Figma to Code Handoff: How to Make It Faster and Easier in 2026

A designer finishes a screen in Figma and the developer opens it with a list of questions. Is that gap 16px or 18px? What happens on mobile? How should the button look when it is disabled? Every question means a message and a wait. Across fifty screens a two-week build can quietly stretch into five weeks.

Most web projects lose time at this exact point. The design is fine and so is the code. What breaks is the handover between the two.

This guide shows how to fix that in plain steps. You will learn how to prepare a Figma file and what developers need from it. You will also see which Figma features and AI tools help in 2026 and where they still need a human check. The advice works for a solo freelancer as well as an agency or product team.

What Is Figma to Code Handoff?

Figma to code handoff is the step where a designer passes a finished Figma design to a developer so it can be built as a working website or app. A complete handoff includes the screens and components along with design tokens, assets and notes on behavior so the developer can build without guessing. Teams also call it design handoff or developer handoff.

A smooth Figma to code handoff feels quiet. The developer opens the file and knows what to build within a few minutes. A poor one turns into a long chat thread full of screenshots and "can you check this" messages.

Handoff is not one moment at the end of design either. It starts when the first component is drawn and ends when the page in the browser matches the page in Figma. Inside Figma most of the developer side now happens in Dev Mode where finished screens are marked Ready for dev.

What a Complete Handoff Includes

1. Final screens for desktop, tablet and mobile

2. A component library with every variant and state

3. Colors, fonts and spacing saved as variables

4. Exported assets such as logos, icons and photos in the right formats

5. Notes on behavior such as hover, loading and error states

6. Accessibility notes such as heading levels and focus order

7. A prototype that shows how the screens connect

8. A clear status on every frame so nobody builds an unfinished screen

How to Hand Off a Figma Design to Developers in 8 Steps

Here is the whole process in one place. Each step has its own section further down with details and checklists.

The 8 Steps at a Glance

1. Bring a developer in before the design is final

2. Clean the file and name layers the way the code will

3. Save colors, type and spacing as variables with code names

4. Build every layout with auto layout and show each breakpoint

5. Design every state and add accessibility notes

6. Export assets and mark finished frames as Ready for dev

7. Walk the developer through the file and link it to your task tracker

8. Compare the build with the design before you call it done

Why Design to Code Handoff Slows Teams Down

Most delays come from missing information rather than hard code. Designers assume the developer knows what they meant while developers assume the design is final. Both guesses go wrong more often than anyone expects.

Small gaps add up fast. A missing hover state means the developer invents one and the designer asks for a change in review. That round trip costs more than drawing the state in the first place.

Two more problems show up on almost every project. The first is version drift where the design keeps moving while the developer builds from an older copy. The second is a naming gap where the file calls a part Card/Price/Featured and the code calls it PlanCard so nobody is sure they mean the same thing.

Common Causes of Delay

1. Designs that change after the developer has started building

2. Developers working from an outdated version of the file

3. Frames with no mobile version so the developer guesses the layout

4. Random spacing values like 13px and 17px that fit no system

5. Layers named "Frame 2094" or "Rectangle 12" that explain nothing

6. Detached copies of components so the file holds ten versions of one button

7. Missing states such as empty lists, error messages and loading screens

8. No agreed place to ask questions so answers get lost in chat

Bring Developers In Before the Design Is Final

The cheapest time to fix a handoff problem is before anyone draws it. A 20-minute look at a rough wireframe can show that some data does not exist or that a layout will feel slow on phones. Changing a sketch takes minutes while changing a finished feature takes days.

This does not need a long meeting. Share the wireframe link and ask a few direct questions. Then write the answers in the file so they stay next to the design they affect.

The platform matters here as well. A design that assumes custom blocks everywhere can hit a wall on a limited CMS. Our guide on choosing the right CMS for your business website explains how the platform shapes what a design can do.

Questions to Ask Your Developer Early

1. Where does each piece of content come from and can it be missing or very long?

2. Which components already exist in code that this design can reuse?

3. Does the CMS or API limit text length, image size or the number of items?

4. Which effects or animations might feel slow on a mid-range phone?

5. Which browsers and screen sizes do we need to support?

6. Which buttons and forms need tracking events?

7. Is anything here hard to build that a small design change would make easy?

How to Prepare Your Figma File for Developer Handoff

Cleaning up the file before handoff takes an hour and saves days. Think of it like packing a box for someone else. If things go in loose they will spend their time sorting instead of building.

