R&D Sprints for food and drink, validated concept to working prototype in weeks not months

Methodology rather than capability. Conventional R&D runs sequential development cycles with siloed function handoffs, which delivers robust work at a cadence that can stretch to nine to eighteen months from validated concept to test-ready prototype. R&D Sprints runs cross-functional standing teams in parallel iteration cycles compressed into a two to six week window, with embedded decision rights so the sprint does not stall waiting for sign-off. Same underlying disciplines (R&D, NPD, culinary, insight); different methodology for running them. The Sprint methodology is built specifically for compressed work; conventional R&D is built for thoroughness at conventional pace.

Not when the methodology is built for compression rather than achieved by cutting corners. The structural compression in Sprints (cross-functional parallel work, embedded decision rights, defined cycle lengths) produces working prototypes within weeks at the quality conventional R&D would deliver in months. The compression is methodological rather than at the expense of the work. That said, Sprints are not the right tool for every brief. If the development genuinely requires the depth of conventional R&D (significant regulatory complexity, fundamental technical innovation, supply chain redesign), Sprints will compromise the work. We will tell you straight at scoping whether your brief fits Sprint compression or whether conventional R&D is the right approach given the development complexity.

Multiple integration models depending on the brief. Some Sprints run entirely externally with our cross-functional team, with the working prototypes handed over to the client R&D function after the sprint window for ongoing internal development. Some Sprints run as integrated work with the internal R&D team embedded in the sprint, which preserves internal capability building while gaining the sprint methodology. Some Sprints run for very time-critical work where internal R&D is fully committed elsewhere and external sprint capability is the bridge. We design the integration model at scoping based on the brief, the timeline, and the internal R&D context.

Depends on the format and the development complexity. Focused Sprints (two to three weeks) typically work credibly with one to two prototypes. Standard Sprints (three to four weeks) typically work credibly with three to six prototypes. Extended Sprint programmes (four to six weeks) can run with larger prototype volumes or with multiple parallel concept streams. The volume is determined by the development complexity per prototype (more complex prototypes mean fewer per sprint), the team capacity, and the iteration depth required. We will tell you at scoping what realistic capacity the brief implies given your prototype complexity and development brief.

Working prototypes (or sets of prototypes) ready for the next phase of work, plus the development documentation. Specifically: the working prototypes themselves (physical or formulated, depending on the category), the development rationale (key decisions and trade-offs through the sprint), the iteration history, the cross-functional integration documentation, and the senior team interpretation of where each prototype lands against the original concept brief. Format agreed at the start so the work feeds the next phase (consumer testing, commercial demonstration, operational pilot, retailer presentation) rather than reading as a development report.

Yes, where the brief justifies it and the team capacity allows. Parallel Sprints work well for major innovation programmes with multiple validated platforms (each Sprint develops one platform), for portfolio briefs where multiple categories need development simultaneously, and for cross-market work where parallel local sprints are more efficient than sequential cross-market work. We will scope parallel Sprint capability honestly based on the team availability and the operational complexity of running multiple sprint windows simultaneously.

The Sprint window itself runs two to six weeks depending on the format. Total project timeline from scoping call to delivered prototypes typically four to eight weeks including the scoping and design phase, with the sprint window opening once the design is signed off. The handover phase (prototypes ready for Product Testing or internal commercial development) adds a further one to two weeks. So total: typically five to ten weeks from initial conversation to prototypes ready for the next phase, with the sprint window itself being the compressed development core within that.

Yes, with careful scoping. The cross-functional team structure is harder to run internationally because the parallel-rather-than-sequential workflow benefits from co-located working, and remote sprint methodology adds operational complexity. We run Sprints across the UK and selectively in mainland Europe with co-located cross-functional teams; international briefs that need fully distributed sprint work are operationally feasible but we will scope honestly about whether the compression benefits hold at international scale.

Yes, and this is the most common commissioning structure. The natural integration is with Challenge 03 validation work upstream (Concept Screening produces the concepts the Sprint develops) and Challenge 04 testing work downstream (Product Testing evaluates the Sprint output). Many programmes commission all three as one integrated backbone sequence (Screening, Sprint, Testing) for major innovation work with tight overall timelines. We will scope the right combination at the scoping call.

Project-based, scoped against the format (focused, standard, extended), the prototype volume, the cross-functional team composition, the integration with internal R&D function and the geographic scope. Focused single-prototype UK sprints are the lowest entry point; extended multi-stream international programmes are the highest. We give a clear, all-in quote at proposal stage with no hidden extras, and we will tell you straight if your development brief is genuinely better served by conventional R&D given the development complexity.