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Learn Framer - 10 Code Examples & CST Typing Practice Test

Framer is a modern web-based design and prototyping tool that allows designers and developers to create interactive, animated, and responsive UI prototypes with code or visual editing. It combines design, animation, and React-based components into a single workflow.

View all 10 Framer code examples →
Simple Framer ComponentFramer Fade In BoxFramer Scale TapFramer Drag BoxFramer Hover AnimationFramer Spring BouncerFramer Looping AnimationFramer Rotation CycleFramer LayoutAnimationFramer Gesture Combo

Learn FRAMER with Real Code Examples

Updated Nov 26, 2025

Explain

Framer enables high-fidelity prototyping with real interactions.

Supports responsive design and adaptive layouts.

Uses React under the hood, allowing code-driven components.

Includes animation tools like spring, tweening, and gesture-based interactions.

Integrates with design systems, Figma imports, and external APIs.

Core Features

Frame - container for UI elements

Stack - vertical/horizontal layout management

Smart Components - reusable, interactive elements

Motion - animation and gesture API

Overrides - code-driven behavior for components

Basic Concepts Overview

Frames - building blocks for layouts

Stacks - automated layout containers

Components - reusable UI elements

Motion - animations, gestures, and interactions

Overrides - add custom code to enhance components

Project Structure

index.framer - main project file

components/ - reusable Framer Components

assets/ - images, icons, fonts

pages/ - individual screens or views

styles/ - optional custom CSS or themes

Building Workflow

Create a new project in Framer

Design layout using Frames and Stacks

Add reusable Components

Animate elements using Motion library

Apply Overrides to attach interactive behavior

Difficulty Use Cases

Beginner: static screens with Frames and text

Intermediate: responsive layouts using Stacks

Advanced: interactive components with Motion animations

Expert: code-driven Overrides for React-based interactions

Architect: full design-to-code workflow for web/mobile apps

Comparisons

Framer vs Figma: Framer adds interactivity and code, Figma is design-focused

Framer vs Adobe XD: Framer allows code-based prototypes, XD is mostly visual

Framer vs GSAP: Framer is UI/prototype-first, GSAP is animation library

Framer vs React alone: Framer simplifies design-to-code workflow

Framer vs Sketch: Framer offers interactive animation capabilities

Versioning Timeline

2013 - Framer Studio launched

2015 - Framer.js introduced code-based prototyping

2018 - Framer X with React integration

2020 - Framer Web app released

2025 - Latest stable Framer release with Motion library enhancements

Glossary

Frame - container for layout and design

Stack - automatic layout container

Component - reusable UI element

Motion - animation and gesture API

Override - attach custom code or behavior

Installation Setup

Sign up for Framer at https://www.framer.com

Download Framer Desktop app or use web version

Create a new project

Import assets from Figma or local files

Add Frames, Components, and Motion interactions

Environment Setup

Modern browser for web version

Framer desktop app for offline editing

Node.js for React export

Bundler like Vite or Webpack optional

Optional Figma account for imports

Config Files

index.framer - main project file

components/ - reusable Framer Components

pages/ - screens/views

assets/ - images, fonts, icons

styles/ - optional CSS/variables

Cli Commands

framer create project-name

framer open project-name

framer export react

npm install framer-motion

Use Framer desktop/web app for editing

Internationalization

Text components can display localized content

Supports direction-aware layouts (LTR/RTL)

