Figma Make redefines the landscape of prototyping. The tool revolutionizes the collaboration between designers and developers, propelling innovation at an unprecedented speed. This bold solution enables the creation of *interactive prototypes* with unmatched ease. *The seamless integration into workflows* optimizes team productivity, transforming design phases into a harmonious process. Sophisticated templates set a new standard for the architecture of design systems, simplifying the generation of interactive prototypes.
Figma Make: A revolution for collaborative prototyping
Launched in 2025, Figma Make stands out with its innovative features that transform the way product teams develop prototypes. Designing a prototype has now become an accessible and quick task thanks to this tool, which goes beyond merely being a code generator.
A rethought collaborative approach
Holly Li, product manager of Figma Make, emphasizes the importance of efficient collaboration between designers and developers. The tool has been designed to foster this synergy, allowing users to work together in a shared environment rather than in isolation.
Figma Make directly integrates existing workflows, thus simplifying the transition between design and prototyping. Copying a frame from Figma Design to paste into Make allows for an initial interactive version to be obtained in just a few clicks.
Revolutionary features
Since spring 2025, Figma Make has made available templates, which have become a flagship feature. These templates allow a team member to create a prototype, publish it, and share it with the entire organization. Each user can then reuse it and build alternative versions, which optimizes the design process.
The persistent rules integrated within these templates, such as product requirement documents and guidelines, form a true design system of the future. The components are directly linked to the code, facilitating their manipulation and updating.
Adoption and use cases
Since its beta release in July, the adoption of Figma Make has been on the rise, particularly among designers and product managers. Companies like Affirm are already using Make to generate interactive screens side by side, thus allowing the comparison of different user journeys. These features open up new possibilities for prototyping.
User feedback shows high satisfaction, especially in terms of creating dynamic design systems and user testing. Some clients are even integrating analytical elements into their prototypes to track interactions in real-time.
Future evolution and integrations
Currently, Figma uses Claude Sonnet 4 to power Make, while exploring various AI models to enhance the user experience. The team is working on major updates aimed at bringing Make closer to code, while further fostering collaboration.
An integration with the Model Context Protocol (MCP) is under development, allowing Make to connect to development environments. Implementing this feature would provide an expanded context to users and ensure fluidity in teamwork between development and design.
Figma’s ambitions
Figma envisions an approach where the user experience no longer relies solely on isolated prompts. The team aspires to combine various means of expression, including natural language and graphical tools, thus promoting intuitive and interactive co-creation among product team members.
Users are already anticipating a seamless integration of Figma Make into their daily workflows. The goal is clear: to create interactive prototypes that transcend static mockups, thus displaying a living and dynamic design.
Frequently asked questions
What is Figma Make and how does it change prototyping?
Figma Make is an innovative tool launched in 2025, designed to transform the prototyping process by enabling teams to create interactive prototypes from simple prompts, thus facilitating collaboration between designers and developers.
How does Figma Make integrate into existing Figma workflows?
Figma Make integrates seamlessly into Figma workflows. It is possible to copy elements from Figma Design and paste them directly into Make to quickly generate interactive prototypes.
What are the main features of Figma Make?
Key features include the AI coding assistant, the ability to create and share templates, automatic extraction of styles from a design system, and the generation of dynamic prototypes based on persistent rules.
How can users leverage templates in Figma Make?
Templates allow a team to create standard prototypes that can be easily reused and adapted by other members while ensuring consistency with the organization’s design system.
What is the impact of Figma Make on collaboration between designers and developers?
Figma Make aims to enhance collaboration by allowing designers and developers to work together on a project through a unified platform, where prototyping and coding converge.
What types of projects can benefit from using Figma Make?
Figma Make is suitable for various projects ranging from creating new interfaces to setting up dynamic design systems, as well as user testing and integrating analytical data.
How does Figma Make facilitate the creation of interactive prototypes?
Thanks to its AI coding assistant and rapid generation features, Figma Make allows users to create interactive prototypes in just a few simple steps, which would be challenging with traditional prototyping tools.
How does Figma handle learning and user adoption of Figma Make?
Figma Make offers educational resources, including best practices, tutorials, and hands-on sessions to help users adapt to this new technology and optimize their use of the tool.
What challenges are associated with using Figma Make for the first time?
The main difficulties include learning to formulate effective prompts and the need to get accustomed to the new features integrated into the tool, which requires an adjustment period for users.
How does Figma plan to improve Figma Make in the future?
Figma plans to enhance Figma Make by connecting it further to code via the Model Context Protocol (MCP) and enriching the collaboration modalities between tools and users, thus creating more realistic and functional prototypes.
