The Performance Reset: What’s Next for Active Nutrition

by Julianne Gardner | October 1, 2026

The active nutrition market is moving beyond the gym, creating new opportunities for ingredient suppliers and formulators to rethink what performance means.

For decades, sports nutrition was defined by a relatively narrow set of consumers and outcomes. Athletes, bodybuilders and dedicated fitness enthusiasts seeking more energy, more muscle and faster recovery.

That definition no longer captures the market.

Across conversations with ingredient suppliers and innovators serving the natural products industry, a broader picture is emerging. Sports nutrition is becoming active nutrition, a much bigger ecosystem including hydration, recovery, cognition, sleep, stress resilience, mobility, connective tissue health, healthy aging and everyday performance. At the same time, consumers are becoming more sophisticated when it comes to the science behind those benefits, more demanding about convenience and their sensory experience, and less willing to accept products built around ingredients simply because they’re trending.

“The sports nutrition landscape is undergoing a fundamental shift from performance in isolation to performance as part of a holistic life,” said Rajat Shah, co-founder of Nutriventia (India). “Five years ago, sports nutrition meant immediate energy or muscle building. Today, it encompasses recovery, resilience, hormonal balance, cognitive sharpness, and long-term health alongside competition or training outcomes.”

That shift has significant implications for formulators. The opportunity is no longer simply to identify the next high-growth ingredient. It is to understand how consumers define performance, determine which physiological needs remain underserved, and build formulations that can deliver clinically meaningful benefits in convenient, credible and multifunctional formats.

From More Protein to Better Protein

Protein remains the foundation of active nutrition, but the conversation around protein is changing.

Peter Schouw Andersen, senior director of performance nutrition at Arla Foods Ingredients (Basking Ridge, NJ), pointed to a shift from quantity to quality. “While the protein megatrend shows no signs of slowing, consumers are focusing more on protein quality rather than quantity,” he said, noting that two-thirds of consumers are particular about protein sources.

That puts whey and dairy proteins in a strong position because consumers recognize them as complete proteins and associate them with nutritional quality and essential amino acid content. For manufacturers, Andersen said, the opportunity “is therefore not simply to add more protein, but to choose a source that delivers clear nutritional value.”

Protein innovation is also moving beyond the traditional shake. Emily Berg, marketing manager at Cargill (Minneapolis, MN), said that consumers are seeking “convenient, nutrient-dense ways to get more of the macronutrient throughout the day,” opening opportunities across bars, snacks, powders, RTDs (ready-to-drinks), and portable formats.

Clear protein is particularly notable because it changes the sensory architecture of protein products. Instead of another creamy shake, formulators can create lighter, more refreshing beverages that resemble familiar hydration or soft drinks.

Andersen highlighted clear protein sodas as an example, describing them as a response to consumers seeking to replace sugary beverages with “thirst-quenching, healthier options.” Berg likewise pointed to clear protein ingredients such as PURIS ClearP as a way to create high-protein beverages with a lighter sensory profile.

The next frontier may be smaller, more concentrated protein applications. Andersen identified pure beta-lactoglobulin (BLG) as “one of the most promising emerging opportunities in sports nutrition,” citing its high essential amino acid and leucine content and its suitability for RTDs and functional protein shots.

The emergence of GLP-1 users is adding another dimension. Berg noted that these consumers are looking for nutrient-dense foods and beverages that provide protein, fiber and other important nutrients in smaller portions. For formulators, that potentially shifts the design brief from simply delivering a high protein number to maximizing nutritional density, tolerability, satiety and convenience within a constrained serving size.

Creatine Moves Into the Mainstream

If protein remains the foundation, creatine may be the ingredient that most clearly illustrates how the active nutrition consumer is changing.

“Creatine continues to be one of the biggest developments in sports nutrition,” said Sydney Staedt, marketing manager at Bioenergy Life Sscience (BLS, Ham Lake, MN). But its significance lies less in its established role in strength and muscle and more in the expansion of its consumer base.

Creatine is moving beyond traditional gym users into active adults, women, healthy-aging consumers, and people interested in cognition, energy metabolism and everyday performance. The implication is important: an ingredient can move into mainstream active nutrition without abandoning its performance credentials. Instead, its relevance expands as consumers understand more of the underlying biology.

