, outsourced prototypes, or repeated purge-heavy multicolor jobs. It is difficult to justify for occasional decorative prints.
Alternatives by workflow
Choose the architecture that matches the work:
- AMS-style systems: Usually more attractive for inexpensive multicolor PLA and consumer convenience, but they do not provide five independent hotends.
- IDEX printers: A good fit when two independent nozzles are enough, particularly for duplicate or mirror printing.
- Other toolchangers: May cost less or offer more customization, but can require more assembly, tuning, or maintenance.
- MMU-style systems: Relevant when lower-cost multicolor capability matters more than independent extrusion systems.
- Separate specialty printers: One reliable general-purpose printer plus a dedicated flexible- or engineering-material machine may offer better uptime than one highly complex five-toolhead system.
Who should buy the Prusa XL+?
Buy it if you regularly need:
- More than two materials in one print.
- TPU, soluble supports, or abrasive filament alongside rigid materials.
- Different nozzle diameters in one job.
- Large objects approaching 360 mm.
- Low purge waste in production or prototyping workflows.
- Repairable, open hardware and documented maintenance.
- Repeatable small-batch production or professional prototyping.
Do not buy it if:
- You mostly print one material at a time.
- You only need occasional multicolor PLA.
- Your budget is below roughly $2,000.
- You lack a large, rigid workspace.
- You expect a fully enclosed engineering-material printer out of the box.
- You dislike calibration and mechanical troubleshooting.
- Your priority is maximum speed per dollar rather than material flexibility.
Final verdict
The Prusa XL’s five independent toolheads are more than a five-color feature. They provide a practical way to combine rigid, flexible, soluble, and abrasive materials; use different nozzle sizes; print large parts; and reduce shared-nozzle purge waste. That makes the machine compelling for serious prototyping, construction-model fabrication, fixtures, jigs, and small production runs.
The original XL remains well regarded based on independent testing, but its review evidence should not be presented as proof of XL+ performance. The XL+ is the better current choice when the price difference is reasonable, while discounted original XL stock or upgrade kits deserve consideration only after accounting for installation, calibration, enclosure compatibility, and support hardware.
Bottom line: Buy the XL+ for true multi-material capability and large-format production. Avoid it for inexpensive decorative multicolor printing or plug-and-play convenience.
Quick Recap
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
