Editorial desk
KlipperLab Editorial
KlipperLab Editorial is the publishing identity for KlipperLab. It is a desk, not a person: no named author, no biography, no professional certifications.
Articles published under this byline are researched from primary sources — vendor and project documentation, published standards and specifications, research papers, and measurements published by whoever took them — drafted with AI assistance, and edited against those cited sources before publication. Nothing here is based on first-hand testing in a private lab, and any figure that appears is attributed to the source it came from.
Corrections go to [email protected]. More detail is on the about page and the editorial disclosure.
Posts (6)
- comparisons
Mainsail vs Fluidd: Which Interface Should You Run?
Mainsail vs Fluidd compared for Klipper: install paths, multi-printer setups, macro prompts, cameras and config includes, plus which one to run.
- tuning
Klipper Pressure Advance Calibration Guide, Step by Step
Tune Klipper pressure advance with the TUNING_TOWER test: start 0, factor 0.005 direct drive or 0.020 Bowden, then measure, calculate and verify.
- getting-started
Klipper Hardware Requirements: Minimum Host, Board, Sensors
What Klipper needs: a Linux host (Pi Zero 2 W, 3, 4, 5 or x86), a control board whose MCU Klipper builds for, a stable supply, and an optional ADXL345.
- comparisons
Klipper vs Marlin Firmware: Setup, Input Shaping, Tradeoffs
Klipper plans motion on a Linux host, Marlin on the printer board. See how config, input shaping and reliability differ, and which suits your printer.
- tuning
Klipper Input Shaper Setup: Wiring and Tuning an ADXL345
Wiring, configuration, and calibration commands for measuring resonance with an ADXL345 in Klipper, plus fixes for the errors that stop a run.
- fundamentals
How Klipper Works: Host, MCU, and printer.cfg
How Klipper works from G-code to step pulses: host planning, MCU timing, printer.cfg changes, protocol communication, and when to reflash firmware.