Functional Beverage Development Cost: A Stage-by-Stage Budget Guide for US Brands (2026)
Consumer & Market Research, Food Research Lab
✓ Technically reviewed by FRL Editorial · Last reviewed: 5 November 2026 · Next review: May 2027
5 November 2026
Last checked
5 November 2026
Reading time
10 min
Sources
14
- There is no single functional beverage development cost; budget five stages and ask for itemised quotes.
- US shoppers spent about $295 billion on retail beverages in 2025, and 61% say low price defines good value.
- The beverage-or-supplement decision comes first: supplement structure/function claims need an FDA notice within 30 days of first marketing.
- The preservation process decides the federal rule: juice HACCP, acidified foods or low-acid canned foods.
- A few compliance items have published fees (for example $95–$190 for a university scheduled process); formulation and pilot work are quoted per project.
Functional beverage development cost starts with what US shoppers will pay
Before a brand briefs a developer, it has to decide how much to commit. The shelf price a shopper will accept caps the cost of goods (COGS), and that cap decides how much each bottle can spend on actives, packaging and process. US shoppers spent about $295 billion on retail beverages in 2025, and FMI reports that function is becoming a primary purchase driver.[1]
In FMI’s online survey of 2,003 US grocery shoppers, 61% said low price defines good value, ahead of taste (46%), trusted quality (40%) and a trusted brand (39%).[1] In an Attest survey of 2,000 working-age consumers in the US and UK, 82% of US respondents rated price important or very important, and 83% of regular US buyers said cost influences their decisions. Energy was the benefit US respondents wanted most (60%), ahead of sports performance (39%).[3]
Table 1. US shopper signals and what they mean for the development budget
| Shopper signal | Finding | Budget implication |
|---|---|---|
| Value | 61% say low price defines good value; taste 46%[1] | The shelf price caps COGS, so the actives and their overage must fit it |
| Price sensitivity | 82% of US respondents rate price important or very important[3] | Savings must come from the brief and the process, not from taste, so sensory work stays in scope |
| Benefit sought | Energy 60%, sports performance 39% (US)[3] | A popular benefit still needs a dose and a claim you can support |
| Discovery | 45% of Gen Z find a drink more appealing after hearing of it from a creator or influencer[1] | The launch budget extends beyond R&D |
The practical reading: development cost is only half the equation. The other half is the price a shopper will pay, which is why this guide treats cost as a series of buyer decisions rather than a single figure.
Cost at each stage: what you pay for and what moves it
Each stage is a decision gate. Use the table as a template for an itemised quote: it describes what each stage buys and what makes it more expensive, not a price, because development fees depend on the brief.
Table 2. Buyer decision and cost lever by stage
| Stage | Buyer decision | What moves the cost |
|---|---|---|
| 1. Concept and feasibility | Go or no-go; beverage or dietary supplement; ingredient shortlist | Number of actives and claims[2][4] |
| 2. Formulation and benchtop trials | Which actives, at what dose and overage | Trial rounds, active cost, overage |
| 3. Sensory and stability testing | Which storage conditions and shelf life to prove | Conditions, time points and tests[5] |
| 4. Pilot and scale-up | Which preservation process to commit to | Process type, the federal rule it triggers, pilot runs[6][7][8] |
| 5. Packaging, label and regulatory | Label, claim wording, filings, final specification | Category, claims, barcodes, process filings[4][9][10] |
Claims and category: the first big decision
In the US the first question is whether the product is a conventional beverage or a liquid dietary supplement. FDA’s 2014 guidance says the product or brand name, packaging, serving size, recommended daily intake, composition, labelling, advertising and other marketing practices can all represent a liquid as a conventional food; a name using terms such as “drink”, “water” or “soda” usually does.[2] A dietary supplement carrying a structure/function claim must be notified to FDA no later than 30 days after first marketing and must carry the disclaimer that FDA has not evaluated the claim. A conventional food making a structure/function claim needs neither, but the claim must rest on nutritive value.[4][11] Each claim also needs substantiation, so the budget grows with the number of claims. Our explainer on functional beverage and functional food rules covers the category question in more depth.