Overrides can load dynamic language data

Animations and gestures are language-agnostic

Design export does not depend on locale

Accessibility

Add semantic HTML elements via Overrides

Test keyboard navigation for interactive prototypes

Ensure contrast and font size accessibility

Motion reduction options for sensitive users

Screen readers supported via React export

Ui Styling

Frames and Components styled visually

CSS-in-JS or overrides can apply custom styles

Motion animations define dynamic style changes

Responsive constraints handle layout adjustments

Design tokens can ensure consistency

State Management

Components manage internal state via React

Overrides can read/write state

Motion library can animate state changes

Stacks adjust layout dynamically

Responsive design updates based on viewport

Data Management

Import assets efficiently

Reuse Components for repeated UI elements

Bind data via Overrides or React props

Minimize unnecessary re-renders

Use Framer Store for global state if needed

Architecture

Canvas/Frames - visual layout containers

React Components - underlying code-driven structure

Motion Library - animation and interaction engine

Overrides - attach code behavior to components

Design-to-Code Engine - renders visual designs as React code

Rendering Model

Frames rendered via browser DOM/CSS

Motion library handles animations and transitions

Stacks manage automatic layout flow

Overrides attach dynamic behaviors via React

Responsive design adapts to screen size changes

Architectural Patterns

Component-based structure

Event-driven interactions

Motion-driven animation pipeline

Design-to-code workflow

Integration with React ecosystem

Real World Architectures

Interactive marketing landing pages

Mobile app prototypes

Design-to-code front-end workflows

Dashboard and data visualization prototypes

Animated web experiences with gestures

Design Principles

Interactive, high-fidelity prototypes

Code-driven and visual design in one tool

Responsive and adaptive layout support

Reusable components for efficiency

Animation and gesture-first design approach

Scalability Guide

Use Components for repeatable UI patterns

Leverage Motion for consistent animation behavior

Organize pages/screens into folders

Manage global state with Framer Store or React context

Optimize assets for fast load times

Migration Guide

Convert static designs into Framer Frames and Components

Add motion animations with Motion library

Replace manual prototypes with reusable Components

Attach interactivity using Overrides

Export React code for integration into production apps

Performance Notes

Limit complex animations for better preview performance

Use optimized image assets

Reuse Components to avoid duplication

Test responsiveness on multiple screen sizes

Avoid excessive nested Frames and Stacks

Security Notes

Runs in browser or desktop sandbox

Code Overrides can call APIs securely

Ensure external resources are trusted

Do not expose secrets in public projects

Use secure hosting for exported code

Monitoring Analytics

Preview FPS for motion-heavy interactions

Monitor performance in desktop and web previews

Check for responsive issues across devices

Inspect Overrides for runtime errors

Validate exported React code

Code Quality

Keep Overrides modular and reusable

Document Components and Frames

Use consistent naming conventions

Leverage Motion presets for consistency

Organize assets and pages logically

Practical Examples

Prototype a landing page with animated buttons

Create a mobile app screen with swipe gestures

Animate modal dialogs with Motion

Implement a toggle component with Overrides

Build responsive layouts for desktop and mobile

Troubleshooting

Check if Frames are properly nested

Ensure Components are imported correctly

Verify Motion API syntax

Debug Overrides in console

Check responsive behavior across breakpoints

Testing Guide

Preview animations in Framer desktop/web

Test gestures and interactions

Check responsiveness on multiple screen sizes

Inspect performance using browser dev tools

Validate exported React code in local environment

Deployment Options

Export to static HTML/CSS/JS

Export React code for web apps

Use Framer hosting for live prototypes

Integrate with Vercel, Netlify, or other hosts

Embed prototypes in client presentations or websites

Tools Ecosystem

Framer Motion - animation and gesture library

Framer Components Marketplace - reusable UI elements

Figma Integration - import designs directly

Smart Components - interactive, reusable components

Overrides - attach custom React code

Integrations

React for code-based components

Figma for design imports

GSAP for advanced animations

Framer Store for state management

Third-party APIs for dynamic content

Productivity Tips

Reuse Components to save time

Leverage Motion presets

Use Stacks for responsive layouts

Preview often to catch errors early

Document overrides and interactive behaviors

Challenges

Integrating React code with visual design

Handling complex responsive layouts

Optimizing animations for performance

Managing reusable components at scale

Debugging Override logic

Learning Path

Start with Frames and layout

Learn Stacks for responsive design

Create Components and reuse them

Animate with Motion library

Add code-driven Overrides for custom behavior

Skill Improvement Plan

Week 1: Frames and Stacks basics

Week 2: Components and nesting

Week 3: Motion animations and gestures

Week 4: Overrides and React integration

Week 5: Full interactive prototype project

Interview Questions

Explain Framer’s Frame and Stack concepts.

