VoronLab

VoronLab — Voron CoreXY builds, Klipper tuning, CAN bus

Voron CoreXY builds, Klipper tuning, CAN bus
VoronLab
Independent · 2026
Isometric 3D printer connected by a cyan cable to a Raspberry Pi board, with a microSD card nearby against a dark blue background. Featured
firmware

How to Install Klipper on Raspberry Pi

Install Klipper with MainsailOS or KIAUH, flash the correct printer firmware, configure printer.cfg, and check heaters and motion before printing.

Read the article →

Latest articles

Start here

The four mainstream Voron designs

From a 120 mm desktop cube to a 350 mm enclosed flagship, the model you pick decides build volume, motor count and how much assembly you sign up for. Start with which Voron to build, then work through kit sourcing before you order.

ModelBuild volumeKinematicsRelative BOM costBuild difficulty
V0.2120 x 120 x 120 mmCoreXY, cantilevered moving bedLow parts count; scales up expensivelyCramped, but a small build
Trident250, 300 or 350 mm plate; Z about 250 mmCoreXY, fixed gantry, three leadscrew ZMid; six drivers on a standard boardEasiest full-size build
2.4250x250x220 up to 350x350x330 mmCoreXY, flying gantry, four belted ZHighest; most parts, seven driversLongest, most exacting
SwitchwirePrusa-sized 250 x 210 mm plateCoreXZ, bed slinger, belted ZLowest with an i3 donorMildest as a donor conversion

Voron publishes per-model price estimates as ranges, not fixed prices, and they exclude tools and shipping.

Free tool, no signup

Klipper Input Shaper & CoreXY Speed Calculator

Feed in the X and Y resonance frequencies your accelerometer measured, pick a Voron platform and a hotend, and get back a shaper type, a max_accel figure and the outer-wall speed your flow rate can actually sustain, as a printer.cfg snippet you can copy.

Open the calculator