The granite stone grain mill

Bread the way it was meant to be.

Real granite millstones. A motor built to outlast you. Flour so fresh it's still cool to the touch.

Six finishes

Kitchens used to have color.

Remember when a mixer came in cherry red and a fridge came in turquoise? Somewhere along the way everything turned stainless and gray. A mill you'll keep for the rest of your life should look like it belongs in your family.

Forest

Deep green, walnut, aged brass. Heirloom without trying.

Body Forest · Box Walnut · Handwheel Aged brass

Reserve it in Forest →

Inside the mill

Lift the lid. Watch it work.

01

Open it up.

Two solid granite millstones, seven inches across. Nobody else puts real stone on your countertop.

02

See the dress.

The furrow pattern comes from a Texas miller's 1854 patent. It cracks the grain, peels the bran and polishes it clean, in that order.

03

Watch the stones turn.

Grain enters at the center and rides the curved furrows outward. Air rides along with it and keeps everything cool.

04

Feel the flour.

Under 100°F, every time. Small, fast stones in other mills can push flour to 135°F, well past the point where flour starts losing what you're milling it for.

05

Dial it in.

One turn of the solid metal handwheel takes you from cracked grain for porridge to flour fine enough for pastry.

06

Built to outlast you.

One horsepower, rated for 30,000 hours. That's a few minutes a day for the rest of your life, and your kids' lives.

Fresh flour

The bread was never the problem. The flour was.

White flour is what's left after the best of the grain is thrown away.

Wheat kernel cross-section
Bran: fiber and mineralsGerm: B vitamins, vitamin E, oilsEndosperm: mostly starch
75%of the fiber
84%of the magnesium
92%of the vitamin E

All gone in milling white flour, by the USDA's own numbers. "Enriched" flour puts five nutrients back. The rest never come home.

Store-bought whole wheat sits in a warehouse for weeks while the oils in the germ go stale. Mill it yourself, minutes before you bake, and you get every part of the kernel, fresh.

See the research ↓

Self-reliance

A pantry that outlasts everything.

Flour goes stale in months. MREs last a few years. Sealed whole wheat lasts for decades and keeps its nutrition until the day you mill it.

Store-bought whole wheat flour3–6 months
MREs3–5 years
Sealed wheat berries30+ years

A bucket of wheat is about the cheapest real food money can buy. With a mill on the counter it's bread, tortillas, pancakes, pasta and porridge, whenever you need them.

No supply chain. No shortages.
Just grain, water, salt and a mill.

Compare grain, MREs and flour ↓

Why it's different

More stone. Real stone.

A 7-inch Based Mills stone next to a 3.5-inch stoneBased Mills · 7 in. graniteOthers · 3.5 in. ceramic

Real stone.

Other countertop stone mills use small manufactured stones. Ours are natural granite.

Twice the stone.

Seven inches across, with about four times the grinding surface of a Mockmill or KoMo.

Commercial muscle.

The same kind of granite as a $5,000 floor-standing mill, in a machine that lives on your counter.

See the full comparison ↓

Preorder

Reserve yours.

$100 down today. We'll charge the balance when your mill ships. [Ship window.]

Forest

$100 deposit holds your place in line

Finish

Balance charged when your mill ships.

The details

How it compares
Based Mills Mockmill 200 PRO KoMo Classic Meadows 8”
Price $[X] $890 $619–814 by wood $5,000
Stone material Natural granite Corundum ceramic (manufactured) Corundum ceramic (manufactured) Natural NC pink granite
Stone diameter 7 in. 3.5 in. (90 mm) 3.35 in. (85 mm) 8 in.
Grinding surface About 38 sq. in. About 10 sq. in. About 9 sq. in. About 50 sq. in.
Stone dress Gaines “Texas” dress, curved furrows [None / factory face, confirm] [None / factory face, confirm] [Confirm]
Flour temperature Under 100°F Up to 135°F [your test] Up to 135°F [your test] [Confirm]
Motor 1 hp (about 750 W), rated 30,000 hours 600 W 360 W 2 hp
Output [X] About 7 oz/min About 3.5 oz/min Up to 50 lb/hour
Power [Standard 120 V outlet? confirm] 120 V 120 V 220 V or 115/230 V
Fits on a counter Yes Yes Yes No. About 34 × 32 × 57 in. on a stand
Weight [X] lb [Confirm] [Confirm] [Confirm]
Warranty [X] years [Confirm] [Confirm] [Confirm]
Specifications
Grinding stones Natural granite, 7 in. diameter
Stone dressing Gaines “Texas” dress (U.S. Pat. 11,372, 1854): 4 curved master furrows with a quarter draft, plus cracking grooves
Flour temperature Under 100°F at the spout [test conditions]
Drive 1 hp (about 750 W) [motor type], rated 30,000 hours
Output [X] cups of flour per minute on fine
Grind range Cracked grain to fine flour
Hopper capacity [X] cups
Dimensions [W × D × H]
Weight [X] lb
Power [X] V, [X] W
Warranty [X] years
Made in [Location]

Grain vs. the prepper pantry
Whole wheat berries MREs Store-bought flour
Shelf life 25–30+ years sealed with oxygen absorbers [verify] About 3–5 years, less in heat [verify] About 1 year white, 3–6 months whole wheat [verify]
Cost per 2,000 calories About $[0.75–1.50] in bulk [verify] About $[10–15] [verify] About $[1–2] [verify]
Nutrition Whole grain: fiber, B vitamins, vitamin E, minerals Complete meal, heavily processed White: mostly starch
Nutrition after storage Vitamin E and B6 essentially unchanged after 3 years¹³ [MRE vitamin retention, if we want it] Whole wheat: oils start breaking down once milled. About a third of vitamin E is gone in 10 months.¹² [45% in 1 day / 90% in 72 hours, once we find the source]
Versatility Bread, tortillas, pancakes, pasta, porridge, cracked cereal What’s in the pouch Baking
Storage space Dense, stacks in 5-gallon buckets Bulky packaging Dense, but doesn’t last
The research

