5 Best Alternatives to Axios in 2026

Why look beyond Axios

Axios has established itself as a reliable and widely adopted HTTP client for JavaScript environments, offering a consistent, promise-based API for making requests in both browsers and Node.js. Its features, such as automatic JSON data transformation, request and response interceptors, and robust error handling, make it a strong choice for many applications. However, specific project requirements or architectural preferences may lead developers to explore alternatives. For instance, some projects might prioritize a built-in browser API to minimize bundle size, while others may seek a client with more opinionated architecture or a different set of advanced features. Performance considerations, specific integration needs, or a desire to avoid external dependencies can also drive the search for an alternative.

While Axios excels in its core functionality, developers might seek a client that offers a more streamlined API for simpler use cases, or one that integrates more closely with specific frameworks or backend technologies. The evolving landscape of web development also introduces new patterns and tools, leading some to evaluate clients that embrace newer standards or paradigms. Understanding these motivations is key to selecting an alternative that aligns with a project's technical and operational goals.

Top alternatives ranked

1. 1. Fetch API — Native, promise-based browser API for network requests

   The Fetch API is a modern, promise-based interface for fetching resources from the network, providing a more powerful and flexible replacement for XMLHttpRequest. It is natively available in most modern browsers and can be used in Node.js environments via polyfills like node-fetch. Fetch's core strength lies in its direct integration into the browser environment, eliminating the need for external libraries for basic HTTP requests. It uses JavaScript Promises, making it suitable for asynchronous operations and integration with async/await syntax. Fetch handles various aspects of HTTP requests, including different request methods, headers, and body types. Its Stream API integration allows for efficient handling of large responses.

   While Fetch offers a low-level, powerful interface, it requires more manual handling compared to Axios for certain tasks, such as JSON serialization/deserialization (which requires calling .json() on the response) and error propagation (as network errors are not automatically rejected promises). Despite these differences, Fetch is an excellent choice for projects prioritizing minimal dependencies and leveraging native browser capabilities for network communication. Its flexibility allows developers to build custom request logic and integrate with other browser APIs.

   Best for:

   • Browser-native HTTP requests without external libraries
   • Minimal bundle size in client-side applications
   • Modern web applications leveraging Promises and async/await
   • Streaming data handling

   Check out the Fetch API profile page for more information.

2. 2. Superagent — Lightweight, progressive AJAX request library

   Superagent is a small, progressive, client-side HTTP request library for Node.js and the browser. Known for its fluent API, Superagent aims to be an easy-to-use alternative to XMLHttpRequest while providing a more readable and chaining interface for building requests. It supports common HTTP methods, query string parameters, form data, and multipart/form-data uploads. Superagent's design emphasizes simplicity and extensibility, allowing developers to add custom plugins and parsers to tailor its behavior. It also includes retry mechanisms and basic authentication support.

   Superagent's appeal lies in its balance between being lightweight and offering a comprehensive set of features for typical HTTP request scenarios. It provides a more abstracted interface than the native Fetch API but remains less opinionated than some larger HTTP clients. This makes it suitable for projects where developers seek a straightforward API for AJAX requests without the overhead of more feature-rich libraries. Its plugin system offers flexibility for custom use cases, such as adding specific headers or handling unique response types.

   Best for:

   • Lightweight HTTP requests in both Node.js and browsers
   • Applications requiring a fluent, chainable API
   • Projects needing custom request and response handling via plugins
   • Form data and multipart file uploads

   Check out the Superagent profile page for more information.

3. 3. Node-fetch — A light-weight module that brings window.fetch to Node.js

   Node-fetch is a project that brings the browser's native Fetch API to the Node.js environment. It provides a consistent interface for making HTTP requests in Node.js, mirroring the API and behavior of window.fetch. This allows developers to write isomorphic JavaScript code that uses the same Fetch API syntax for network requests, regardless of whether it's executing in a browser or on a Node.js server. Node-fetch supports HTTP/HTTPS requests, streaming responses, and various request options, including headers and body types. It is built on top of Node.js's native HTTP/HTTPS modules, ensuring compatibility and performance within the Node.js ecosystem.

   The primary advantage of Node-fetch is its ability to bridge the gap between browser and server-side network operations using a standardized API. This is particularly beneficial for full-stack JavaScript applications or libraries that need to perform identical HTTP requests in both environments. While it replicates the Fetch API, it inherits Fetch's characteristics, such as not automatically rejecting promises on HTTP error statuses (e.g., 4xx or 5xx), requiring manual status checking. For developers already familiar with or committed to the Fetch API, Node-fetch provides a seamless transition to server-side implementations.

   Best for:

   • Using the Fetch API in Node.js environments
   • Isomorphic applications requiring consistent HTTP request syntax
   • Server-side rendering (SSR) with Fetch API
   • Developers already proficient with the native Fetch API

   Check out the Node-fetch profile page for more information.

