Plant-based dairy has moved beyond early innovation. Consumers now expect dairy alternatives to deliver the same creamy mouthfeel, spoonable texture, stability and rich taste they know from traditional yoghurt.
At the same time, hybrid dairy is creating new opportunities for manufacturers looking to reduce dairy content like milk fat or milk protein while keeping the indulgent sensory profile consumers love. But whether the formulation is fully plant-based or hybrid, the technical challenge is often the same: texture has to be built.
In conventional yoghurt, milk fat globules and casein networks naturally create body, coating, creaminess and stability. Plant-based and hybrid dairy systems lack that structural foundation by default, which can lead to products that are too thin, too watery, too unstable or simply not satisfying.
For producers, that is more than a sensory issue. It affects repeat purchase, shelf-life stability, processing reliability and the commercial success of the final product.
Plant-based dairy has evolved. So have consumer expectations.
“The plant-based category is past the trial stage,” says Meleknur Tüzün, segment marketing manager dairy at Avebe. “Consumers will try a plant-based yoghurt once out of curiosity or values, but they only buy it again if the texture, creaminess and stability hold up from the first spoonful. A yoghurt still needs to taste like yoghurt.”
That is where many plant-based formulations struggle.
Oat, soy, almond and coconut bases all behave differently, with their own protein profile, fat level, flavour profile and processing behaviour. Some bases lack body, others create dryness or visible separation over time, and many need support to achieve the whiteness, smoothness and spoonability consumers expect.
For R&D teams, this creates a formulation puzzle. Modified starches, hydrocolloids and gums can help with viscosity or stabilisation, but they often address only part of the problem.
One ingredient thickens. Another stabilises. Another helps with mouthfeel. The result can be a longer ingredient list, more complexity in production and a product that still does not fully replicate the creamy, rounded sensation of dairy.
“Consumers notice texture immediately,” Tüzün explains. “If a yoghurt looks separated, feels thin or leaves a dry sensation, the brand has already lost part of the promise.”
Why hybrid dairy needs structural compensation
Hybrid dairy may seem easier because part of the dairy matrix remains, but reducing dairy content by 50% changes the structure significantly. In a 50/50 dairy-plant yoghurt system, the casein network is diluted, which can reduce viscosity, spoonability and gel strength while increasing the risk of water separation. That makes hybrid dairy a strong innovation route, but not a shortcut.
“Hybrid concepts are very promising because they combine dairy familiarity with plant-based innovation,” says Tüzün. “But if you reduce dairy content, you also reduce part of the natural texture-building system. You have to compensate for that in a clean and reliable way.”
This is where Avebe’s PerfectaSOL®, made from potato starch and potato protein, plays a role. In hybrid yoghurt concepts, Avebe’s application specialists have shown that this clean-label system can help restore gel structure, improve creaminess and support a stable spoonable texture in 50/50 dairy-plant systems.
One ingredient, two functional properties
The strength of this approach lies in the combination of potato starch and potato protein. The starch provides thickening, gelling and water-binding functionality, helping to build body, spoonability and stability. The protein contributes emulsification, supporting fat distribution and the creamy coating sensation consumers associate with dairy.
“The issue is not just viscosity,” says Tüzün. “You can make a product thicker and still not make it creamy. Creaminess comes from the combination of structure, fat distribution and mouthfeel.”
Cleaner labels without adding formulation complexity
Clean label remains an important driver in plant-based and hybrid dairy development, but it cannot come at the expense of performance. Modified starches and hydrocolloid systems may solve specific technical challenges, but they can also increase label complexity. For producers, that creates tension between the label they want and the functionality they need.
PerfectaSOL is designed to help resolve that tension. It can replace multiple thickeners and emulsifiers with one potato-based ingredient system that supports texture, stability and creaminess in one.
“The clean label concept has evolved over the years,” Tüzün says. “It is no longer just about being free from E-numbers or other ‘free-from’ claims. It is also about keeping the label short and simple. Producers are looking for ingredient consolidation: one functional ingredient instead of three or four. Shorter label, simpler supply chain, and a story consumers can actually read.”
Stable textures from production to shelf
A great texture on day one is not enough. Plant-based and hybrid yoghurts must remain appealing throughout processing, distribution, transport, storage and consumption. This is especially important in fermented products, where texture has to remain stable while supporting an active fermentation environment.
PerfectaSOL supports shelf-life stability of at least 60 days, depending on the full formulation, process, hygiene and packaging conditions. It helps reduce visible separation, support smoothness and maintain a creamy mouthfeel over time.
For manufacturers, stable texture reduces the risk of quality complaints and reformulation loops. For retailers, it supports better product consistency. For consumers, it means the product they buy delivers the eating experience promised on pack.
“Texture stability is a commercial issue as much as a technical one,” Tüzün explains. “If a product performs beautifully in the lab but fails on shelf, it will not build repeat purchase.”
Flexible across bases and texture types
Another challenge in plant-based dairy is portfolio complexity. A producer may work with oat, soy, almond and coconut bases. They may also want to create multiple texture types: pourable yoghurt drinks, stirred yoghurt and thick Greek-style concepts.
PerfectaSOL gives R&D teams flexibility by supporting different plant bases and texture targets through dosage and process adjustments. For plant-based fermented yoghurt, Avebe demonstrates this flexibility across almond, coconut, oat and soy bases.
Application videos also show how PerfectaSOL performs in oat yoghurt, Greek-style yoghurt and different plant bases, giving manufacturers a clearer view of the technology in relevant product formats.
From formulation problem to application proof
The strongest ingredient stories are not built on claims alone. They need application proof. That is why Avebe has developed plant-based fermented yoghurt concepts and hybrid dairy applications that show how PerfectaSOL performs in real product systems, including Greek-style coconut yoghurt, stirred oat yoghurt and concepts across multiple plant bases.
For R&D teams, this moves the conversation from ingredient functionality to finished-product behaviour: how the texture builds, how stable it remains and how close it comes to the creamy dairy experience consumers expect.
“A product specification sets the expectation, but a working prototype confirms it,” Tüzün says. “Technical buyers and application teams want to see the ingredient performing in a real yoghurt system before they put it into their own development pipeline. Data and demonstration now go hand in hand.”
A recent plant-based fermented yoghurt case shows why this matters. A manufacturer was struggling with inconsistent texture, gelling, syneresis, dry mouthfeel and off-taste, while also needing to remain compatible with live cultures. With the support of Avebe’s application specialists, the texture system was adjusted to create a smoother, creamier and more visually appealing yoghurt, while helping improve shelf-life stability and preserve the desired live bacteria profile.
Texture is where plant-based and hybrid dairy will win
The plant-based dairy category will not grow on sustainability or novelty alone. Hybrid dairy will not succeed simply because it reduces dairy content. Both need to deliver the eating experience consumers expect: creaminess, smoothness, spoonability, stability and a clean taste.
For producers, the opportunity is clear: build better textures with simpler, cleaner and more reliable formulation systems. Avebe helps manufacturers create plant-based and hybrid dairy products that move closer to the dairy gold standard while supporting clean-label ambitions and existing production realities.
Whether you are developing a fully plant-based yoghurt, improving an existing dairy alternative or exploring a 50/50 dairy-plant hybrid concept, Avebe’s application specialists can help you find the right texture route.