What milling takes out

The U.S. Department of Agriculture’s own food tables show what’s lost when whole wheat flour becomes white flour.²

Per 100 g of flour Whole wheat White Lost in milling Added back by “enrichment”?
Fiber 10.7 g 2.7 g 75% No
Magnesium 137 mg 22 mg 84% No
Manganese 4.1 mg 0.7 mg 83% No
Zinc 2.6 mg 0.7 mg 73% No
Potassium 363 mg 107 mg 71% No
Vitamin B6 0.41 mg 0.04 mg 89% No
Vitamin E 0.71 mg 0.06 mg 92% No
Choline 31 mg 10 mg 67% No
Selenium 62 µg 34 µg 45% No
Thiamin (B1) 0.50 mg 0.12 mg 76% Yes
Riboflavin (B2) 0.17 mg 0.04 mg 76% Yes
Niacin (B3) 5.0 mg 1.3 mg 75% Yes
Iron 3.6 mg 1.2 mg 68% Yes
Folate 44 µg 26 µg 41% Replaced with synthetic folic acid

“Enriched” flour adds back five things: thiamin, riboflavin, niacin, iron and folic acid. Enrichment started in 1941, after federal nutrition surveys found deficiencies across large parts of the population.³ Everything else in the table stays out.

What the research found

In the early 1970s, British doctors who had worked in Africa noticed that rural populations eating unrefined grain rarely got the bowel and metabolic diseases common in the West. Denis Burkitt and Hugh Trowell, with colleagues Neil Painter and Kenneth Heaton, published a string of papers proposing that the missing fiber was a common cause. They linked low-fiber, refined diets to:

  • Constipation and slow transit time. Fiber made stools larger and softer and moved food through faster.⁴
  • Diverticular disease. They called it “a deficiency disease of Western civilization.“⁵
  • **Appendicitis and hiatal hernia.**⁶
  • **Colon cancer.**⁷
  • Heart disease. Fiber helped lower cholesterol.⁸
  • **Diabetes.**⁹
  • Overeating. Fiber was “an obstacle to energy intake,” so whole foods fill you up on fewer calories.¹⁰

The U.S. government took notice. In 1977 the Senate Select Committee on Nutrition published Dietary Goals for the United States, the first federal dietary goals for Americans. Its first food recommendation was to **“increase consumption of fruits and vegetables and whole grains.”**¹ USDA tests in the report found whole wheat bread had two to three times the crude fiber of white bread. It also cited a Michigan State study in which overweight young men ate 12 slices of bread a day with their meals and lost an average of 12.7 pounds in eight weeks. The USDA’s own review of fiber research followed in 1978.¹¹

This information is educational and comes from the published sources listed below. It has not been evaluated by the Food and Drug Administration. The Based Mills grain mill is a kitchen appliance and is not intended to diagnose, treat, cure or prevent any disease.

Sources

  1. U.S. Senate Select Committee on Nutrition and Human Needs, Dietary Goals for the United States, 2nd ed. (1977), “U.S. Dietary Goals” summary and pp. 21–26. govinfo.gov
  2. USDA Agricultural Research Service, FoodData Central, SR Legacy (the successor to USDA Agriculture Handbook No. 8): Wheat flour, whole-grain (FDC 168893); Wheat flour, white, all-purpose, unenriched (FDC 169761); enriched, bleached (FDC 168894).
  3. Federal flour and bread enrichment program, 1941. Baking Business
  4. Burkitt DP, Walker ARP, Painter NS. “Effect of dietary fibre on stools and the transit-times, and its role in the causation of disease.” Lancet 1972;2:1408–12.
  5. Painter NS, Burkitt DP. “Diverticular disease of the colon: a deficiency disease of Western civilization.” BMJ 1971;2:450–4.
  6. Burkitt DP. “The aetiology of appendicitis.” Br J Surg 1971;58:695–9. Burkitt DP, James PA. “Low-residue diets and hiatus hernia.” Lancet 1973;2:128–30.
  7. Burkitt DP. “Epidemiology of cancer of the colon and rectum.” Cancer 1971;28:3–13.
  8. Trowell H. “Ischemic heart disease and dietary fiber.” Am J Clin Nutr 1972;25:926–32.
  9. Trowell HC. “Dietary-fiber hypothesis of the etiology of diabetes mellitus.” Diabetes 1975;24:762–5.
  10. Heaton KW. “Food fibre as an obstacle to energy intake.” Lancet 1973;2:1418–21.
  11. Kelsay JL. “A review of research on effects of fiber intake on man.” Am J Clin Nutr 1978;31:142–59.
  12. Nielsen MM, Hansen Å. “Stability of vitamin E in wheat flour and whole wheat flour during storage.” Cereal Chem 2008;85:716–20. (About 32% of vitamin E lost over 297 days.) Also Chakraborty S, et al. “Inactivation of lipase in grains: processing methods, kinetics, and storage stability.” Compr Rev Food Sci Food Saf 2026;25:e70629.
  13. “Effects of Fumigation on Wheat in Storage” series: Slover HT, Lehmann J, “IV. Tocopherols,” Cereal Chem 1972;49:412–15; Polansky MM, Toepfer EW, “III. Vitamin B-6,” Cereal Chem 1971;48:392–96.