AnkerMake's first printer, the M5, launched with a compelling combination of speed claims, integrated camera, and AI print monitoring at a price above most competitors. The M5C is the same company's acknowledgment that not everyone wants those features at that price: strip the camera, the AI detection system, and the touchscreen, keep the CoreXY motion and the 500 mm/s speed claim, and cut the price to compete with Bambu's entry-level machines. The result is a printer with a cleaner value proposition than its predecessor — and some rough edges worth understanding before buying.
Motion System and Speed Architecture
The M5C uses a CoreXY motion architecture with a 250 × 220 × 300 mm build volume. The 300 mm Z height is a genuine differentiator against Bambu's A1 Mini and even the full A1 — taller parts print without splitting. Maximum travel speed is rated at 500 mm/s with 2,500 mm/s² acceleration, which is conservative by current CoreXY standards (Bambu rates the X1C at 500 mm/s with 20,000 mm/s² acceleration). Real-world benchmarks put the M5C's effective print speeds at 200–300 mm/s for quality prints — fast, but not in the same category as Bambu or VzBot in terms of peak acceleration handling.
The direct drive extruder on the M5C uses a standard 0.4 mm nozzle and an all-metal hotend rated to 260°C — adequate for PLA, PETG, ABS, and TPU but not reaching the 300°C territory needed for polycarbonate or high-temp engineering materials. The 7×7 bed leveling mesh with automatic probing is among the faster auto-leveling implementations in this price category, completing in under 90 seconds.
The Simplicity Trade-Offs
Removing the camera and AI detection was a cost decision with practical consequences. Print monitoring on the M5C requires either physical presence or a third-party webcam add-on — there's no factory remote viewing. AnkerMake's app can start, pause, and stop prints remotely via cloud connection, but without a camera, you're managing blind. For users who run printers unattended overnight or over long print sessions, this is a meaningful limitation. For users who stay nearby during printing, it's irrelevant.
The app-based interface (the M5C has no touchscreen; all control is via smartphone or the AnkerMake slicer on desktop) is functional but less polished than Bambu's ecosystem. AnkerMake's slicer launched with known stability issues and limited profile depth compared to Bambu Studio and OrcaSlicer. OrcaSlicer added M5C profiles relatively quickly after launch, which provides a better slicer experience for users who want fine control over print settings.
Print Quality Assessment
At moderate speeds (150–200 mm/s) with well-tuned profiles, the M5C produces clean PLA prints competitive with printers in its price range. Wall quality is consistent, dimensional accuracy runs ±0.2 mm on calibration prints, and first-layer adhesion on the PEI flex plate is reliable. Retraction calibration takes some attention — the direct drive's 2.5 mm retraction sweet spot is narrower than on some competing machines, and over-retraction causes noticeable hole formation in fine features.
At 400 mm/s and above, the lower maximum acceleration of the M5C becomes visible as ringing artifacts on sharp corners and abrupt direction changes. The input shaping calibration built into the firmware helps but doesn't fully eliminate ringing at the highest speeds on the default mass extruder. Owners who tune their input shaping curves manually via the AnkerMake slicer's resonance compensation settings report better results than the factory defaults.
The ABS/ASA Question
The M5C is an open-frame printer with no enclosure. ABS and ASA printing without an aftermarket enclosure is possible for small models but unreliable for anything over 100 mm in any dimension. The magnetic cover panels that some users add for heat retention help, but they're not a factory option. If your material list regularly includes ABS, ASA, or PC, the Bambu P1S or an enclosed competitor is the better choice at this price range.
Where It Fits
The M5C's best argument is the 300 mm Z height at a price below Bambu's A1 Combo. For prints that are specifically tall — figurines, cosplay components, functional enclosures — this build volume advantage is genuine and matters. It's a reasonable second printer for someone who already has a Bambu ecosystem and wants tall print capability without spending P1S money. As a primary printer for a new user, Bambu's better slicer integration and more mature ecosystem are meaningful advantages that are hard to quantify until you've had to troubleshoot an AnkerMake profile.
Firmware and Community Ecosystem
AnkerMake has been more forthcoming with firmware updates than some budget competitors, addressing identified retraction and flow calibration issues in iterative releases. The community around the M5C is smaller than Bambu's or Prusa's, which means fewer community-contributed profiles and less troubleshooting documentation for edge cases. Third-party OrcaSlicer profiles for the M5C are functional but less polished than manufacturer-maintained profiles for competing machines — expect to spend time on manual calibration to get results comparable to Bambu on Bambu Studio.
For makers interested in Klipper compatibility: the M5C runs AnkerMake's proprietary firmware and is not natively Klipper-compatible. Community efforts to flash Klipper exist but require hardware modifications that void the warranty and carry risk of firmware corruption if the process goes wrong. Makers for whom Klipper flexibility is a priority are better served by a Creality K1 or the Voron ecosystem at equivalent price points, which have more mature Klipper integration paths and active community support.
