This component is a wrapper for the popular react component React Select made using the UI library Chakra UI.

Light Mode	Dark Mode

Check out the demo here:

• Usage
• Extra Props
  • size
  • tagColorScheme
  • tagVariant
  • isInvalid / isReadOnly
  • focusBorderColor / errorBorderColor
  • selectedOptionStyle
  • selectedOptionColorScheme
  • variant
  • useBasicStyles (removed)
• Styling
  • chakraStyles
    • Caveats
    • Examples
  • Theme Styles
  • className
• TypeScript Support
• Customizing Components
  • Custom LoadingIndicator (Chakra Spinner)
• useChakraSelectProps
• Usage with React Form Libraries
  • react-hook-form
  • formik
• Templates
  • CodeSandbox
  • StackBlitz

To use this package, you'll need to have @chakra-ui/react@2 set up like in the guide in their docs. If you already have @chakra-ui/react@1 set up you can follow the steps in the official migration guide to update to v2. If you don't have Chakra UI installed already, you can install it like this:

npm i @chakra-ui/react @emotion/react@^11.8.1 @emotion/styled@^11 framer-motion@^6
# ...or...
yarn add @chakra-ui/react @emotion/react@^11.8.1 @emotion/styled@^11 framer-motion@^6

After Chakra UI is set up, install this package from NPM:

npm i chakra-react-select
# ...or...
yarn add chakra-react-select

Once installed, you can import the base select package, the async select, the creatable select or the async creatable select like so:

import {
  AsyncCreatableSelect,
  AsyncSelect,
  CreatableSelect,
  Select,
} from "chakra-react-select";
// ...or...
const {
  AsyncCreatableSelect,
  AsyncSelect,
  CreatableSelect,
  Select,
} = require("chakra-react-select");

All exports, including types, from the original react-select package are also exported from this package, so you can import any of them if you need them. The only exception is the root Select components.

Implementing this component in your application should be almost identical to how you'd normally use react-select. It will accept all of the props that the original package does, with a few additions and exceptions listed below. So if you have a question on basic usage, your best bet is to check the original docs or google "How to (some functionality) with react-select" and just swap out react-select for chakra-react-select.

You can pass the size prop with either sm, md, or lg (default is md). These will reflect the sizes available on the Chakra <Input /> component (except for xs because it's too small to work). Alternatively, you can pass a responsive style array or object of size values to allow it to change depending on your theme's breakpoints.

If no size is passed, it will default to defaultProps.size from the theme for Chakra's Input component. If your component theme for Input is not modified, it will be md.

return (
  <>
    <Select size="sm" />
    <Select size="md" /> {/* Default */}
    <Select size="lg" />
  </>
);

You can pass the tagColorScheme prop to the select component to change all of the selected options tags' colors. You can view the whole list of available color schemes in the Chakra docs, or if you have a custom color palette, any of the custom color names in that will be available instead.

Alternatively, you can add the colorScheme key to any of your options objects and it will only style that option when selected.

return (
  <Select
    {/* The global tag color scheme */}
    tagColorScheme="purple"
    options={[
      {
        label: "I am red",
        value: "i-am-red",
        colorScheme: "red", // The option color scheme overrides the global
      },
      {
        label: "I fallback to purple",
        value: "i-am-purple",
      },
    ]}
  />
);

You can pass the tagVariant prop with either subtle, solid, or outline (default is subtle). These will reflect the variant prop available on the Chakra <Tag /> component. Alternatively, if you have added any custom variants to your theme, you can use those instead.

Alternatively, you can add the variant key to any of your options objects and it will only style that option when selected. This will override the tagVariant prop on the select if both are set

return (
  <Select
    {/* The global variant */}
    tagVariant="solid"
    options={[
      {
        label: "I have the outline style",
        value: "i-am-outlined",
        variant: "outline", // The option variant overrides the global
      },
      {
        label: "I fallback to the global `solid`",
        value: "i-am-solid",
      },
    ]}
  />
);

You can pass isInvalid to the select component to style it like the Chakra Input is styled when it receives the same prop. Alternatively, you can pass isReadOnly to make the component non-interactive in the same way Chakra's Input does.