How do Motion and gestures work in Framer?

What are Overrides and how are they used?

How do you integrate Figma designs into Framer?

How would you export a Framer project as React code?

Cheat Sheet

import { Frame, Stack } from 'framer';

<Frame width={100} height={100} background='red' />

<Stack direction='vertical'><Frame /><Frame /></Stack>

import { motion } from 'framer-motion';

motion.div animate={{ x: 100 }} transition={{ duration: 0.5 }}

Books

Framer for Designers

Prototyping with Framer Motion

Building Interactive UIs in Framer

Framer Projects and Case Studies

Advanced Framer and React Integration

Tutorials

Framer beginner guide

Animating UI with Motion library

Building responsive layouts with Stacks

Creating interactive Components and Overrides

Exporting React code from Framer

Official Docs

https://www.framer.com/docs/

https://www.framer.com/

Community Links

Framer official forum

Framer Slack/Discord

StackOverflow Framer tag

YouTube Framer tutorials

Framer community templates

Community Support

Framer official forum

Framer Slack and Discord

StackOverflow Framer tag

YouTube tutorials

Framer community templates

Monetization

Prototypes for client pitches

Interactive landing pages for marketing

Design-to-code solutions for startups

Framer-based teaching and workshops

Freelance prototyping services

Future Roadmap

Deeper Figma integration

Advanced gesture and animation APIs

Enhanced React export and TypeScript support

Collaboration features for teams

More prebuilt Components and templates

When Not To Use

Server-side rendering projects

Low-fidelity wireframes

Projects without any interactivity

Non-web-native apps without React support

Heavy backend or data processing tasks

Final Summary

Framer is a high-fidelity design and prototyping tool.

Combines visual design, motion, and code into one workflow.

Supports interactive, responsive, and animated UIs.

Exports React code for production-ready applications.

Ideal for designers and developers building prototypes or front-end apps.

Faq

Is Framer free? -> Free tier available, Pro plan for advanced features.

Does Framer export code? -> Yes, React code export supported.

Can Framer import Figma designs? -> Yes, fully integrated.

Is coding required? -> No, visual editor is sufficient, code optional.

Does it work on mobile? -> Yes, prototypes are responsive.

Code Sample Descriptions

1

Simple Framer Component

# framer/demo/Component.jsx
import * as React from 'react';
import { Frame, animate } from 'framer';

export function MovingBox() {
    const [x, setX] = React.useState(0);
    React.useEffect(() => {
        animate(x, 300, { duration: 2, onUpdate: v => setX(v) });
    }, []);
    return <Frame width={100} height={100} backgroundColor="blue" x={x} />;
}

A basic Framer component that animates a box moving horizontally on render.

Let’s Try →
2

Framer Fade In Box

# framer/demo/FadeIn.jsx
import * as React from 'react';
import { Frame, useAnimation } from 'framer';

export function FadeInBox() {
    const controls = useAnimation();
    React.useEffect(() => {
        controls.start({ opacity: 1, duration: 1.5 });
    }, []);
    return <Frame width={120} height={120} backgroundColor="red" opacity={0} animate={controls} />;
}

A box that fades in smoothly using Framer motion values.

Let’s Try →
3

Framer Scale Tap

# framer/demo/ScaleTap.jsx
import * as React from 'react';
import { Frame } from 'framer';

export function ScaleTap() {
    return (
        <Frame width={120} height={120} backgroundColor="green" whileTap={{ scale: 0.8 }} />
    );
}

A box that scales when tapped.

