Pearl Millet (Bajra) Nutrition Calculator

Pearl millet (Pennisetum glaucum), commonly called bajra in India, is a cereal grain grown in warm and low-rainfall regions. It is widely used in roti, khichdi, porridge, and flour blends across South Asia and Africa.

Compared with many staple grains, pearl millet offers a strong nutrient profile with meaningful amounts of protein, fiber, iron, magnesium, and B-vitamins. In this calculator, nutrition values are shown per serving based on preparation method, serving size, accompaniments, and number of servings.

To compare Bajra with other millet varieties, use the complete Millet Nutrition Calculator. You can also browse every live calculator in Millet Nutrition Tools.

Sources: Frontiers in Plant Science (2021), Wikipedia - Pearl Millet.

Raw pearl millet (Pennisetum glaucum) provides 378 kcal per 100g. This places it slightly above white rice (360 kcal) and whole wheat (346 kcal) in energy density. However, calorie content changes significantly with preparation method due to water absorption during cooking.

When boiled or cooked as porridge, pearl millet absorbs 2–3 times its weight in water. This reduces the calorie density to approximately 115–120 kcal per 100g cooked — a reduction of roughly 69%. Dry roasting, on the other hand, retains more concentrated calories since less water is involved.

For a standard serving of 1 cup cooked bajra (~170g), you can expect approximately 195–200 kcal. If prepared as a roti or bhakri (dry-roasted flatbread), calorie retention is higher — around 250–290 kcal per 100g — because less water is absorbed.

Source: ICAR-IIMR / PMC (2024), USDA FoodData Central.

Protein (11.6g per 100g)

Pearl millet contains 11.6g of protein per 100g, providing 23% of the Daily Value (50g). Among cereals, this is notable — nearly double the protein content of white rice (6.4g). Pearl millet protein is particularly rich in methionine and cysteine, sulfur-containing amino acids that are typically limiting in legumes. This makes bajra an excellent complement to lentils and pulses in traditional Indian cuisine.

The protein quality is further enhanced by its balanced amino acid profile. While not a complete protein on its own (like all cereals, it is lower in lysine), combining it with legumes creates a complementary amino acid profile.

Carbohydrates (67.5g per 100g)

The total carbohydrate content of pearl millet is 67.5g per 100g. Starch constitutes 56–65% of the grain, with an amylose content of approximately 20–22%. The relatively moderate amylose content contributes to its moderate glycemic response.

Dietary fiber content is 8.5g per 100g (30% DV), which is substantially higher than white rice (0.3g) and whole wheat (2.0g). This includes both soluble and insoluble fiber, which plays a role in digestive function and satiety. Net carbohydrates (total carbs minus fiber) are 59.0g per 100g.

Fat (5.0g per 100g)

Pearl millet has a higher fat content than most cereals at 5.0g per 100g, with only about 1.2g being saturated fat. Approximately 75% of the fat is unsaturated, including oleic acid (omega-9) and linoleic acid (omega-6). The lipid profile also contains small amounts of alpha-linolenic acid (omega-3). This favorable fatty acid composition is a distinguishing feature among cereal grains.

Sources: Frontiers in Plant Science (2021), ICAR-IIMR / PMC (2024), Jukanti et al. – Pearl Millet Review.

Pearl millet is recognized as one of the most mineral-dense cereal grains. Here is a summary of its key micronutrients per 100g raw grain:

B-Vitamins

Pearl millet provides notable amounts of niacin (B3): 2.3mg (14% DV), thiamine (B1): 0.33mg (28% DV), and riboflavin (B2): 0.21mg (16% DV). It also contains folate (45mcg, 11% DV) and vitamin B6 (0.37mg, 22% DV), which contribute to energy metabolism and red blood cell formation.

Iron Bioavailability

While pearl millet is rich in iron, it also contains phytates and polyphenols that can reduce mineral absorption. Research shows that traditional preparation methods — particularly fermentation, malting, and germination — can significantly improve iron and zinc bioavailability by reducing phytic acid content by 20–50%.

Sources: PMC – Mineral Bioaccessibility (2018), Frontiers in Plant Science (2021), AICPMIP – Pearl Millet as Super Grain.

The glycemic index (GI) of pearl millet is approximately 55, placing it at the low-to-moderate boundary on the GI scale. This is significantly lower than white rice (GI ~72) and whole wheat (GI ~74).

Several factors contribute to this relatively favorable GI value:

• Higher fiber content (8.5g vs 0.3g in white rice) slows glucose release
• Moderate amylose content (20–22%) leads to slower starch digestion
• Higher fat content (5.0g) delays gastric emptying
• Protein content (11.6g) contributes to a blunted glycemic response

Glycemic Load (GL)

While GI measures the quality of carbohydrate response, glycemic load accounts for the actual amount consumed. GL gives a more practical measure for a given serving.

Effect of Preparation on Glycemic Response

Preparation method significantly affects the glycemic response. Fermented pearl millet products (such as traditional ambali or fermented porridge) have been reported to produce lower glycemic responses compared to plain boiled preparations. Cooling cooked pearl millet before consumption may increase resistant starch content, which further modulates glycemic response.

Sources: ICAR-IIMR / PMC (2024), PMC – Mineral Bioaccessibility (2018).