You can pass also pass isInvalid, isDisabled, or isReadOnly into a wrapping <FormControl /> to achieve the same result as passing these props into the Select component.

return (
  <>
    {/* This will show up with a red border */}
    <Select isInvalid />

    {/* This will show up normally but will not be interactive */}
    <Select isReadOnly />

    {/* This will show up grayed out and will not be interactive */}
    {/* Additionally, it will have a red border and the error message will be shown */}
    <FormControl isInvalid isDisabled>
      <FormLabel>Invalid & Disabled Select</FormLabel>
      <Select />
      <FormErrorMessage>
        This error message shows because of an invalid FormControl
      </FormErrorMessage>
    </FormControl>
  </>
);

The props focusBorderColor and errorBorderColor can be passed with Chakra color strings which will emulate the respective props being passed to Chakra's <Input /> component.

return (
  <>
    <Select errorBorderColor="orange.500" isInvalid />
    <Select focusBorderColor="green.500" />
  </>
);

As of v1.3.0 you can pass the prop selectedOptionStyle with either "color" or "check". The default option "color" will style a selected option similar to how react-select does it, by highlighting the selected option in the color blue. Alternatively, if you pass "check" for the value, the selected option will be styled like the Chakra UI Menu component and include a check icon next to the selected option(s). If isMulti and selectedOptionStyle="check" are passed, space will only be added for the check marks if hideSelectedOptions={false} is also passed.

return (
  <>
    <Select selectedOptionStyle="color" /> {/* Default */}
    <Select selectedOptionStyle="check" /> {/* Chakra UI Menu Style */}
  </>
);

If you choose to stick with the default selectedOptionStyle="color", you have one additional styling option. If you do not like the default of blue for the highlight color, you can pass the selectedOptionColorScheme prop to change it. This prop will accept any named color from your theme's color palette, and it will use the 500 value in light mode or the 300 value in dark mode.

return (
  <>
    <Select selectedOptionColorScheme="blue" /> {/* Default */}
    <Select selectedOptionColorScheme="purple" />
  </>
);

You can pass the variant prop with any of outline, filled, flushed, or unstyled to change the overall styling of the Select. These will reflect the various appearances available for Chakra's <Input /> component. Alternatively, if you've added any custom variants to your Chakra theme you can use those instead. However, it is not guaranteed all styles will be applied how you intend them to as there are some differences in the structure of the Select's input component.

If no variant is passed, it will default to defaultProps.variant from the theme for Chakra's Input component. If your component theme for Input is not modified, it will be outline.

return (
  <>
    <Select variant="outline" /> {/* Default */}
    <Select variant="filled" />
    <Select variant="flushed" />
    <Select variant="unstyled" />
  </>
);

One thing to note is that the default styling for variant="filled" and isMulti results in the select and selected option tags having the same background color when the select is not focused. The easiest solution for this is to pass the tagVariant or colorScheme prop to add some contrast between the two elements.

This prop was removed in v5.0.0, as these styles are now the default styles applied to the component. If you'd like to keep the legacy styles, here are some examples (for each variant) of how you could accomplish that with the chakraStyles prop:

const App = () => (
  <Box>
    <Select
      variant="outline" // default
      chakraStyles={{
        indicatorSeparator: (base) => ({
          ...base,
          display: "block",
        }),
        dropdownIndicator: (base) => ({
          ...base,
          width: "auto",
          margin: 0,
          paddingX: 4, // or 3 for size="sm"
          background: "gray.100",
          _dark: {
            background: "whiteAlpha.300",
          },
        }),
      }}
    />

    <Select
      variant="filled"
      chakraStyles={{
        dropdownIndicator: (base) => ({
          ...base,
          width: "auto",
          margin: 0,
          paddingX: 4, // or 3 for size="sm"
          background: "gray.100",
          _dark: {
            background: "whiteAlpha.300",
          },
        }),
      }}
    />

    <Select
      variant="flushed" // or variant="unstyled"
      chakraStyles={{
        dropdownIndicator: (base) => ({
          ...base,
          width: "auto",
          margin: 0,
          paddingX: 4, // or 3 for size="sm"
        }),
      }}
    />
  </Box>
);

If you have any other requests for Chakra-like features that could be added, or problems with the current features, please start a discussion!

There are a few ways to style the components that make up chakra-react-select. It's important to note that this package does not use the theme or styles props that are implemented in react-select. The theme prop isn't used as most of the components' base styles are pulling from your Chakra theme, and customizing your base theme (such as colors or component styles) should in turn change the styles in this package.

This package does however offer an alternative to the styles prop, chakraStyles. It mostly emulates the behavior of the original styles prop, however, because it’s not identical it is named differently to prevent confusion.

