Ragi Calories & Nutrition Calculator

Ragi (finger millet) contains 364mg of calcium per 100g of raw grain — the highest among all commonly consumed cereals ^[1]. For comparison, whole wheat has 29mg, raw rice has 28mg, and even oats manage only 54mg per 100g. This makes ragi uniquely positioned among grains as a significant plant-based calcium source.

The calorie content of raw ragi grain is 320 kcal per 100g, with a macro split of 7.3g protein, 66.8g carbs, 1.9g fat, and 11.2g dietary fiber ^[1]. A single ragi roti (made from ~30g flour) provides roughly 96 calories and 109mg calcium, which is approximately equivalent to the calcium in 90ml of milk.

Unlike dairy calcium, ragi's calcium coexists with phytates and oxalates that can reduce absorption. However, traditional preparation methods like [malting, sprouting, and fermentation](/tools/dosa-nutrition-calculator) significantly reduce these anti-nutrients, making more calcium available for absorption ^[2].

Malting involves soaking ragi grains, allowing them to germinate for 24–48 hours, then drying and grinding. This process increases protein to ~8.5g/100g (from 7.3g), boosts iron to 5.4mg/100g (from 4.6mg), and improves mineral bioavailability by reducing phytic acid by up to 40% ^[2].

Sprouting takes this further: sprouted ragi shows protein levels of ~8.8g/100g and generates measurable vitamin C (~8.5mg/100g), absent in the raw grain. The enzymatic changes during sprouting also pre-digest some starch, which may affect how the body processes the carbohydrates ^[3].

Decortication (removing the outer husk) takes the opposite approach — it reduces fiber from 11.5g to about 5.5g and drops calcium dramatically from 364mg to roughly 150mg/100g. Decorticated ragi products are smoother in texture but sacrifice the grain's signature mineral advantage.

Beyond basic macros, ragi is remarkably rich in polyphenols — particularly ferulic acid, catechins, and proanthocyanidins. Brown-seeded varieties contain significantly higher polyphenol content than white varieties, which contributes to their antioxidant capacity ^[2].

The dietary fiber in ragi (11.5g/100g) is substantially higher than in rice (1.3g) and comparable to [browntop millet](/tools/browntop-millet-nutrition-calculator). Ragi fiber includes both soluble and insoluble fractions, with the insoluble portion contributing to its characteristic slightly gritty texture when ground into flour.

Ragi also provides 5.49mg manganese per 100g — one of the highest among food grains. Combined with its zinc (2.53mg) and phosphorus (283mg) content, ragi delivers a broad mineral spectrum that few individual grains can match ^[1].

Ragi is consumed across South and East India in diverse forms. A typical ragi mudde (ball) weighs about 80g cooked and provides approximately 88 calories and 92mg calcium. In Karnataka, 2–3 mudde balls make a standard meal, totaling 176–264 calories from the ragi alone.

One ragi roti (flatbread from 30g flour, cooked on tawa) yields about 99 calories. A typical adult meal includes 2–3 rotis. For ragi malt drinks, a standard glass (200ml prepared) provides roughly 104 calories and is commonly given as a supplementary food for growing children.

For precision in tracking: 1 cup of ragi flour weighs approximately 120g and contains ~403 calories. When making porridge, 30g of ragi flour mixed with 200ml water yields about 230g of cooked porridge with approximately 98 calories.

Ragi is one of the oldest cultivated cereals, with archaeological evidence dating back over 4,000 years in East Africa and 3,000 years in South India ^[4]. Today, India produces over 1.8 million tonnes annually, with Karnataka alone accounting for about 58% of national production.

The grain thrives in drought-prone conditions and at high altitudes (up to 2,500m), making it a resilient crop for food security in marginal agricultural zones. Its natural resistance to storage pests means whole ragi grain can be stored for years without significant nutrient degradation — a practical advantage over more perishable grains.

Traditional diets in Karnataka, Tamil Nadu, Andhra Pradesh, and parts of East Africa position ragi as a primary calorie and mineral source, often consumed as [ragi mudde with sambar, ragi dosa](/tools/dosa-nutrition-calculator), porridge, or [ragi roti with dal](/tools/pigeon-pea-nutrition-calculator). These combinations naturally complement ragi's amino acid profile with legume protein.

With 364mg calcium per 100g of raw grain, ragi provides more calcium than any other commonly consumed cereal. To put this in practical terms: two ragi rotis (from 60g flour) deliver approximately 218mg of calcium — comparable to about 180ml of whole milk ^[6].

Calcium from ragi coexists with phosphorus (283mg/100g) in a ratio of approximately 1.3:1. While dairy sources have a calcium-to-phosphorus ratio closer to 1.5:1, ragi's ratio is still considered favourable for mineral balance. The presence of magnesium (137mg/100g) further supports the mineral ecosystem ^[2].

For those who track mineral intake through food journaling, ragi offers a consistent plant-based calcium source that can be consumed daily in various forms — from roti and mudde to porridge and malt drinks. Combining ragi with [bajra](/tools/pearl-millet-bajra-nutrition-calculator) and [jowar](/tools/sorghum-jowar-nutrition-calculator) in weekly rotation adds iron and magnesium from complementary grain sources.