As the demand for plant-based food alternatives continues to rise, understanding consumer preferences and sensory perceptions is crucial for the growth and development of this market. A recent study conducted in Western, Central, and Northern European countries investigated consumers' sensory-based cognitions of currently available plant-based alternatives and their ideal versions of these products. The study aimed to identify potential gaps between consumer expectations and the sensory attributes of existing plant-based food and beverage alternatives.
The research consisted of two parts: sensory vocabulary development and an online survey. The sensory benchmarking was conducted using the rapid sensory descriptive method known as Rate-All-That-Apply. The study focused on plant-based alternatives to popular animal-based products such as chicken, beef, semi-hard cheese, cream cheeseac, yogurt, and milk.
The survey results revealed valuable insights into consumers' preferences for various plant-based alternatives:
The study's findings offer strategic insights for the development of plant-based food alternatives, helping manufacturers identify areas for improvement and innovate products that align with consumer expectations. By addressing sensory gaps and incorporating consumer preferences, companies can tap into new market opportunities and cater to the growing demand for plant-based options.
Consumer preferences and sensory perceptions play a vital role in the acceptance and growth of plant-based food alternatives. This study sheds light on the sensory gaps between currently available and ideal versions of plant-based alternatives in Europe. By understanding these preferences, manufacturers can make targeted improvements to meet consumer expectations and capitalize on the expanding market for plant-based foods. With continued research and development, the future of plant-based alternatives looks promising, offering consumers a wide array of delicious and satisfying options.
We would like to extend our gratitude to the Department of Food Science, University of Copenhagen for conducting the study and to the Smart Protein Project.