Synthetic Meat Becomes 30% Cheaper Than Conventional Meat

Synthetic meat becoming 30% cheaper than traditional meat

Synthetic meat is a meat product produced from animal cells in a laboratory and is expected to become available in some markets at 30% lower cost than traditional beef in 2031. According to the YearlyFuture forecast, this threshold will be reached for the first time in the third quarter of 2031 in the US and Singapore, while it will take until the end of 2032 in the European Union.

What Is This Development?

Synthetic meat is a food category produced through cell replication in bioreactors without animal slaughter. The production process is based on multiplying cells taken from animal muscle tissue in a nutrient medium and forming them into tissue on scaffold structures.

The cost reduction is advancing through the production of growth factors in the growth medium via recombinant methods. In 2013, the first laboratory burger cost 250,000 dollars; as of 2025, the kilogram cost in pilot facilities has fallen to the 60-90 dollar range. According to YearlyFuture data, in 2031 this range could fall to 8-14 dollars, below the wholesale price of beef.

Why Is It Important?

Traditional beef production requires approximately 60 kilograms of greenhouse gas and 15,000 liters of water per kilogram. In synthetic meat, these values can fall to 7-12 kilograms and 600-1,200 liters, respectively. According to the FAO 2024 report, global meat demand will increase by 50% by 2050; the supply gap can only be closed with alternative proteins.

Price parity triggers a real transition on supermarket shelves. McKinsey's 2025 analysis calculated that when the price difference falls to 30%, synthetic meat's share in the global meat market could rise to the 8-12% band in 2035. This means an annual market of 40-60 billion dollars.

Evidence And Data

• Good Food Institute 2024 report: global synthetic meat investment was 1.8 billion dollars in 2023 and 2.1 billion dollars in 2024.
• Singapore Food Agency (SFA) granted the world's first sales approval for synthetic chicken meat in 2020; a second approval came in 2024.
• US Department of Agriculture (USDA) granted sales approval to UPSIDE Foods and GOOD Meat products in 2023.
• Israel Innovation Authority launched a cellular agriculture program in 2024 with an 18 million dollar grant.
• In the YearlyFuture forecast set, the projected kilogram cost for 2031 is 9.4 dollars; the beef wholesale price is 13.7 dollars.
• FAO 2024: global meat consumption is 43 kilograms per capita annually, with a 2050 projection of 52 kilograms.

Timeline

• 2013: Mark Post's laboratory burger was introduced at 250,000 dollars.
• 2020: Singapore granted the first synthetic meat sales approval.
• 2023: USDA granted sales permission to two US companies.
• 2025: The kilogram cost in pilot facilities fell to the 60-90 dollar band.
• 2028: Expected cost 25-35 dollars/kilogram (YearlyFuture forecast).
• 2031: Forecast of 30% price advantage in the US and Singapore.
• 2032: Forecast of threshold being exceeded in the European Union.
• 2035: Global market share 8-12% (McKinsey 2025 projection).

Frequently Asked Questions

What Is Synthetic Meat?

Synthetic meat is a meat product produced by multiplying animal cells in a laboratory. It does not require animal slaughter and is produced in steel tanks called bioreactors. The first commercial examples went on sale in Singapore in 2020.

When Will Synthetic Meat Be Cheaper Than Traditional Meat?

According to the YearlyFuture forecast, a 30% price advantage will emerge in the US and Singapore in the third quarter of 2031. In the European Union, this date is projected as the end of 2032. The difference may shift by 1-2 years depending on energy prices and growth factor costs.

Is Synthetic Meat Safe?

The Singapore Food Agency and the US Department of Agriculture conducted safety assessments for the products they approved. In 2023, two USDA-approved products were sold in a limited number of restaurants in the US. Follow-up studies are ongoing between 2026-2030 for long-term nutritional effects.