Actives and storage: the overage decision
Actives add cost through dose, overage and stability. In one study of pasteurised apple juice, vitamin C retention stayed above 85% after 60 days at 4 °C but fell below 40% at 35 °C.[5] The storage temperature you assume therefore changes how much overage you buy and how much stability testing you need. Our guide to bioactive ingredients in functional beverages covers active selection, and real-time vs accelerated shelf-life testing explains what drives the cost of a stability study.
Process: which federal rule your drink falls under
Pilot runs test whether the bench recipe survives real equipment, and the preservation route decides the paperwork. Any juice sold as such or used as an ingredient in a beverage falls under the juice HACCP rule, which requires control measures that achieve at least a 5-log reduction in the pertinent microorganism.[8] A low-acid food acidified to pH 4.6 or below falls under the acidified foods rule; carbonated beverages and refrigerated products are excluded.[6] A shelf-stable low-acid drink in a hermetically sealed container, such as many plant-protein beverages, falls under the low-acid canned foods rule.[7] Under both of the last two rules, a qualified person with expert knowledge must establish the scheduled process, the processor must register with FDA and file the process for each product and container size, and acidified-food records must be kept for 3 years.[6][7][9] Heat treatment also changes the product: a review of UHT in plant-based beverages describes it as central to safety, shelf life and quality, with effects on how plant proteins behave.[12] Choose the process early. Our hurdle technology guide for functional drinks compares the preservation options, and pilot retort trials are available for heat-processed formats.
Published fees you can budget now
Most development fees (formulation, trials, pilot runs and ingredients) are quoted per project, and we do not publish a figure we cannot source. A few compliance line items do have published prices. The examples below are indicative: each is one provider’s published fee for a named service, checked on 5 November 2026, and fees vary by provider, state and product.
Table 3. Published fees for selected US compliance line items (checked 5 November 2026)
| Line item | Published fee | Basis |
|---|---|---|
| Scheduled process from a process authority | $95 per product (New York business); $190 (out of state); 4–6 weeks | Cornell Food Venture Center fee list[13] |
| Process review letter for an acid or acidified food | $100 (New Mexico clients); out-of-state fees are double | New Mexico State University Extension, effective 1 August 2023[14] |
| Heat penetration study | $400 per product size (New York); $660 (out of state) | Cornell Food Venture Center[13] |
| Product classification or shelf-life letter | $85 per product (New York); $165 (out of state) | Cornell Food Venture Center[13] |
| Better Process Control School (acidified foods, 2 days) | $445 including the book | Cornell Food Venture Center[13] |
| UPC barcode | $30 for one GS1 US GTIN with no renewal; $250 plus $50 a year for a prefix covering 10 items | GS1 US price list[10] |
These items are small next to formulation, stability testing, pilot runs and the first production order, which is why the brief, not the filing fees, decides most of the budget. Time matters too: our food product development timeline shows which stages sit on the critical path.
Budget risks buyers miss
- Reformulation after a failed stability run. A recipe that passes at day zero can lose its active by the end of shelf life,[5] and every retest adds cost and time.
- Process documentation. Acidified and low-acid shelf-stable drinks need a scheduled process from a qualified person, FDA registration and a process filing before the product can be sold at scale.[6][7][9]
- Claim substantiation. A supplement-format claim needs support in place before the 30-day notification,[4][11] and a claim that pushes a drink into the supplement category changes the label.[2]
- COGS set too late. Actives and overage fix most of the ingredient cost per bottle during formulation, not after it.
Formulator’s note: budget the failure, not just the success. Plan one extra stability round for any active that is sensitive to heat or oxidation. It costs less than finding the loss after the pilot runs.
How to compare developer quotes
A developer can only itemise what you specify, so a clear brief is the cheapest way to improve a quote and the only way to compare vendors like for like. Ask every vendor to price the same five stages separately, to state the number of trial rounds and stability time points included, and to say which tests run in-house and which go to partner laboratories. Do not cut stability or safety testing to save money; the loss shows up later as rework.
