React Built-in Hooks vs Additional Hooks: What’s the Difference?

Introduction

React hooks revolutionized how we write components by enabling function components to manage state, side effects, refs, and more — without classes.

If you’ve used useState or useEffect, you’ve already seen the power of hooks. But React offers more than just these basic tools. There’s a distinction between built-in hooks (used daily) and additional or advanced hooks (used for performance, dev tools, or fine control).

Understanding the difference is key to writing clean, optimized, and scalable React code — especially in 2025 and beyond.

In this article, you’ll learn:

• What built-in hooks are
• What advanced (or “additional”) hooks are
• When to use each
• Real-world examples
• Common mistakes to avoid
• Best practices for choosing the right hook

What Are React Hooks?

React hooks are special functions that let you hook into React features (like state and lifecycle methods) from function components. They start with use, and they only work inside function components or custom hooks.

What Are Built-in React Hooks?

Built-in hooks are the essential hooks every React developer uses regularly. They ship with React and are used to manage common needs like state, side effects, and performance.

Common Built-in Hooks:

Perform side effects (data fetching, etc.)

Reference DOM elements or persist values

Manage complex state with reducers

Why They Matter:

These hooks cover the core use cases in React:

• Updating UI when state changes
• Interacting with external systems (e.g. APIs, storage)
• Preventing unnecessary re-renders
• Structuring complex logic

What Are Additional (Advanced) React Hooks?

React also provides a few less commonly used hooks that are considered "advanced" or "additional." These are designed for more complex scenarios — like fine-tuning performance, working with layout or animations, or customizing how refs behave.

List of Additional React Hooks:

Runs synchronously before paint (layout-sensitive effects)

Shows custom labels in React DevTools

Exposes custom instance values for ref

Defers updating a value for better responsiveness

Generates unique IDs for accessibility and hydration

Injects styles before DOM mutations (advanced use case)

When to Use Them:

• Building custom components or libraries
• Optimizing responsiveness or layout behavior
• Needing developer tooling or ref control

Built-in Hooks: Real Examples

1. useState

const [count, setCount] = useState(0);

2. useEffect

useEffect(() => {
  fetchData();
}, []);

3. useContext

const user = useContext(UserContext);

Additional Hooks: Real Examples

1. useLayoutEffect

useLayoutEffect(() => {
  measureDOM();
}, []);

2. useImperativeHandle

useImperativeHandle(ref, () => ({
  scrollToTop() {
    divRef.current.scrollTop = 0;
  }
}));

3. useDeferredValue

const deferredQuery = useDeferredValue(searchInput);

When to Use Built-in vs Additional Hooks

Common Mistakes to Avoid

1. Overusing Advanced Hooks

Don't reach for useLayoutEffect or useImperativeHandle unless necessary. They add complexity and are harder to maintain.

2. Using useContext for Rapid Updates

useContext is great for low-frequency global state (like theme or auth), but not for fast-updating values like typing or animations.

3. Ignoring Memoization with useMemo/useCallback

Failing to memoize can cause unnecessary re-renders in performance-sensitive areas.

Best Practices for Using React Hooks (2025)

• Use built-in hooks for 90% of your needs
• Use additional hooks only when performance or layout control is needed
• Write custom hooks to encapsulate logic and avoid repetition
• Memoize functions/values when props are passed deeply
• Keep each hook focused on a single concern

Summary: Know Which Hook to Reach For

React hooks are powerful tools — but knowing when and which one to use makes the difference between code that just works and code that scales.

Use Built-in Hooks For:

• Everyday UI state and behavior
• Lifecycle effects
• Accessing DOM or context

Use Additional Hooks For:

• Performance tuning
• Dev tool integration
• Component libraries or custom APIs

You don’t need to memorize all the hooks — just understand their purpose and use them when the problem calls for it.