To use the chakraStyles prop, first, check the documentation for the original styles prop from the react-select docs. This package offers an identical API for the chakraStyles prop, however, the provided and output style objects use Chakra's sx prop instead of the default emotion styles the original package offers. This allows you to both use the shorthand styling props you'd normally use to style Chakra components, as well as tokens from your theme such as named colors.

The API for an individual style function looks like this:

/**
 * @param {SystemStyleObject} provided -- The component's default Chakra styles
 * @param {Object} state -- The component's current state e.g. `isFocused` (this gives all of the same props that are passed into the component)
 * @returns {SystemStyleObject} An output style object which is forwarded to the component's `sx` prop
 */
function option(provided, state) {
  return {
    ...provided,
    color: state.isFocused ? "blue.500" : "red.400",
  };
}

All of the style keys offered in the original package can be used in the chakraStyles prop except for menuPortal. Along with some other caveats, this is explained below.

Most of the components rendered by this package use the basic Chakra <Box /> component with a few exceptions. Here are the style keys offered and the corresponding Chakra component that is rendered:

• clearIndicator - Box (uses theme styles for Chakra's CloseButton)
• container - Box
• control - Box (uses theme styles for Chakra's Input)
• dropdownIndicator - Box (uses theme styles for Chrakra's InputRightAddon)
• downChevron - Icon
• crossIcon - Icon
• group - Box
• groupHeading - Box (uses theme styles for Chakra's Menu group title)
• indicatorsContainer - Box
• indicatorSeparator - Divider
• input - chakra.input (wrapped in a Box)
• inputContainer - Box
• loadingIndicator - Spinner
• loadingMessage - Box
• menu - Box
• menuList - Box (uses theme styles for Chakra's Menu)
• multiValue - chakra.span (uses theme styles for Chakra's Tag)
• multiValueLabel - chakra.span (uses theme styles for Chakra's TagLabel)
• multiValueRemove - Box (uses theme styles for Chakra's TagCloseButton)
• noOptionsMessage - Box
• option - Box (uses theme styles for Chakra's MenuItem)
• placeholder - Box
• singleValue - Box
• valueContainer - Box

If you're using TypeScript, the chakraStyles prop is defined by the exported ChakraStylesConfig interface.

import { ChakraStylesConfig, Select } from "chakra-react-select";

const App: React.FC = () => {
  const chakraStyles: ChakraStylesConfig = {
    dropdownIndicator: (provided, state) => ({
      ...provided,
      background: state.isFocused ? "blue.100" : provided.background,
      p: 0,
      w: "40px",
    }),
  };

  return <Select chakraStyles={chakraStyles} />;
};

One change between the keys in the chakraStyles prop and the original styles prop, is that in the original the input styles apply to a container surrounding the HTML <input /> element, and there is no key for styling the input itself. With the chakraStyles object, the input key now styles the actual <chakra.input /> element and there is a new key, inputContainer, that styles the surrounding Box. Both functions use the state argument for the original input key.

There are also two extra style keys for the icons contained within the indicators that are not offered in the original package. These are downChevron which is contained inside the DropdownIndicator, and the crossIcon which is contained inside the ClearIndicator. Both styles receive the same state values as their containing indicators. These style keys were added as a convenience, however you could also apply the same styles using the parent chakraStyles by doing something like this:

const chakraStyles = {
  dropdownIndicator: (prev, { selectProps }) => ({
    ...prev,
    "> svg": {
      transform: `rotate(${selectProps.menuIsOpen ? -180 : 0}deg)`,
    },
  }),
};

Additionally, there is one key that is available in the styles prop that does not exist in the chakraStyles object; menuPortal. This key applies to the MenuPortal element which is only used when the menuPortalTarget prop is passed in. This component is replaceable, however, it is very tightly integrated with the menu placement logic (and a context provider) so it appears to be impossible to fully replace it with a chakra component. And in turn, it can't pull a key from the chakraStyles prop. Therefore, if you are passing the menuPortalTarget prop and would like to change the styles of the MenuPortal component, you have two options:

1. Pass the original styles prop with the menuPortal key. This is the only key in the styles object that will be applied to your components.

return (
  <Select
    menuPortalTarget={document.body}
    styles={{
      menuPortal: (provided) => ({ ...provided, zIndex: 100 }),
    }}
    chakraStyles={{
      // All other component styles
    }}
  />
);

2. Pass the classNamePrefix prop as described below and style the MenuPortal with CSS using the className prefix__menu-portal.