Start by deleting anything that is not final. Move old drafts and experiments to a page named Archive so the main pages show only what needs building. Add a status to each page name such as Ready or In progress so nobody opens the wrong one.

Use real content wherever you can. Placeholder text hides problems that real headlines and long product names expose on day one.

Design Side Checklist

1. Delete unused frames and hidden layers

2. Group screens into pages by feature such as Home, Pricing or Checkout

3. Add a cover frame with the project name, version and date

4. Put a status in each page name and mark final frames as Ready for dev

5. Lock background layers so nobody moves them by accident

6. Check that every text style and color comes from the shared library

7. Give developers access to the library file so components open properly

8. Swap placeholder text for real content including the longest likely strings

9. Add short annotations on anything unusual such as a custom animation

Name Layers and Components the Way the Code Does

Developers read layer names the way they read variable names in code. A clear name tells them what a thing is while a default name tells them nothing.

Use the same words in Figma that the code will use. If the code has a component called PricingCard then name the Figma component PricingCard too. Both sides then talk about the same thing and search works in both places.

Layer names also guide the HTML. A frame named site-header or main-nav points to a header or nav tag while "Frame 12" usually becomes one more plain div. Clear names lead to cleaner markup that screen readers and search engines understand better.

Naming Rules That Work

1. Name components by what they are such as Button, Card or Modal

2. Use slashes to group related items like Input/Text/Error

3. Use variant properties for size, state and type instead of separate components

4. Match property names to prop names in code such as size or featured

5. Name layout layers by role such as site-header, hero or price-list

6. Skip default names like "Group 5" or "Vector"

7. Agree on one naming style before the project starts and stick to it

Use Figma Variables and Design Tokens

Design tokens are named values for colors, spacing, type and corner radius. In Figma they live as variables. Instead of the hex code #F66B05 the file says brand and instead of 24px it says space-6.

Tokens speed up handoff because each name maps straight to a CSS variable or a Tailwind setting. When the brand color changes you update one token and the whole site follows.

Set the code syntax on each variable too. Figma lets you add the exact code name such as var(--color-brand) so Dev Mode shows that name instead of a raw hex value. Developers copy it as it is with nothing to translate.

Shared systems pay off in numbers. In a 2019 Figma study designers finished their task 34% faster when they had a design system to work with. A test by the agency Sparkbox found developers built a simple form page 47% faster with IBM's Carbon design system than from scratch.

Tokens also have a common file format now. In October 2025 the W3C Design Tokens Community Group released the first stable version of its specification and tools such as Tokens Studio and Style Dictionary support it. Tokens can now travel from Figma to code without a custom converter.

If your brand rules are loose this is a good moment to tighten them. A proper branding and UI/UX design process sets colors, type and spacing before screens are drawn so the handoff has a solid base.

Tokens to Define First

1. Color tokens for brand, text, background, border and status colors

2. A spacing scale such as 4, 8, 12, 16, 24, 32 and 48

3. A type scale with font family, size, weight and line height

4. Corner radius values for buttons, cards and inputs

5. Shadow and elevation styles

6. Separate modes for light and dark themes or for more than one brand

Build Responsive Layouts With Auto Layout and Clear Breakpoints

Auto layout in Figma works a lot like flexbox in CSS. A frame stacks items in a row or column and sets the gap, padding and alignment. When a designer builds with auto layout the developer sees the same logic they will write in code. In 2025 Figma also added a grid flow to Auto Layout which maps closely to CSS Grid for dashboards and card layouts.

Layers placed by hand may look right on screen but they tell the developer nothing about how the page should stretch. Responsive design needs rules rather than pictures. The space between breakpoints matters too. A card grid that looks perfect at 768px and 1440px still has to behave at 1100px so say whether the columns wrap, shrink or keep a minimum width.

Say which breakpoints you use. Tailwind's default breakpoints are 640px, 768px, 1024px, 1280px and 1536px. Many teams design at three sizes such as 390px for mobile, 768px for tablet and 1440px for desktop and let the developer handle the space between.

Responsive Details to Spell Out

1. Which frames are desktop, tablet and mobile

2. What stacks, hides or collapses on smaller screens

3. How the layout behaves between your breakpoints

4. Max content width and side padding at each size

5. Whether images crop or scale

6. Minimum and maximum widths for text blocks and cards

7. Sticky headers, fixed buttons and other position rules

Add Accessibility Notes Before You Hand Off

Accessibility gets lost in handoff more than anything else because most of it cannot be seen in a static frame. A big bold line looks like a heading but the developer still needs to know whether it is an H1 or an H3. A card that looks clickable might be a link or a button and those two behave differently for keyboard and screen reader users.

