Framer

Overview

Framer is a platform designed for creating and publishing responsive websites and interactive prototypes, primarily targeting designers and marketing professionals. Established in 2014, it has evolved from a code-centric prototyping tool to a comprehensive no-code website builder. The platform emphasizes a visual design interface, allowing users to construct web pages and interactive components through drag-and-drop functionality and property panels, reducing the necessity for manual coding for front-end development tasks.

The core offering, Framer Sites, focuses on enabling users to design and launch marketing websites, portfolios, and blogs. It integrates design and development workflows, providing tools for layout design, content management, and responsive adjustments for various screen sizes. Framer also includes features for creating animations and micro-interactions directly within the design canvas, which can then be published as part of the live website. The platform aims to streamline the process from design concept to live deployment, often positioning itself as a solution for designers seeking to maintain control over the final product without relying heavily on developer resources.

Framer's approach is to bridge the gap between design tools and publishing platforms. Users can leverage components, styles, and a real-time canvas to visualize their designs as they are being built for the web. This includes capabilities for managing breakpoints to ensure responsive behavior across desktops, tablets, and mobile devices. The platform also offers hosting and domain management features, simplifying the deployment process for users who may not have extensive experience with web infrastructure. For more complex interactions or data dynamic content, Framer provides options for integrating with external services, though its primary focus remains on visual site building.

In addition to site building, Framer continues to offer robust prototyping capabilities. Designers can create high-fidelity interactive prototypes that simulate real user experiences, complete with animations, page transitions, and state changes. These prototypes can be used for user testing, stakeholder presentations, or as a blueprint for development teams. The platform's integrated AI features, such as Framer AI, aim to assist in content generation and design suggestions, potentially accelerating the initial stages of website creation by generating text or layout variations based on user prompts. This positions Framer as a tool for rapid iteration and deployment in scenarios where design agility is a priority.

Key features

• Visual Canvas: A drag-and-drop interface for designing web pages and components in a real-time environment.
• Responsive Design Controls: Tools for adjusting layouts and styling across different screen sizes (desktop, tablet, mobile) through breakpoints and adaptive properties.
• Interactive Components: Ability to create animations, transitions, and hover states directly within the design, which are then functional on the published site.
• CMS Integration: Built-in content management system for blogs, portfolios, and dynamic content, allowing for structured content input through a visual editor.
• Custom Code Embedding: Support for embedding custom HTML, CSS, or JavaScript code snippets for extended functionality or third-party integrations, as detailed in the Framer custom code documentation.
• AI-Powered Design Assistance: Features like Framer AI for generating content, design variations, or site structures based on natural language prompts.
• Global Styles: Centralized management of typography, colors, and other design tokens to ensure consistency across a website.
• Publishing & Hosting: Integrated hosting and domain connection services, enabling direct deployment of sites from the Framer editor.
• Collaboration Tools: Features for team members to work together on projects, including commenting and version history.

Pricing

Framer offers a free tier and several paid plans, with pricing structured on a monthly basis when billed annually. The following table summarizes the pricing as of June 2026, based on information from the Framer pricing page.

Common integrations

• Analytics Tools: Integrations with platforms like Google Analytics for website traffic monitoring. The Framer Google Analytics guide provides specific setup instructions.
• Forms & CRM: Connections with form builders (e.g., Typeform, Mailchimp) for lead capture and customer relationship management.
• Payment Gateways: Ability to embed payment buttons or forms from services like Stripe, though not a native e-commerce platform.
• Marketing Automation: Integration points for marketing automation platforms to track user behavior or manage campaigns.
• Custom Code Components: Developers can integrate custom React components or JavaScript libraries for extended functionality, as described in the Framer code components documentation.

Alternatives

• Webflow: A no-code platform offering greater design flexibility and CMS capabilities for professional web design and development.
• Editor X: A website builder by Wix, providing advanced design controls, responsive layouts, and collaboration tools for agencies and freelancers.
• Dorik: A website builder focused on speed and simplicity, offering templates and a visual editor for creating responsive websites quickly.
• Duda: A website builder specifically tailored for agencies and SaaS platforms, emphasizing client management and team collaboration features.

Getting started

Getting started with Framer typically involves creating an account, selecting a template or starting from a blank canvas, and then using the visual editor to design your website or prototype. While Framer is primarily a no-code platform, it does support embedding custom code for advanced functionality. Below is an example of embedding a simple custom React component within a Framer project, assuming you have set up a code component environment as per Framer's documentation.

First, ensure you have a Framer project and a code component file (e.g., MyComponent.tsx) ready. You would typically create this file within your Framer project's code components section.

// MyComponent.tsx

import * as React from "react";
import { PropertyControls, ControlType } from "framer";

interface Props {
  title: string;
  buttonText: string;
  onButtonClick: () => void;
}

export function MyComponent(props: Props) {
  return (
    <div style={{
      padding: 20,
      background: "#f0f0f0",
      borderRadius: 8,
      fontFamily: "sans-serif",
      textAlign: "center"
    }}>
      <h1>{props.title}</h1>
      <button
        onClick={props.onButtonClick}
        style={{
          padding: "10px 20px",
          fontSize: 16,
          cursor: "pointer",
          background: "#007bff",
          color: "white",
          border: "none",
          borderRadius: 5,
          marginTop: 15
        }}
      >
        {props.buttonText}
      </button>
    </div>
  );
}

// Define property controls for the component in Framer's UI
export const propertyControls: PropertyControls<Props> = {
  title: {
    type: ControlType.String,
    title: "Title",
    defaultValue: "Welcome to Framer!",
  },
  buttonText: {
    type: ControlType.String,
    title: "Button Text",
    defaultValue: "Click Me",
  },
  // Note: onButtonClick often requires a code override to implement behavior
  // For visual representation, it might not be directly settable via controls
};

After saving MyComponent.tsx within your Framer project's code components, it will become available in the Framer canvas. You can then drag and drop MyComponent onto your page. In the properties panel on the right, you can adjust the Title and Button Text inputs. For the onButtonClick functionality, you would typically use a Framer Code Override to define the behavior when the button is pressed, such as navigating to another page or triggering an animation. This demonstrates how Framer allows designers to extend functionality using code while maintaining a primarily visual workflow.