// example.js
import "styles.css";

return (
  <Select
    menuPortalTarget={document.body}
    classNamePrefix="crs"
  />
);

/* styles.css */

.crs__menu-portal {
  z-index: 100;
}

If anyone has any suggestions for how to fully replace the MenuPortal component, please leave a comment on this issue or submit a pull request.

Dropdown menu attached to control example:

As mentioned above, a few of the custom components this package implements either use styles from the global Chakra component theme or are themselves those components. As this package pulls directly from your Chakra theme, any changes you make to those components' themes will propagate to the components in this package.

Here is a list of all components that will be affected by changes to your theme:

In addition to specific component styles, any changes you make to your global color scheme will also be reflected in these custom components.

This package implements the same classNames on the sub components as the original package so you can use these to style sub-components with CSS. Here is an excerpt from the react-select docs describing how it works:

If you provide the className prop to react-select, the SelectContainer will be given a className based on the provided value.

If you provide the classNamePrefix prop to react-select, all inner elements will be given a className with the provided prefix.

For example, given className='react-select-container' and classNamePrefix="react-select", the DOM structure is similar to this:

<div class="react-select-container">
  <div class="react-select__control">
    <div class="react-select__value-container">...</div>
    <div class="react-select__indicators">...</div>
  </div>
  <div class="react-select__menu">
    <div class="react-select__menu-list">
      <div class="react-select__option">...</div>
    </div>
  </div>
</div>

While we encourage you to use the new Styles API, you still have the option of styling via CSS classes. This ensures compatibility with styled components, CSS modules and other libraries.

Here is an example of using classNames to style the components:

This package has always supported typescript, however until v3.0.0 none of the type inference was working on the props passed into this component. Now that they are, you may need to pass in some generics for your component to be typed properly, but in most cases you shouldn't need to because their types should be inferred. Here is a snippet from the original documentation on the subject:

Select generics

There are three generics used by the Select component: Option, IsMulti, and Group. All of them are optional and TypeScript attempts to detect them automatically, but sometimes it might need some help. Many of the react-select types include the three generics like this:

— https://react-select.com/typescript

Read their full documentation on the topic for more info.

This package exports all of the named module members of the original react-select in case you need their built-in types in any of your variable declarations. The root select Props type that is exported by react-select has been extended using module augmentation,^[1][2] so if you import that type it will include all of the extra props offered. This package also exports a few custom types that are specific to the custom props offered by this package:

• ChakraStylesConfig<Option, IsMulti, Group> — The type for the prop chakraStyles that can be passed to customize the component styles. This is almost identical to the built-in StylesConfig type, however, it uses Chakra's SystemStyleObject type instead of react-select's emotion styles. It also has the same three generics as your Select component which would be required if you define your styles separately from your component.
• OptionBase — A type for your individual select options that includes the custom props for styling each of your selected options. This type is made to give you a base to extend off of and pass in as a generic to the root Select component.
• Each of the four Select components has a type exported with it:
  • SelectComponent
  • AsyncSelectComponent
  • CreatableSelectComponent
  • AsyncCreatableSelectComponent

Here is an example of how to pass in the proper generics to chakra-react-select:

import { GroupBase, OptionBase, Select } from "chakra-react-select";

/**
 * `OptionBase` is a custom type exported by this package meant to be extended
 * to make your custom option types. It includes all of the keys that can be
 * used by this package to customize the styles of your selected options
 *
 * ```
 * interface OptionBase {
 *   variant?: string;
 *   colorScheme?: string;
 *   isDisabled?: boolean;
 * };
 * ```
 */
interface ColorOption extends OptionBase {
  label: string;
  value: string;
}

const colorOptions = [
  {
    label: "Red",
    value: "red",
    colorScheme: "red", // This is allowed because of the key in the `OptionBase` type
  },
  {
    label: "Blue",
    value: "blue",
  }
]

function CustomMultiSelect() {
  return {
    <Select<ColorOption, true, GroupBase<ColorOption>> // <-- None of these generics should be required
      isMulti
      name="colors"
      options={colorOptions}
      placeholder="Select some colors..."
    />
  }
}

Like the original react-select, this package exports all of the custom components that make up the overall select. However, instead of being exported as components they are exported as chakraComponents to leave the original components export from react-select alone (you can export that as well if you'd like). When implementing this component, you have the option to wrap these components and alter their state and the children they return in the same way the original does.