4. 4. Got — Human-friendly and powerful HTTP request library for Node.js

   Got is a powerful, promise-based HTTP request library specifically designed for Node.js. It aims to provide a more developer-friendly experience than Node.js's built-in http module, while offering advanced features like retries, redirects, and stream support. Got automatically handles various aspects of HTTP requests, including URL parsing, query string serialization, and JSON/form data handling. It also provides robust error handling with detailed error objects and supports HTTP/2, a modern web protocol for improved performance. Got's API is designed to be highly configurable, allowing fine-grained control over request behavior, including timeouts, proxies, and hooks for request lifecycle events.

   Got differentiates itself with its focus on Node.js-specific use cases, offering features that are particularly useful in server-side applications, such as progress events for uploads/downloads and custom DNS resolution. Its comprehensive error handling system simplifies the process of debugging and responding to network issues. For developers building Node.js services, APIs, or scripts that interact heavily with external HTTP resources, Got provides a robust and feature-rich solution that goes beyond basic request functionality, making it a strong alternative to Axios in server-side contexts.

   Best for:

   • Node.js server-side HTTP requests
   • Applications requiring advanced features like retries and redirects
   • Detailed error handling and request lifecycle hooks
   • High-performance HTTP/2 communication in Node.js

   Check out the Got profile page for more information.

5. 5. Ky — Tiny & elegant HTTP client based on the Fetch API

   Ky is a minimalist and elegant HTTP client that builds on top of the native Fetch API, designed for modern browsers and Deno. Developed by the same creator as Got, Ky focuses on providing a more developer-friendly experience for Fetch, addressing some of its common pain points. It automatically parses JSON responses, handles non-OK HTTP statuses as errors by default (unlike raw Fetch), and offers built-in retries and timeouts. Ky maintains a small bundle size, making it an attractive option for client-side applications where performance and minimal dependencies are crucial. Its API is promise-based and fully supports async/await, providing a clean and modern way to make HTTP requests.

   Ky's design philosophy is to offer a thin, opinionated wrapper around Fetch, adding convenience features without introducing significant overhead. This makes it an ideal choice for developers who appreciate the native capabilities of Fetch but desire a more polished and robust API for common use cases. While Ky is primarily browser-focused, its design principles—simplicity, elegance, and a focus on developer experience—resonate well with projects seeking an efficient and easy-to-use HTTP client that enhances the native Fetch experience.

   Best for:

   • Modern browser-based applications
   • Projects seeking a lightweight, enhanced Fetch API wrapper
   • Automatic JSON parsing and error handling for HTTP statuses
   • Minimal bundle size and streamlined API for web frontends

   Check out the Ky profile page for more information.

Side-by-side

How to pick

Choosing the right HTTP client depends heavily on your project's specific needs, target environment, and developer preferences. Evaluate the following factors to make an informed decision:

• Target Environment:
  • If you are exclusively building for modern browsers and want to minimize bundle size, the Fetch API is the native choice. Consider Ky if you want a more convenient, opinionated wrapper around Fetch for browser-based applications that automatically handles common issues like JSON parsing and HTTP error statuses.
  • For Node.js-only applications requiring advanced features like retries, robust error handling, and performance optimizations, Got is a strong contender.
  • If your application needs to run in both browser and Node.js environments with a consistent API, Axios offers this out of the box. Alternatively, using the native Fetch API in the browser combined with Node-fetch on the server provides a similar isomorphic experience, albeit with more manual error checking for HTTP statuses.
• Feature Set:
  • Do you need request/response interceptors for global error handling, authentication, or logging? Axios and Got provide robust interception/hook mechanisms. The native Fetch API and Node-fetch require custom wrapper functions to achieve similar functionality.
  • Is automatic JSON transformation crucial for your workflow? Axios, Superagent, Got, and Ky handle this automatically, reducing boilerplate code. With raw Fetch API and Node-fetch, you must explicitly call .json() on the response.
  • Are features like automatic retries, redirects, and progress events important? Got and Ky offer these out-of-the-box, while Axios may require plugins for some.
• API Style and Developer Experience:
  • Do you prefer a fluent, chainable API for building requests? Superagent is known for its readability and ease of use in this regard.
  • Are you comfortable with a lower-level API that offers maximum control? The native Fetch API and Node-fetch provide this, giving you direct access to HTTP primitives.
  • If you value a balanced API that offers both convenience and flexibility, Axios has a well-regarded developer experience. Ky aims to enhance Fetch with a more elegant and developer-friendly wrapper.
• Dependencies and Bundle Size:
  • For projects where every kilobyte matters, especially in client-side applications, the native Fetch API has no bundle cost. Ky is designed to be tiny, offering an enhanced Fetch experience with minimal overhead.
  • If you're willing to include a small library for more convenience, Superagent is a lightweight option.

By carefully considering these aspects against your project's requirements, you can select an HTTP client that best fits your technical stack and development workflow.