Staedt also sees a related movement toward multifunctional products. “Many consumers would rather use one thoughtfully formulated product than manage a large daily stack of individual supplements,” she said.

That creates a formulation challenge. Combining ingredients is not inherently innovative. The stronger opportunity lies in combining ingredients whose mechanisms and consumer benefits make biological sense.

BLS’ PeakPwr, for example, combines creatine monohydrate and D-ribose around complementary aspects of cellular energy. The underlying concept reflects a larger direction for the category: formulations designed around physiological systems rather than arbitrary collections of popular ingredients.

Recovery Becomes Foundational

Perhaps the most consequential change in active nutrition is the elevation of recovery from a post-workout afterthought to a central component of performance.

“Recovery science has fundamentally changed how we think about training adaptation,” Shah said. “Athletes and active consumers now recognize that adaptation happens not during training but during recovery.”

That realization is expanding the recovery category well beyond protein and muscle repair. Sleep, soreness, stress modulation, hormonal balance, joint health and connective tissue are all becoming part of the formulation conversation.

The market data cited by Shah reinforces the opportunity. Post-workout supplements grew 16 percent and post-recovery sports bars 35 percent between 2020 and 2025, while 63 percent of active consumers report experiencing muscle soreness from regular training.

The strategic point is straightforward. If consumers can’t recover, they can’t consistently train.

Shah argued that “products addressing delayed-onset muscle soreness (DOMS), sleep quality, stress modulation and hormonal balance are no longer niche, they are category drivers.”

This systems-level approach is also changing how formulators think about muscle health. Angie Rimel, marketing communications manager at Gelita (Germany), said that collagen peptides are a particularly compelling growth area because they address connective tissue health, “an often overlooked component of athletic performance.”

“Muscles don’t work in isolation,” Rimel said. “Tendons, ligaments, joints and fascia are essential to performance, recovery and resilience.”

That observation points toward one of the industry’s largest areas of white space: structural nutrition.

The Body Is More Than Muscle

For decades, sports nutrition has centered on building, fueling, and recovering muscle. The next phase may be about maintaining the entire physical system that allows people to remain active.

Rimel believes the industry is underestimating connective tissue health. Blake Haynes, public relations and communications manager at Stratum Nutrition (Carthage, MO), makes the same case even more directly, “Joint and connective tissue recovery.”

“Every run, lift, jump and change of direction also places stress on joints, cartilage, tendons and other connective tissues,” Haynes noted. “If those structures cannot comfortably support movement, muscle strength alone does not keep someone active.”

This creates opportunities around collagen, joint support, cartilage mobility and other structural components of performance.

The opportunity is particularly relevant as the consumer base ages and the definition of success changes. A 25-year-old athlete may be optimizing performance in the next competition. A 55-year-old active consumer may be optimizing the ability to run, hike, lift or play a sport for the next decade.

Performance Is Becoming Multidimensional

The expansion into recovery and structural health is happening alongside another important development. Cognition has become part of the performance equation.

“Performance is no longer bifurcated into physical and mental categories,” Shah said. She expects the convergence of sports nutrition and cognitive health to accelerate as brands recognize that reaction time, decision-making, mental endurance and emotional regulation can be as important as strength or cardiovascular capacity.

Annie Eng, CEO of Florida-based HP Ingredients, pointed to nitric oxide as another example of a formerly specialized performance concept moving toward the mainstream. “While athletes have known that this pathway of energy is critical to sustain physical endurance, the typical fitness-oriented consumer is only just gaining awareness of nitric oxide’s role in performance and overall health.”

Lori Ditty, global marketing manager at Lubrizol (Wickliffe, OH), described the consumer as seeking products that are “quickly absorbed and integrate seamlessly into their busy lifestyles,” with transparent claims around bioavailability and tolerability.

This is especially important for ingredients with known formulation challenges. If an active has poor taste, low solubility, gastrointestinal effects or limited stability, the scientific potential may not translate into a successful consumer product.

Convenience Is Becoming a Scientific Challenge

Delivery format is no longer simply a packaging decision. It’s part of formulation science.

Staedt described the strongest formats as those that make supplementation easy without compromising “effective dosing or ingredient performance.”