From a nutritional data perspective, pearl millet has several characteristics that make it a reasonable choice for those tracking their calorie intake:

• Lower energy density when cooked: At approximately 115–120 kcal per 100g cooked (vs. 378 kcal raw), cooked pearl millet provides a lower calorie density than dry snacks or fried preparations.
• High fiber content (8.5g per 100g raw): Fiber contributes to a feeling of fullness and slower digestion. The 30% Daily Value of fiber per 100g is among the highest for cereal grains.
• Higher protein (11.6g per 100g): Protein contributes to satiety. Pearl millet provides nearly twice the protein of white rice per equivalent serving.
• Moderate glycemic index (55): A lower GI is associated with a more gradual rise in blood glucose levels after eating, compared to higher-GI grains.

These are factual nutritional characteristics. This tool does not provide dietary advice or make claims about specific outcomes. For personalized guidance, consult a qualified nutrition professional.

Sources: ICAR-IIMR / PMC (2024), USDA FoodData Central.

Pearl millet has been a dietary staple across Africa and South Asia for over 4,000 years. Its versatility in the kitchen is reflected in a wide range of traditional preparations:

Indian Preparations

• Bajra Roti / Bhakri: Unleavened flatbread made from bajra flour, traditionally served in Rajasthan, Gujarat, and Maharashtra. Commonly paired with ghee, jaggery, or garlic chutney. The dry-roasting preparation retains higher calorie content (~270 kcal per 100g) compared to boiled preparations.
• Bajra Khichdi: A comforting one-pot dish popular in Rajasthan, combining pearl millet with lentils (moong dal), ghee, and spices. The combination of millet and legumes creates a complementary amino acid profile, enhancing overall protein quality.
• Bajra Rabdi / Raab: A warm, thin porridge made from bajra flour, often prepared with buttermilk or water. Traditionally consumed during winter months for its warming properties.

African Preparations

• Fura (Nigeria / Niger): Ball-shaped snack made from pounded pearl millet, often served with fermented milk (nono). The fermentation process can improve mineral bioavailability.
• Tuwo: A thick, stiff porridge similar to fufu, served as a staple alongside soups and stews across the Sahel region.
• Ogi / Akamu: A fermented cereal porridge popular in West Africa, often prepared from pearl millet, sorghum, or maize. Fermentation enhances both flavor and nutrient bioavailability.

Modern Value-Added Products

Pearl millet is increasingly used in modern food products including breakfast cereals, multigrain breads, energy bars, pasta, and gluten-free baking blends. Pearl millet flour can replace 20–30% of wheat flour in baked goods while improving the nutritional profile, particularly for fiber and iron content.

Sources: Nambiar et al. (2011), AICPMIP – Pearl Millet as Super Grain, Wikipedia – Pearl Millet.

Pearl millet is one of the most climate-resilient cereal crops globally. It is uniquely adapted to arid and semi-arid environments, making it a critical food security crop in regions where other cereals struggle.

Key Environmental Advantages

• C4 Photosynthesis: Pearl millet uses the C4 carbon fixation pathway, which is more efficient than the C3 pathway used by rice and wheat. This allows it to produce more biomass per unit of water consumed.
• Drought Tolerance: Bajra can complete its growth cycle with as little as 200–250mm of annual rainfall — roughly one-third of what rice requires. Its deep root system (up to 360cm) enables efficient water extraction from deep soil layers.
• Heat Tolerance: Pearl millet thrives in temperatures exceeding 42°C, where most cereals fail. This makes it particularly relevant as global temperatures continue to rise.
• Low Input Requirements: It grows well in sandy, low-fertility soils with minimal fertilizer requirements, reducing both cost and environmental impact.

Global Production

Pearl millet is cultivated on approximately 30 million hectares globally, primarily in India, Niger, Nigeria, Mali, and Burkina Faso. India is the world's largest producer, accounting for about 36% of global production. Key Indian states include Rajasthan, Maharashtra, Gujarat, Uttar Pradesh, and Haryana.

The United Nations declared 2023 as the International Year of Millets, a recognition led by India at the FAO. This has brought renewed global attention to millets — including pearl millet — as sustainable, nutritious food sources for the future.

Sources: Frontiers – Climate Resilience (2021), FAO – International Year of Millets 2023, AICPMIP.

Our calculator provides comprehensive nutrition data for pearl millet. Here is how to interpret the key values:

% Daily Value (%DV)

The % Daily Value tells you how much a nutrient in a serving contributes to a daily diet based on FDA 2020+ reference amounts for a 2,000 calorie diet. A general guide: 5% DV or less is considered low; 20% DV or more is considered high.

Calorie Breakdown

The macro donut chart shows what percentage of total calories comes from each macronutrient. For raw pearl millet: approximately 12% from protein, 72% from carbohydrates, and 12% from fat. This ratio shifts slightly depending on accompaniments added.

Glycemic Load vs. Glycemic Index

GI is a fixed property of the food (55 for pearl millet). GL adjusts for the actual serving size. A smaller serving will have a lower GL, even though the GI stays the same. Use GL as the more practical indicator for your specific portion.

For a deeper comparison across all 12+ millet varieties, visit our complete Millet Nutrition Calculator.