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Artillery
Artillery M1 Pro S1 high-speed enclosed CoreXY FDM 3D printer
3D printer

Artillery M1 Pro S1

Artillery · M1 Pro S1

The Artillery M1 Pro S1 is a fully enclosed CoreXY FDM 3D printer designed for high speed, stability, and technical materials. It keeps a 260 x 260 x 260 mm build volume and uses a rigid structure made from cast aluminum, aluminum extrusions, an ABS enclosure, and glass panels. Compared with the M1 Pro, the S1 version introduces several reliability-focused upgrades: improved PTFE tube installation, optimized filament ejector, better placement of the chamber temperature sensor, extruder improvements, optimized heated bed and magnetic plate, and a refined leveling algorithm to work better with the updated bed. The printer reaches a maximum toolhead speed of 600 mm/s and a maximum acceleration of 20,000 mm/s². It includes one-step auto leveling, vibration compensation through input shaping, power-loss recovery, filament sensor, automatic cut-off module, and an AI camera for timelapse, surface detection, foreign object detection, and spaghetti failures. Its 80W ceramic hotend reaches up to 320 ºC and uses a hardened steel nozzle. The active heated chamber reaches 60 ºC, helping print materials such as ABS, ASA, PA, PC, and carbon-fiber-reinforced filaments with less warping. It also includes a honeycomb-style activated carbon filter with internal and external circulation to reduce odors and particles. On the control side, the Artillery M1 Pro S1 uses Artillery OS with 8 GB eMMC and 8 GB MicroSD, WiFi connectivity, SD card support, a touchscreen, and PC software. It should not be confused with the original M1 Pro, since the S1 is an optimized revision with mechanical, thermal, and firmware improvements.

WiFiWiFi 2.4 GHz

Pros

  • High-speed CoreXY architecture
  • Fully enclosed body
  • 260 x 260 x 260 mm build volume
  • Maximum speed of 600 mm/s
  • Maximum acceleration of 20,000 mm/s²
  • 320 ºC hotend
  • Active heated chamber at 60 ºC
  • One-step auto leveling
  • Vibration compensation through input shaping
  • AI camera for timelapse and failure detection
  • Honeycomb activated carbon filter
  • Hardened steel nozzle
  • Hardened steel extruder gears
  • Double-sided PEI flexible plate
  • Power-loss recovery
  • Filament sensor and automatic cut-off module
  • WiFi, SD, touchscreen, and PC software
  • S1 upgrades to PTFE tube, ejector, chamber sensor, extruder, bed, and leveling algorithm

Cons

  • Not a multicolor printer out of the box
  • Bluetooth is not listed in the official specs
  • Ethernet is not listed in the official specs
  • No official smart home compatibility listed
  • Artillery OS is more closed than open Klipper
  • May require fine-tuning for technical materials
  • Takes up more space than compact open-frame printers
  • No compatibility listed with Matter, MQTT, or Home Assistant

Specifications

ModelM1 Pro S1
Typeenclosed CoreXY FDM 3D printer
Build volume260 x 260 x 260 mm
Product size437 x 389 x 494 mm
Package size475 x 450 x 570 mm
Main structurecast aluminum and aluminum extrusions
EnclosureABS and glass
Printing accuracy±0.1 mm
Maximum toolhead speed600 mm/s
Maximum toolhead acceleration20,000 mm/s²
Auto levelingsupported
Vibration compensationsupported
AI cameratimelapse, surface detection, and foreign object detection
CommunicationWiFi
ControlWiFi, SD card, touchscreen, and PC software
Operating systemArtillery OS
Storage8 GB eMMC + 8 GB MicroSD
Hotend80W ceramic heating
Maximum hotend temperature320 ºC
Detachable hotendyes
Nozzlehardened steel
Extruder gears55HRC hardened steel
Extrudersteel dual-gear direct drive
Active heated chamberup to 60 ºC
Hotend fanclosed-loop control
Chamber temperature-regulating fanclosed-loop control
Auxiliary fanclosed-loop control
Air filterhoneycomb activated carbon filter with internal and external circulation
Print surfacedouble-sided PEI flexible plate, textured and smooth
Power-loss recoveryyes
Filament sensoryes
Automatic cut-off moduleyes
Compatible materialsPLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC, PLA-CF, PETG-CF, PET-CF, PA-CF, PA6-CF, and PPA-CF
Improvements over M1 Prooptimized PTFE tube installation, optimized filament ejector, optimized chamber temperature sensor installation, optimized extruder, optimized heated bed and magnetic plate, optimized AP Board algorithm
Power supplyCorriente eléctrica
Neutral wire requiredNo