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Flutter-Wheel Bent-Arm Churn: Wind Wheels Carried Round, Spinning on Their Own Journals
Jinx

Created by

Jinx

7. October 2026DK
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Flutter-Wheel Bent-Arm Churn: Wind Wheels Carried Round, Spinning on Their Own Journals

Henry C. Nicholson of Mount Washington, Ohio, received US 17,444, dated 2 June 1857, for two wheels "similar in shape to the ordinary wind wheel" on bent arms of an upright shaft, which turn round with it and "revolve rapidly upon their own axes" in the cream. This rung prints the wind wheels, bent arms, step and gears, builds the churn and makes butter.
Intermediate
About 3 hours, plus printing

Instructions

1

Two motions at once

Loading Jupyter Notebook...
2

Wings that spin on their own axles, before it

Pease's cone wings spin on rising axles; Nicholson's wind wheels on bent arms.
3

Read US 17,444

"The nature of my invention consists simply in fixing two wheels, similar in shape to the ordinary wind wheel, to an upright shaft; the wheels being supported by arms so bent as to place the wheels on a line with the shaft and with each other, so that when the shaft referred to is made to revolve on its axis, the wheels are thus driven through the cream and made to revolve rapidly upon their own axes."
4

Print the parts

Print two wind wheels (/uploads/blueprints/flutter-wheel-bent-arm-churn-wind-wheel.stl), the bent arms (/uploads/blueprints/flutter-wheel-bent-arm-churn-bent-arms.stl), the step (/uploads/blueprints/flutter-wheel-bent-arm-churn-step.stl), the crown wheel (/uploads/blueprints/flutter-wheel-bent-arm-churn-crown-wheel.stl), the pinion (/uploads/blueprints/flutter-wheel-bent-arm-churn-pinion.stl) and the standard (/uploads/blueprints/flutter-wheel-bent-arm-churn-standard.stl). Print in PETG at 0.2 mm layers, 30 % infill, 4 walls; wash before first use.

Materials for this step:

PETG FilamentPETG Filament1 piece

Tools needed:

FDM 3D PrinterFDM 3D Printer
5

Arms and wheels

Push a 6 mm stainless rod through each arm's journal hole and glue it. Slide a wind wheel on each, with a washer and a pin through the rod's end, so it spins freely. Push the arms onto a 10 mm square hardwood shaft standing in the step, in a square food-grade container about 240 mm across.

Materials for this step:

Mild Steel RodMild Steel Rod1 piece
Flat WasherFlat Washer1 piece
Two-Part EpoxyTwo-Part Epoxy1 piece
Hardwood DowelsHardwood Dowels1 piece
Food-Grade Storage ContainerFood-Grade Storage Container1 piece

Tools needed:

HacksawHacksaw
Cordless DrillCordless Drill
6

Lid, gears and crank

Fix half the lid with a hole for the shaft, the pinion on its top and the standard with the crown wheel meshing it; screw a dowel handle into the wheel.

Materials for this step:

Mild Steel RodMild Steel Rod1 piece
Hardwood DowelsHardwood Dowels1 piece
#8 x 1" Wood Screw#8 x 1" Wood Screw1 piece

Tools needed:

Screwdriver SetScrewdriver Set
Cordless DrillCordless Drill
7

The build in 3D

FreeCAD model of this build: the box cut away to show the two wind wheels on the bent arms at the foot of the shaft, and the crown wheel and pinion above.
Design FileBLENDCC0 - Free
8

Churn

Let the heavy cream stand until it reaches about 15 °C, checked with the thermometer. Pour in 2.5 litres, enough to cover the wheels. Crank steadily; check the wheels spin; time until the butter comes. Pour off the buttermilk, add cold water, churn a little and pour off again until it runs clear; work in a pinch of salt and weigh the butter.
Step 8 - Image 1

Materials for this step:

Heavy CreamHeavy Cream2500 ml
Coarse Sea SaltCoarse Sea Salt1 piece
WaterWater1 piece

Tools needed:

Leave-In Probe ThermometerLeave-In Probe Thermometer
StopwatchStopwatch
Digital Kitchen ScaleDigital Kitchen Scale
Stainless Steel Mixing Bowl (Large)Stainless Steel Mixing Bowl (Large)
9

Troubleshooting

Flutter-wheel churn troubleshooting.

Flow

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10

History and honest limits

**Henry C. Nicholson** of Mount Washington, Hamilton County, Ohio, US 17,444, 2 June 1857. He wrote that "good solid yellow butter has been made with it in four minutes"; that is his claim. He knew flutter wheels had been used against a division board or inside a hoop, and claimed them on bent arms with nothing for the cream to react against. A container, printed parts and a crown wheel with a pinion stand in for his. FDM prints hold food in their layer lines, so wash well and replace when worn.

Materials

10

Tools Required

8

Design Files

1

CC0 Public Domain

This blueprint is released under CC0. You are free to copy, modify, distribute, and use this work for any purpose, without asking permission.

Support the Maker by purchasing products through their Blueprint where they earn a Maker Commission set by Vendors, or create a new iteration of this Blueprint and include it as a connection in your own Blueprint to share revenue.

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