It's important to note, however, that there are 3 components offered in the original react-select that are missing from chakraComponents. These are the CrossIcon, DownChevron, and MenuPortal. The MenuPortal could not be replaced at all as mentioned earlier, so if you'd like to customize it, use the original from the components import. The icons posed issues with prop compatibility when passing them into the core Select so the easiest way to replace them would be to use a custom DropdownIndicator or ClearIndicator and pass custom icons in as children:

import { CloseIcon, TriangleDownIcon } from "@chakra-ui/icons";
import { chakraComponents } from "chakra-react-select";

const components: SelectComponentsConfig<Option, true, GroupBase<Option>> = {
  ClearIndicator: (props) => (
    <chakraComponents.ClearIndicator {...props}>
      <CloseIcon />
    </chakraComponents.ClearIndicator>
  ),
  DropdownIndicator: (props) => (
    <chakraComponents.DropdownIndicator {...props}>
      <TriangleDownIcon />
    </chakraComponents.DropdownIndicator>
  ),
};

Here's a complete example of how you might use custom components to create a select with a custom Option:

import { Icon, TagLeftIcon } from "@chakra-ui/react";
import {
  type GroupBase,
  Select,
  type SelectComponentsConfig,
  chakraComponents,
} from "chakra-react-select";
import {
  GiCherry,
  GiChocolateBar,
  GiCoffeeBeans,
  GiStrawberry,
} from "react-icons/gi";

interface FlavorOption {
  label: string;
  value: string;
  Icon: React.FC;
  iconColor: string;
}

const flavorOptions: FlavorOption[] = [
  {
    value: "coffee",
    label: "Coffee",
    Icon: GiCoffeeBeans,
    iconColor: "orange.700",
  },
  {
    value: "chocolate",
    label: "Chocolate",
    Icon: GiChocolateBar,
    iconColor: "yellow.800",
  },
  {
    value: "strawberry",
    label: "Strawberry",
    Icon: GiStrawberry,
    iconColor: "red.500",
  },
  {
    value: "cherry",
    label: "Cherry",
    Icon: GiCherry,
    iconColor: "red.600",
  },
];

const customComponents: SelectComponentsConfig<
  FlavorOption,
  true,
  GroupBase<FlavorOption>
> = {
  Option: ({ children, ...props }) => (
    <chakraComponents.Option {...props}>
      <Icon
        as={props.data.Icon}
        color={props.data.iconColor}
        mr={2}
        h={5}
        w={5}
      />
      {children}
    </chakraComponents.Option>
  ),
  MultiValueContainer: ({ children, ...props }) => (
    <chakraComponents.MultiValueContainer {...props}>
      <TagLeftIcon as={props.data.Icon} color={props.data.iconColor} />
      {children}
    </chakraComponents.MultiValueContainer>
  ),
};

const App = () => (
  <Select
    isMulti
    name="flavors"
    options={flavorOptions}
    placeholder="Select some flavors..."
    components={customComponents}
  />
);

For most sub components, the styling can be easily accomplished using the chakraStyles prop. However, in the case of the LoadingIndicator there are a few props which do not directly correlate very well with styling props. To solve that problem, the chakraComponents.LoadingIndicator component can be passed a few extra props which are normally available on the Chakra UI Spinner. Here is an example demonstrating which extra props are offered:

import { AsyncSelect, chakraComponents } from "chakra-react-select";

// These are the defaults for each of the custom props
const asyncComponents = {
  LoadingIndicator: (props) => (
    <chakraComponents.LoadingIndicator
      // The color of the main line which makes up the spinner
      // This could be accomplished using `chakraStyles` but it is also available as a custom prop
      color="currentColor" // <-- This default's to your theme's text color (Light mode: gray.700 | Dark mode: whiteAlpha.900)
      // The color of the remaining space that makes up the spinner
      emptyColor="transparent"
      // The `size` prop on the Chakra spinner
      // Defaults to one size smaller than the Select's size
      spinnerSize="md"
      // A CSS <time> variable (s or ms) which determines the time it takes for the spinner to make one full rotation
      speed="0.45s"
      // A CSS size string representing the thickness of the spinner's line
      thickness="2px"
      // Don't forget to forward the props!
      {...props}
    />
  ),
};

const App = () => (
  <AsyncSelect
    isMulti
    name="colors"
    placeholder="Select some colors..."
    components={asyncComponents}
    loadOptions={(inputValue, callback) => {
      setTimeout(() => {
        const values = colorOptions.filter((i) =>
          i.label.toLowerCase().includes(inputValue.toLowerCase())
        );
        callback(values);
      }, 3000);
    }}
  />
);

Being a wrapper for react-select, all of the customizations done to react-select are passed in as props. There is a hook, useChakraSelectProps that handles merging any extra customizations from the end user with the customizations done by this package. In some cases you may simply want to use this hook to get the custom props and pass them into a react-select instance yourself.