Ready-to-drink beverages, stick packs, gummies, chews, shots, gels and powders all have roles to play, but each imposes different constraints on dose, stability, solubility, sensory performance and shelf life.

Shah described the overarching trend as “friction reduction.”

“Consumers will not maintain supplementation regimens that create daily inconvenience,” she said. “Winning formats in the next 12 to 24 months will be those that deliver efficacy with minimal preparation, no unpleasant sensory experience, and seamless integration into training and competition logistics.”

That means format and delivery technology need to be considered together.

A gummy only works if the active remains stable in the gummy matrix. An RTD only works if the ingredient remains stable and bioavailable in an aqueous environment. A stick pack must deliver an appropriate dose while remaining palatable and convenient.

Microencapsulation is one response to this challenge. Ditty points to applications in magnesium, iron and caffeine where encapsulation can improve stability, mask unpleasant flavors, and help manage tolerability.

For manufacturers, the strategic takeaway is that the delivery system can no longer be separated cleanly from the ingredient-selection process.

The Science Bar Is Rising

“Consumers are becoming more educated and want products supported by credible research rather than marketing claims alone,” Rimel said.

Staedt similarly expects demand for transparency to continue growing. Consumers want to know “what they are taking and why it works,” and whether the benefits translate into meaningful results “in their everyday lives, not only in a lab or highly controlled study.”

That creates a higher bar for ingredient substantiation.

It is no longer sufficient to point to a clinical study of an ingredient and assume that the same outcome applies automatically to every finished product containing it. Dose, delivery system, formulation, target population and intended claim all matter.

For formulators, this makes clinically studied ingredients at meaningful doses more valuable, but it also makes formulation-specific substantiation more and more important.

Shah sees pharmacokinetic-guided formulation becoming a standard for credible sports nutrition. Instead of relying on historical dosing conventions, manufacturers can investigate how an ingredient is absorbed, distributed, metabolized and eliminated, then use those findings to inform dosing and delivery.

She also expects objective biomarkers to play a larger role in substantiation. The implication is significant. The market is moving from ingredient storytelling toward measurable biological outcomes.

Natural and Science-backed Are No Longer Opposites

At the same time, manufacturers face a second expectation that products should be natural, clean-label and responsibly sourced.

The apparent conflict between clean-label formulation and advanced delivery technology is becoming less relevant.

“The tension between scientific rigor and clean-label positioning is real,” Shah said, “but sophisticated consumers understand that rigorous science and natural sourcing are not mutually exclusive.”

Staedt takes a pragmatic approach: manufacturers should begin with efficacy, then make thoughtful decisions about the rest of the formulation. Clean-label expectations matter, but they cannot come at the expense of meaningful dosing, stability, safety or finished-product performance. The result is a more refined definition of “clean.”

Processing is not necessarily the enemy of natural positioning if the processing serves a legitimate technological or physiological purpose. Precision extraction, encapsulation and dispersion technologies can solve bioavailability, stability and sensory problems that would otherwise prevent natural ingredients from functioning effectively in modern formats. Transparency becomes the bridge.

Consumers want to understand why an ingredient is there, where it comes from, how it was processed, and what evidence supports its use. Third-party certifications and traceability can strengthen that proposition.

Sustainability is also moving beyond marketing language. Haynes pointed to eggshell membrane as an example of how sustainability and formulation science can converge. Stratum Nutrition’s NEM uses a naturally occurring eggshell membrane matrix while creating value from material generated by egg-breaking facilities.

The broader principle is that sustainability needs to be demonstrated through sourcing, processing, and supply-chain decisions rather than simply claimed on packaging.

Regulation Is Reinforcing the Shift Toward Professionalization

As active nutrition reaches a broader audience, the regulatory implications become more consequential.

Staedt said the greatest impact is coming from “increased scrutiny around product claims and the scientific evidence used to support them.”

The fundamental issue is that a clinically studied ingredient does not automatically substantiate every claim a brand might want to make about a finished product. Manufacturers must consider the ingredient, dose, delivery system, formulation and intended consumer.

Shah described this as part of a broader “professionalization of the sports nutrition industry.” Regulatory scrutiny around claims, ingredient safety, New Dietary Ingredient (NDI) requirements, international regulations, and anti-doping considerations is raising the cost of getting things wrong.