Annotations are the easiest place to record this. Create an accessibility category and pin notes to the layers they describe so the developer sees them right next to the specs in Dev Mode.

The rules themselves are clear. WCAG 2.2 asks for a contrast ratio of at least 4.5 to 1 for body text and 3 to 1 for large text and interface parts such as input borders. At the AA level it also asks for tap targets of at least 24 by 24 CSS pixels unless they have enough space around them.

Accessibility Details Developers Need

1. The heading level for every heading from H1 down

2. Whether each clickable item is a link that goes somewhere or a button that does something

3. The tab order for forms, menus and modals

4. Alt text for meaningful images and a note when an image is only decorative

5. Labels for icon buttons and every form field

6. Clear focus styles on every interactive element

7. Error messages that use words and icons rather than color alone

8. A reduced motion version of any large animation

Document States, Motion and Edge Cases

Static screens show one moment but real sites have many. A button has default, hover, focus, pressed and disabled states. A form can be empty, filled, wrong or sent while a list can be loading, empty or full.

When these are missing the developer decides for you and the build slowly drifts away from the plan.

Real content creates its own edge cases. Names run long, photos arrive in odd sizes and a German translation can push a button label onto two lines. Test each component with the longest and shortest content you expect before it leaves your hands.

Motion needs clear notes as well. Figma Motion rolled out in open beta at Config in June 2026 and adds a keyframe timeline to Figma Design. Developers can inspect that timeline in Dev Mode and copy the animation as CSS, JSON or React code. Without it write the type, duration and easing in plain words such as "fade in over 200ms with ease-out".

Link the prototype too. A clickable flow shows how the screens connect far faster than a page of written notes.

States and Cases to Design

1. Hover, focus, active and disabled states for every interactive element

2. Empty states such as "no results" or "your cart is empty"

3. Loading states with skeletons or spinners

4. Error messages for forms, failed payments and missing pages

5. Long, short and translated text so layouts do not break

6. Missing or odd-sized images and half-filled profiles

7. Animation type, duration and easing

8. A prototype link covering the main user flows

Export Assets the Right Way

Hunting for assets quietly eats hours. A developer who has to screenshot an icon or ask for the logo file is not building. Set export settings on every asset layer before handoff so Dev Mode offers the right file in one click.

Pick the format by the job. Icons and logos work best as SVG because they stay sharp at any size and weigh very little. Photos should go out as WebP or AVIF in 1x and 2x sizes. Heavy images are one of the most common reasons pages load slowly so our guide on how to optimize website speed and page load time is worth reading before the build starts.

Asset Export Rules

1. Export icons and logos as SVG after removing hidden layers

2. Export photos as WebP or AVIF at 1x and 2x

3. Name files in plain lowercase words such as hero-team-photo.webp

4. Note which images come from the CMS and which ship with the code

5. Share font files or the font service link along with license details

6. Keep one page for final assets so nothing gets missed

Use Figma Dev Mode and Code Connect

Figma Dev Mode is a workspace built for developers. It shows measurements, spacing, colors and ready-to-copy code without letting anyone change the design by accident. It needs a Dev or Full seat on a paid plan and in September 2026 Figma listed a Professional plan Dev seat at $12 a month billed yearly. People on a free view seat can still open the file and comment but they cannot use Dev Mode.

Statuses are the part many teams underuse. Mark a section, frame or component as Ready for dev and developers who have opened the file in Dev Mode get a notification. If the design changes later Figma flags it as Changed and developers can compare the new version with the old one. On Organization and Enterprise plans you can also mark work as Completed once it ships.

Code Connect links a Figma component to the real component in your codebase. A developer who selects a button then sees your actual React code rather than a generic snippet. The Code Connect UI maps components from inside Figma and can connect to a GitHub repo while the Code Connect CLI runs in your repository and shows real snippets in Dev Mode. It works with React, SwiftUI, Jetpack Compose, Vue and other frameworks.