To do so, simply import the hook from this package, and call it by passing in any extra custom props you'd like into it and spread it onto a base react-select component:

import { useState } from "react";
import { useChakraSelectProps } from "chakra-react-select";
import Select from "react-select";
import { options } from "./data";

const CustomSelect = () => {
  const [selectedOptions, setSelectedOptions] = useState([]);

  const selectProps = useChakraSelectProps({
    isMulti: true,
    value: selectedOptions,
    onChange: setSelectedOptions,
  });

  return <Select {...selectProps} />;
};

One example of how you might use this is to customize the component react-google-places-autocomplete, which is an autocomplete dropdown for Google Places that uses the AsyncSelect from react-select as it's core. Therefore, it accepts all of the same select props as the core react-select does meaning you can use the useChakraSelectProps hook to style it:

import { useState } from "react";
import { useChakraSelectProps } from "chakra-react-select";
import GooglePlacesAutocomplete from "react-google-places-autocomplete";

const GooglePlacesAutocomplete = () => {
  const [place, setPlace] = useState(null);

  const selectProps = useChakraSelectProps({
    value: place,
    onChange: setPlace,
  });

  return (
    <GooglePlacesAutocomplete
      apiKey="YOUR API KEY HERE"
      selectProps={selectProps}
    />
  );
};

export default GooglePlacesAutocomplete;

This section is a work in progress, check back soon for more examples

This package can be used with form controllers such as Formik or React Hook Form in the same way you would with the original React Select, and the quickest way to figure out how to do so would be to Google something along the lines of "react-select with formik/react-hook-form/etc" and replace the react-select component in those examples with a chakra-react-select component. However, here are a few examples to help you get started. If you'd like to see examples using other form providers, you can submit it as a Q&A discussion.

See this issue for some discussion about using this package with react-hook-form: #7

By default, react-hook-form uses uncontrolled components to reduced input renders however this only works for native HTML inputs. Because chakra-react-select is not a native HTML input, you'll need to use react-hook-form's Controller component or useController hook in order to keep the value(s) tracked in react-hook-form's state. Here are some examples using each:

See this discussion for some examples of using this package with formik: #111

• Vanilla JS: coming soon
• TypeScript: coming soon

• Vanilla JS: coming soon
• TypeScript: coming soon

• Vanilla JS: coming soon
• TypeScript: coming soon

There are some pretty interesting ways you can customize an instance of chakra-react-select, so here are a few examples of some of the more advanced customizations.

• Select in a Popover: https://stackblitz.com/edit/vitejs-vite-cf6hiq?file=src%2Fapp.tsx
• Drag to Reorder Tags Multi Select (WIP): https://stackblitz.com/edit/vitejs-vite-wykymv?file=src%2Fmulti-select-sort.tsx

When submitting a bug report, please include a minimum reproduction of your issue using one of these templates:

• React Vanilla JS Starter: https://codesandbox.io/s/chakra-react-select-vsvr0?file=/example.js
• React Typescript Starter: https://codesandbox.io/s/chakra-react-select-typescript-4sce1?file=/app.tsx
• Next.js Vanilla JS Starter: https://codesandbox.io/s/chakra-react-select-next-js-dtnsm?file=/pages/index.js
• Next.js Typescript Starter: https://codesandbox.io/s/chakra-react-select-next-js-typescript-kscuf?file=/pages/index.tsx

Recently, CodeSandbox severely limited their free tier, so this project has started to move away from it. Here are a couple StackBlitz templates you can use as an alternative.

• Vanilla JS Starter: https://stackblitz.com/edit/vitejs-vite-fatlrb?file=src%2Fapp.jsx
• TypeScript Starter: https://stackblitz.com/edit/vitejs-vite-evghcw?file=src%2Fapp.tsx