At the same time, consumer sophistication is making unsupported claims commercially risky.

Haynes summarized the challenge well. The mainstreaming of performance nutrition creates “enormous opportunity, but it also raises the standard for formulation, communication and substantiation.”

For manufacturers, this means regulatory strategy should begin during product development rather than after the formula has been finalized.

Personalization Is Coming, But it Needs to Become Actionable

Personalization is another frequently cited trend, but the most interesting question is what personalization actually means.

Wearables and health-monitoring devices are generating enormous amounts of data. The next step is turning that data into actionable nutrition strategies.

Shah expects personalization to “move beyond data collection into actual product customization,” with modular products that consumers can combine according to training phase, recovery status, stress levels and performance goals.

Berg similarly sees wearables influencing nutrition choices as consumers gain more immediate feedback on sleep, activity and other health behaviors.

The opportunity for manufacturers is not necessarily to create a unique product for every individual. It may be to develop flexible platforms that allow consumers to assemble products around distinct needs or uses.

That could mean a recovery formulation for one day, a hydration and energy formulation for another, or a cognitive performance product when work and training overlap. The common denominator is relevance.

Women Represent a Major Unfinished Opportunity

One of the strongest themes is also one of the clearest areas where the industry needs more scientific work: women’s active nutrition.

“Women are a growing part of the active nutrition market,” Staedt said, “yet much of the research used to guide product development has historically been conducted primarily in men.”

Women’s nutritional and performance needs can change across menstruation, pregnancy, postpartum, perimenopause and menopause. Treating women simply as a demographic to which existing sports products should be marketed misses the larger opportunity.

Staedt argued for research that examines ingredients, doses and delivery systems across women’s actual physiological needs and life stages, including both controlled clinical research and real-world studies.

That is precisely the kind of market development that could distinguish the next generation of active nutrition companies. Not merely repackaging established ingredients for a new demographic, but generating evidence specifically relevant to that consumer.

The Next Competitive Advantage: Solving Problems

Perhaps the most useful guidance for formulators comes from Berg: “The biggest opportunity may be less about chasing the next ingredient and more about solving a specific consumer problem.”

That distinction matters.

The active nutrition market is becoming crowded with familiar ingredients. Protein, creatine, caffeine, electrolytes and collagen can all support compelling products, but the ingredient itself is increasingly unlikely to be the complete value proposition.

The stronger questions are what problem does the formulation solve, for whom, in what context, and with what evidence?

That might mean a refreshing, clear-protein beverage for consumers who want protein without a heavy shake. A single-dose recovery product addressing soreness and sleep. A low-dose joint-support ingredient designed for gummies. A hydration product that also addresses sustained energy. Or a formulation designed specifically around the nutritional needs of women in a particular life stage.

Sensory performance remains critical.

“Nutritional benefits alone will not guarantee success,” Berg said. “Front-of-pack claims may encourage trial, but repeat purchase comes down to taste.”

That is a useful reminder for an industry sometimes dominated by ingredient-level discussions. A clinically compelling formulation that consumers dislike will not create meaningful market impact.

Where the Market Goes Next

First, performance is becoming whole-life performance. The market is expanding from athletes to anyone who wants to remain active, capable and resilient.

Second, recovery is becoming foundational. Sleep, stress, soreness, connective tissue and mobility are moving closer to the center of performance nutrition.

Third, protein and creatine remain powerful but are becoming more sophisticated. Quality, bioavailability, new formats and broader applications matter as much as raw inclusion levels.

Fourth, convenience is becoming inseparable from efficacy. Delivery technology, stability, sensory performance and dose will increasingly determine whether an ingredient can succeed in the formats consumers actually want.

Fifth, science is becoming a competitive asset. Pharmacokinetics, biomarkers, human clinical trials and finished-product substantiation can distinguish meaningful innovation from ingredient hype.

Sixth, the natural-products framework is expanding rather than disappearing. Clean sourcing, traceability, sustainability and third-party verification are converging with advanced formulation technologies.

And finally, the market is beginning to ask a different question.

Haynes captured that trajectory succinctly, stating, “The future of sports nutrition will not simply be about helping people perform harder today. It will increasingly be about helping them recover, remain mobile and continue performing tomorrow, and for years to come.” NIE