Features Worth Turning On

1. Ready for dev status on every finished frame or section

2. Compare changes so developers see edits without re-reading the whole file

3. Code syntax on variables so specs show CSS names

4. Annotation categories for spacing, behavior and accessibility

5. Dev resources that link layers to a GitHub file, a Jira ticket or a Storybook story

6. The component playground for trying props without touching the design

7. Code Connect for shared components

8. The Figma for VS Code extension for developers who live in their editor

Figma to Code With AI: MCP Server, Figma Make and Code Layers

AI now sits in the middle of many handoffs. The tools save real time on first drafts but they work best on clean files and still need a developer to review what they produce.

The Figma MCP server connects Figma to AI coding tools. MCP stands for Model Context Protocol which is an open standard that lets AI assistants read data from other apps. Through it tools such as Claude Code, Cursor, VS Code, Codex and Gemini CLI can pull layout, variables and Code Connect details from a frame while they write code. The remote server works on every plan but view and collab seats get only a handful of calls a month so real project work needs a Dev or Full seat. A newer beta even lets agents write frames back onto the canvas.

The flow runs the other way too. Since February 2026 teams using Claude Code can capture a working screen from the browser and paste it into Figma as editable layers. Code-first teams can then design on top of what already exists instead of redrawing it.

Figma Make turns prompts and frames into working prototypes. It is great for testing an idea with users or a client before anyone writes production code. In April 2026 Figma added Make kits so prototypes can start from your real components. In late May 2026 it opened a limited Mac beta that lets Make edit a local codebase and open pull requests for review. At Config in June 2026 Figma then announced code layers which place working code on the canvas as a layer. It launched as a closed beta with a waitlist so check the current status before you plan around it.

Speed claims deserve a pinch of salt. In a July 2025 study by METR experienced open source developers took 19% longer to finish tasks with early 2025 AI tools even though they felt faster. Stack Overflow's 2025 Developer Survey of more than 49,000 developers found that 84% use or plan to use AI tools while 46% do not trust the accuracy of the output. A common problem is code that looks right on screen but uses plain div tags instead of semantic HTML which hurts accessibility and SEO.

Treat AI output like code from a new team member. Use it for a fast first draft and then review it like any other pull request.

How to Get Better Code From AI Tools

1. Clean the file first since AI copies messy layers into messy code

2. Use variables with code syntax so the output uses tokens rather than raw hex values

3. Connect shared components with Code Connect so the AI reuses them

4. Send one component or section at a time rather than a whole page

5. Keep a rules file such as CLAUDE.md in the repo with your component names, token names and folder structure

6. Check the markup for real headings, lists, links and buttons

7. Test with a keyboard and a screen reader before merging

Automate the Repetitive Parts of Handoff

Once the manual process works you can automate the boring steps. Automating a messy process only delivers the mess faster so fix the process first.

Figma webhooks make this easier than most teams expect. A webhook is a message Figma sends to another app when something happens. The DEV_MODE_STATUS_UPDATE event fires when a layer is marked Ready for dev or Completed and it carries the file, the layer, the new status and any linked dev resources. A small serverless function or a tool such as Zapier or Make.com can catch that event and turn it into a Jira or Linear ticket plus a Slack message. Other events fire when a library is published or a named version is saved.

Tokens can flow the same way. Tokens Studio can push token changes to a branch in your Git repository. A GitHub Action then runs Style Dictionary to turn them into CSS variables or a Tailwind theme and the team reviews the pull request. Enterprise teams can also read variables straight from Figma's Variables REST API which is limited to full members of Enterprise orgs.

Design versions need the same care as code. Save a named version at every handoff and keep a short changelog page in the file. On Organization and Enterprise plans branching lets a designer change a copy of a live file and merge it after review much like a Git branch.

If you would rather have this pipeline built for you our AI automation team connects design, code and project tools into one flow.

A Simple Automation Setup

1. Agree on one trigger such as marking a frame Ready for dev

2. Create a Figma webhook for the Dev Mode status event

3. Catch the event with a small serverless function, Zapier or Make.com

4. Create a Jira or Linear ticket with the frame link and notes

5. Post a short message in the team's Slack channel

6. Push token changes to Git and let a GitHub Action build the token files

7. Add an alert for failed runs and keep a manual fallback

Set Up a Simple Handoff Workflow

A clean file is half the job and the other half is how people work together. A light process beats a heavy one because people actually follow it.

Record a short walkthrough video of the file before the kickoff call. Five minutes of screen recording answers questions that would otherwise trickle in over a week. Then name one person who answers design questions during the build so nobody waits on a group reply.

The right setup depends on the size of the team.