Table 4. What to bring to a developer brief
| Bring this | Why it affects the quote |
|---|---|
| Target profile (taste, format, dose) | Sets the number of trial rounds |
| Beverage or supplement decision, and draft claims | Sets the label and documentation work[2][4] |
| Actives and target doses | Sets overage and testing[5] |
| Storage (ambient or chilled) and shelf-life target | Sets the stability design and the federal process rule[5][6][7] |
| Target shelf price and first-order volume | Sets the COGS ceiling and the pilot plan[1] |
Conclusion
There is no single functional beverage development cost, but there is a reliable way to budget it. Start from what US shoppers will pay, settle the beverage-or-supplement question and the preservation process first, then price each stage with the actives, claims, tests and volume written down. Keep stability testing in scope and ask for itemised quotes. For the formulation workflow itself, read our pillar guide on how to formulate a functional beverage.
For brands & formulators
Food Research Lab’s beverage formulation team can turn your brief into an itemised, stage-by-stage development plan before any trial begins: target profile, actives and overage, the beverage-or-supplement route, the preservation process and the stability design. We run sensory work and run or arrange stability and microbiological testing through accredited partner laboratories, and our beverage pilot and contract manufacturing team supports scale-up. For claim and label questions, our regulatory and scientific research team reviews the category and wording.
Request a costed beverage development plan or contact us with your target profile, actives, shelf-life target and shelf price.
In this series
- How to formulate a functional beverage: the pillar guide, from target profile to a shelf-stable batch.
- Functional beverage development cost (you are here): what each stage buys and how to budget it.
- Hurdle technology for functional drinks: pH, water activity and preservative hurdles for shelf stability.
- Heat-stable functional plant beverage: the development steps applied to one product.
- Functional beverage development: US regulatory Q&A: FDA category, claims and process filings.
- Beverage formulation services: how Food Research Lab supports the project.
- ✓Set the target shelf price and first-order volume before formulation, so COGS has a ceiling.
- ✓Decide beverage or dietary supplement and write down the draft claims.
- ✓Choose the preservation process and check which rule applies: 21 CFR 120, 114 or 113.
- ✓Ask every developer to price the same five stages, with trial rounds and stability time points stated.
- ✓Budget one extra stability round for heat- or oxidation-sensitive actives. Talk to our beverage formulation team.
How much does it cost to develop a functional beverage?
There is no single price. Cost depends on the number of actives and claims, the trial rounds, the stability testing, the preservation process and the order volume. Budget it stage by stage, from concept to launch, and ask each developer for an itemised quote covering the same stages so the quotes can be compared fairly.
What are the stages of functional beverage development?
The usual stages are concept and feasibility, formulation and benchtop trials, sensory and stability testing, pilot runs and scale-up, then packaging, label and regulatory work. Stability testing and scale-up are often the larger items, because a failed stability run or a process change sends the project back to formulation.
Why do functional beverage development costs vary so much?
Costs vary with the actives, the dose and overage, the claims, the number of trials and tests, the preservation process and the production volume. A shelf-stable low-acid drink needs a scheduled process and FDA filing,[7][9] while a simple chilled drink may not, so like-for-like quotes need the same brief.
Is a functional drink a beverage or a dietary supplement in the US?
It depends on how it is represented. FDA looks at the product name, packaging, serving size, recommended daily intake, composition, labelling and marketing.[2] Names such as “drink” or “soda” usually make it a conventional food. Supplements with structure/function claims must notify FDA within 30 days of first marketing.[4]
How can you reduce functional beverage development costs?
Write a clear brief, settle the category and preservation process early, and set the target shelf price before formulation so COGS is fixed from the start. Run feasibility before trials and plan one extra stability round for sensitive actives. Cutting essential safety or stability testing is a false economy that usually costs more later.
- Shelby Report Staff. (2026, July 28). FMI’s 1st Power of Beverage report: Function powering purchase. The Shelby Report. https://theshelbyreport.com/2026/07/28/fmis-1st-power-of-beverage-report-function-powering-purchase/ (cited for FMI’s survey of 2,003 US grocery shoppers: about $295 billion US retail beverage spend in 2025; function as a primary purchase driver; 61% low price, 46% taste, 40% trusted quality, 39% trusted brand; 45% of Gen Z influenced by creators).
- U.S. Food and Drug Administration. (2014). Guidance for industry: Distinguishing liquid dietary supplements from beverages. https://www.fda.gov/media/87567/download (cited for the factors that represent a liquid as a conventional food: name, packaging, serving size, recommended daily intake, composition, labelling, advertising and marketing).