Let’s Try →
4

Framer Drag Box

# framer/demo/DragBox.jsx
import * as React from 'react';
import { Frame } from 'framer';

export function DragBox() {
    return <Frame width={100} height={100} drag backgroundColor="orange" />;
}

A draggable Framer box.

Let’s Try →
5

Framer Hover Animation

# framer/demo/HoverRotate.jsx
import * as React from 'react';
import { Frame } from 'framer';

export function HoverRotate() {
    return (
        <Frame
        width={120}
        height={120}
        backgroundColor="purple"
        whileHover={{ rotate: 20, backgroundColor: 'pink' }}
        />
    );
}

A hover effect that changes color and rotates.

Let’s Try →
6

Framer Spring Bouncer

# framer/demo/SpringBounce.jsx
import * as React from 'react';
import { Frame } from 'framer';

export function SpringBounce() {
    return <Frame width={100} height={100} backgroundColor="cyan" animate={{ y: 100 }} transition={{ type: 'spring', stiffness: 150 }} />;
}

A box that uses a spring bounce animation on mount.

Let’s Try →
7

Framer Looping Animation

# framer/demo/Looping.jsx
import * as React from 'react';
import { Frame, useAnimation } from 'framer';

export function LoopingBox() {
    const controls = useAnimation();
    React.useEffect(() => {
        async function loop() {
        while (true) {
        await controls.start({ x: 150, duration: 1 });
        await controls.start({ x: 0, duration: 1 });
        }
        }
        loop();
    }, []);
    return <Frame width={100} height={100} backgroundColor="yellow" animate={controls} />;
}

A looping left-right animation.

Let’s Try →
8

Framer Rotation Cycle

# framer/demo/RotateCycle.jsx
import * as React from 'react';
import { Frame } from 'framer';

export function RotateCycle() {
    return <Frame width={120} height={120} backgroundColor="teal" animate={{ rotate: 360 }} transition={{ repeat: Infinity, duration: 2 }} />;
}

A rotating square that loops forever.

Let’s Try →
9

Framer LayoutAnimation

# framer/demo/LayoutAnimation.jsx
import * as React from 'react';
import { Frame } from 'framer';

export function LayoutAnimation() {
    const [big, setBig] = React.useState(false);
    return (
        <Frame
        backgroundColor="brown"
        layout
        width={big ? 200 : 100}
        height={big ? 200 : 100}
        onTap={() => setBig(!big)}
        />
    );
}

A layout-animating box that changes size on click.

Let’s Try →
10

Framer Gesture Combo

# framer/demo/GestureCombo.jsx
import * as React from 'react';
import { Frame } from 'framer';

export function GestureCombo() {
    return (
        <Frame
        width={140}
        height={140}
        backgroundColor="silver"
        drag
        whileHover={{ scale: 1.1 }}
        whileTap={{ rotate: 15 }}
        />
    );
}

Combines tap, hover, and drag gestures.

Let’s Try →

Frequently Asked Questions about Framer

What is Framer?

Framer is a modern web-based design and prototyping tool that allows designers and developers to create interactive, animated, and responsive UI prototypes with code or visual editing. It combines design, animation, and React-based components into a single workflow.

What are the primary use cases for Framer?

Interactive UI/UX prototypes. Design-to-code workflows with React. Animated web and mobile components. Responsive and adaptive layout testing. Rapid testing of user interactions and gestures

What are the strengths of Framer?

Rapid creation of interactive prototypes. Seamless design-to-code workflow. Supports both visual editing and React coding. Powerful animation and motion capabilities. Responsive layout and adaptive design support

What are the limitations of Framer?

Requires familiarity with React for code-driven components. Complex animations may require JavaScript knowledge. Limited 3D or low-level graphics support. Not a full production-grade front-end framework. Dependent on Framer ecosystem for some advanced features

How can I practice Framer typing speed?

CodeSpeedTest offers 10+ real Framer code examples for typing practice. You can measure your WPM, track accuracy, and improve your coding speed with guided exercises.

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