A Handoff Workflow in 7 Steps

1. Hold a short kickoff so design and development agree on scope and stack

2. Share the design system and tokens before screens are built

3. Review rough designs with a developer before polishing

4. Clean the file and mark final frames as Ready for dev

5. Walk the developer through the file in a short call or video

6. Build in small pieces and review each one against Figma

7. Log every design change in one place with a date and a note

Figma to Code Handoff for React, Next.js and Tailwind Projects

Modern front-end stacks make handoff easier when the design speaks the same language. A Figma component maps well to a React component and a variable maps well to a Tailwind theme value. This is also the stack our team uses for most custom builds.

In Tailwind CSS v4 the theme lives in your CSS file inside an @theme block. Give each Figma variable a matching theme variable and Tailwind creates the classes for you.

@import "tailwindcss";

@theme {

  --color-brand: #f66b05;   /* Figma variable: color/brand */

  --color-surface: #0b1220; /* Figma variable: color/surface */

  --radius-card: 1rem;      /* Figma variable: radius/card */

}

Spacing needs no extra setup because Tailwind v4 works on a 4px base so 24px of padding in Figma becomes p-6 in code.

Here is how a pricing card with a Featured toggle in Figma becomes a React component. The toggle becomes a prop and the variables become classes.

type PlanCardProps = {

  name: string;

  price: string;

  featured?: boolean;

};

export function PlanCard({ name, price, featured = false }: PlanCardProps) {

  return (

    <article

      className={`rounded-card p-6 ${

        featured ? "bg-brand text-surface" : "bg-surface text-white"

      }`}

    >

      <h3 className="text-lg font-semibold">{name}</h3>

      <p className="mt-2 text-3xl font-bold">{price}</p>

    </article>

  );

}

The featured card uses dark navy text on the orange background because white text on that orange scores only 2.99 to 1 and fails the 4.5 to 1 rule for normal text. Navy text on the same orange scores 6.26 to 1. Small checks like this are why accessibility notes belong in the handoff.

Build the component library in code and in Figma at the same time. Start with small parts such as buttons, inputs and badges. Then build cards, forms and navigation from them. Pages come last since they are mostly arrangements of parts that already exist.

How Figma Maps to Code

1. A Figma component becomes a React component

2. A variant property becomes a prop such as size or featured

3. A variable becomes a CSS variable or a Tailwind theme value

4. An auto layout frame becomes a flex or grid container

5. A text style becomes a class plus the right heading or paragraph tag

6. An exported SVG icon becomes a reusable icon component

Review the Build Against the Design

Handoff is finished when the live page matches the design rather than when the code is written. Plan a short review for every feature instead of one big check at the end.

Put the design and the browser side by side. Check spacing, type and color first since those are the most visible and then move on to states and responsive behavior. Give feedback with a screenshot and a link to the exact Figma frame so the developer can act at once. Visual regression tools such as Chromatic, Percy or Playwright screenshot tests catch later changes that are easy to miss by eye.

Check the page the way search engines and screen readers see it as well. A quick run through our free SEO audit tool flags heading and structure problems that come from the build rather than the design.

Build Review Checklist

1. Spacing and alignment match the design at every breakpoint

2. Fonts, sizes and weights match the text styles

3. Colors match tokens and pass contrast checks

4. Every interactive state works and looks right

5. Images are sized, compressed and have alt text

6. Headings follow a clean order with one H1 per page

7. The page works with a keyboard and a screen reader

8. Core Web Vitals stay in the good range on a real phone with LCP at 2.5 seconds or less, INP at 200 milliseconds or less and CLS at 0.1 or less

9. Finished frames are marked Completed in Dev Mode where your plan allows it

How to Measure If Your Handoff Is Working

A few simple numbers show whether handoff is getting better. Pick three or four and check them after each project or sprint.

Dev Mode statuses make one of the best numbers easy to collect. The webhook event that fires on Ready for dev and Completed carries a timestamp so you can measure how long each screen takes from handoff to launch without anyone filling in a spreadsheet. Teams without the Completed status can use ticket dates from Jira or Linear instead.

After launch the design file and the live site slowly drift apart as pages get added. Regular website maintenance and security checks catch that drift before visitors notice it.

Handoff Metrics Worth Tracking

1. Design questions asked per feature during the build

2. Design mismatch bugs found in review or QA

3. Hours of rework after design review

4. Days from Ready for dev to launch for each screen

5. Share of the interface built from library components

6. A quick thumbs up or down from developers in each retro

Figma Handoff Mistakes to Avoid

Most handoff problems repeat from project to project so knowing them ahead of time saves real hours.