- Nikolaidis, N. (2026). Key trends shaping the functional beverage market in 2026. Attest. https://www.askattest.com/blog/research/fueled-up-how-energy-became-the-must-have-benefit-in-functional-beverages (cited for the survey of 2,000 US and UK consumers: 82% of US respondents rate price important or very important; 83% of regular US buyers say cost influences decisions; energy 60% and sports performance 39% in the US).
- U.S. Food and Drug Administration. (n.d.). Structure/function claims. https://www.fda.gov/food/nutrition-food-labeling-and-critical-foods/structurefunction-claims (cited for the 30-day notification and disclaimer for dietary supplements; no notification or disclaimer for conventional foods, whose claims rest on nutritive value).
- Stan, G. E., Tudorache, M., Alexe, A. I., Adriani, L., & Moise, A. E. (2025). Kinetics of nutritional degradation of apple juice influenced by storage conditions. Scientific Papers. Series D. Animal Science, 68(1), 489–498. https://animalsciencejournal.usamv.ro/pdf/2025/issue_1/Art58.pdf (cited for vitamin C retention above 85% at 4 °C and below 40% at 35 °C after 60 days in pasteurised apple juice).
- Electronic Code of Federal Regulations. (2026). 21 CFR Part 114: Acidified foods. https://www.ecfr.gov/current/title-21/chapter-I/subchapter-B/part-114 (cited for the definition and exclusions in §114.3, the qualified person in §114.83 and 3-year record retention in §114.100).
- Electronic Code of Federal Regulations. (2026). 21 CFR Part 113: Thermally processed low-acid foods packaged in hermetically sealed containers. https://www.ecfr.gov/current/title-21/chapter-I/subchapter-B/part-113 (cited for scheduled processes established by qualified persons, §113.83).
- Electronic Code of Federal Regulations. (2026). 21 CFR Part 120: Hazard analysis and critical control point (HACCP) systems. https://www.ecfr.gov/current/title-21/chapter-I/subchapter-B/part-120 (cited for juice used as a beverage ingredient, §120.1, and the 5-log reduction, §120.24).
- U.S. Food and Drug Administration. (n.d.). Establishment registration & process filing for acidified and low-acid canned foods (LACF). https://www.fda.gov/food/registration-food-facilities-and-other-submissions/establishment-registration-process-filing-acidified-and-low-acid-canned-foods-lacf (cited for registration and process filing for each product and container size, Forms FDA 2541e and 2541d/f/g).
- GS1 US. (n.d.). How to get a UPC barcode. https://www.gs1us.org/upcs-barcodes-prefixes/how-to-get-a-upc-barcode (cited for the $30 single GTIN and the $250 initial / $50 annual fee for a 10-item company prefix, checked 5 November 2026).
- Electronic Code of Federal Regulations. (2026). 21 CFR 101.93: Certain types of statements for dietary supplements. https://www.ecfr.gov/current/title-21/chapter-I/subchapter-B/part-101/subpart-F/section-101.93 (cited for notification no later than 30 days after first marketing).
- da Silva Matos, J., Azevedo, P. Z., Costa, J. E. G., Justino, H. F. M., Lamarão, C. V., Sanches, E. A., Bezerra, J. A., Stringheta, P. C., Martins, E., & Campelo, P. H. (2024). UHT processing in the context of plant-based beverages: A scientific review on product characteristics and the functional role of plant proteins. Food Chemistry Advances, 5, 100848. https://doi.org/10.1016/j.focha.2024.100848 (cited for UHT as central to safety, shelf life and quality of plant-based beverages, with effects on plant proteins).
- Cornell Food Venture Center. (n.d.). CFVC services & fees. Cornell University. https://cals.cornell.edu/cornell-agritech/partners-institutes/cornell-food-venture-center/cfvc-services-fees (cited for published fees checked 5 November 2026: scheduled process, heat penetration study, classification/shelf-life letter, Better Process Control School).
- New Mexico State University Extension Food Technology. (2023). Services and fees for Extension Food Technology (effective 1 August 2023). https://foodtech.nmsu.edu/documents/services-and-fees-updated2023.pdf (cited for the $100 acid/acidified foods process review letter; out-of-state fees double).
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