The biggest one is treating handoff as a single event. A file sent over on Friday with a "good luck" note comes back on Monday with fifty questions. Handoff works best as a steady conversation with a few clear checkpoints.

Mistakes That Cost the Most Time

1. Editing designs after development has started without telling anyone

2. Skipping mobile until the desktop version is done

3. Using detached components and one-off styles

4. Leaving out states, edge cases and accessibility notes

5. Sending screenshots instead of a link to the live file

6. Having no single owner who answers design questions

7. Shipping AI-generated code without a proper review

8. Automating a handoff that does not work by hand yet

9. Never comparing the finished build with the design

Conclusion

A fast handoff comes from small habits. Keep the file clean and name things the way the code does. Use variables, auto layout and real content. Design every state and write down what the eye cannot see such as heading levels and focus order. Then mark work Ready for dev and review the build as you go rather than at the very end.

The 2026 tools help most when these basics are in place. Dev Mode, Code Connect and the Figma MCP server turn a tidy file into specs and code that match your codebase while AI tools draft the first version faster. None of them replace a clear conversation between designer and developer. Start with one project and one checklist and each build after that will bring fewer questions.

Frequently Asked Questions

What is Figma to code handoff?

Figma to code handoff is the process of passing a finished Figma design to a developer so it can be built as code. It covers screens, components, variables and assets plus notes on behavior and accessibility so the developer can build without guessing.

How do you make Figma to code handoff faster?

Bring a developer in early and clean the file before handoff. Name layers the way the code does and save colors and spacing as variables with code syntax. Build with auto layout, design every state and mark finished frames Ready for dev. Then walk the developer through the file in one short call.

What is Figma Dev Mode?

Dev Mode is a Figma workspace made for developers. It shows measurements, specs, code snippets and assets. It also includes Ready for dev statuses, compare changes, annotations, links to tools like Jira and GitHub, a component playground and a VS Code extension.

Is Figma Dev Mode free?

No. Dev Mode is part of Figma's paid plans and needs a Dev seat or a Full seat. In September 2026 a Dev seat on the Professional plan was listed at $12 a month billed yearly. People on a free view seat can open files and comment but cannot use Dev Mode.

What is Code Connect in Figma?

Code Connect links a Figma component to the matching component in your codebase. Developers then see your real component code in Dev Mode instead of a generic snippet. It is available on Organization and Enterprise plans for Dev and Full seats. It also gives the Figma MCP server better context when AI tools write code.

What should a designer include in a developer handoff?

Include final screens for each screen size and a component library with variants. Add variables for colors, type and spacing along with exported assets and designs for every state. Add accessibility notes and a prototype link and then mark each finished frame as Ready for dev.

What are design tokens and why do they matter?

Design tokens are named values for colors, spacing, type and radius. Each name maps to a CSS variable or a Tailwind theme value so one change updates the whole site. In October 2025 the W3C Design Tokens Community Group released the first stable token format which tools like Tokens Studio and Style Dictionary support.

How do you handle responsive design in a handoff?

Design at three sizes such as mobile, tablet and desktop. Explain what stacks, hides or resizes between them and how the layout behaves between breakpoints. State the breakpoints, max content width and side padding so the developer does not have to guess.

Can AI turn Figma designs into code?

Yes for a first draft. Tools such as Claude Code, Cursor and VS Code can read a Figma file through the Figma MCP server and generate components. The result depends on clean layers, variables and Code Connect. A developer should still review the code for structure and accessibility before it ships.

Is Figma Make ready for developer handoff?

Figma Make is best for testing ideas with working prototypes before production work starts. Make kits now let prototypes use your real components and a limited Mac beta from May 2026 can edit a local codebase through pull requests. Treat Make output as a starting point that a developer reviews before it reaches production.

How do you review a build against the Figma design?

Place the browser and the Figma frame side by side. Check spacing, type and color first and then states, responsive behavior and accessibility. Give feedback with a screenshot and a link to the exact frame. Visual regression tests help catch changes on later releases.

What are the most common Figma handoff mistakes?

The top three are changing designs after development starts, skipping mobile layouts and leaving out states. Others include detached components, messy layer names, missing accessibility notes, no single owner for design questions and shipping AI-generated code without review.