8+ Best Shadcn Time Pickers for Booking and Scheduling

Choosing a time picker for a React or Next.js application involves more than displaying hours and minutes. You may need to handle appointment slots, working hours, time ranges, keyboard input, or scheduling across different time zones. Building each interaction from scratch can add unnecessary work to your form logic and UI code.

Shadcn time picker components give you ready-to-use interfaces for these tasks while keeping the source code in your project. You can select a component that fits your requirements, install it through the shadcn CLI, and adjust its behavior to match your application.

In this guide, you'll explore different Shadcn time picker components, their practical use cases, and the situations where each option makes sense. The selection focuses on implementation needs, including booking flows, time range selection, keyboard-based input, and time zone handling.

The components are evaluated based on their intended use cases, interaction model, integration with React applications, and the amount of customization available in the source code.

What Is a Shadcn Time Picker?

A Shadcn time picker is a time selection interface built using shadcn/ui conventions and React components. It allows users to select a specific time through controls such as scrollable columns, selectable booking slots, steppers, or an analog clock interface.

Unlike a basic HTML time input, a custom time picker gives you more control over the interface, interaction behavior, and styling. You can choose a design that matches your application's existing forms, dialogs, popovers, and other UI elements.

Shadcn time pickers are useful when your application needs more than a simple hour and minute field. For example, a booking platform may need to display available appointments, while a scheduling application may need to calculate a time range or show equivalent times in different locations.

How Can Shadcn Time Picker Components Help Developers?

A time picker affects how users enter data, how your application validates it, and how the selected value reaches your business logic. Choosing the right component helps you keep these responsibilities organized.

• Reduce custom UI implementation: Start with an existing time selection interface instead of creating the controls, interactions, and styling from scratch.
• Connect time selection to React state: Store selected hours, minutes, and other required values in component state or your form state.
• Build booking and scheduling flows: Use selectable slots, time ranges, or steppers for appointments, reservations, and reminders.
• Keep the interface consistent: Apply your existing Tailwind CSS styles, theme variables, and design conventions to the component source.
• Choose the right interaction: Use scroll columns for direct selection, an analog clock for visual input, or a stepper for incremental changes.

The components are built around shadcn/ui, React, Next.js, Tailwind CSS, and Framer Motion, as applicable to the implementation. The collection includes options built for Radix UI and Base UI. Check the selected component's source code and installation requirements before adding it to your project.

All shadcn components are free, while availability can vary by component. Review the individual example and its access requirements before installation.

How to Install a Shadcn Time Picker

You can add a time picker through the shadcn CLI rather than installing an entire component library. The CLI copies the component source and any required dependencies into your project.

For example, install the Scroll Columns time picker using pnpm:

pnpm dlx shadcn@latest add @shadcn-space/time-picker-01

You can use the equivalent command with npm, yarn, or bun by following the CLI conventions supported by your project.

npx shadcn@latest add @shadcn-space/time-picker-01

yarn dlx shadcn@latest add @shadcn-space/time-picker-01

bunx --bun shadcn@latest add @shadcn-space/time-picker-01

After installation, inspect the generated files and dependencies. Then connect the selected time value to your form state, add validation, and define how the application should handle the value when the form is submitted.

Developer note: The commands above use the Scroll Columns registry identifier as an example. Confirm that the registry entry is accessible to your account and that the CLI version and package-manager syntax match your environment. Follow the individual component's installation instructions if its registry identifier differs.

Best Shadcn Time Picker Components and Examples

Each time picker serves a different interaction requirement. Compare the options below based on the type of data users need to select and how that value will be used by your application.

Scroll Columns

Scroll Columns lets users select hours and minutes through separate scrolling controls. It works well when a form needs a compact time field without presenting a full clock interface. You can connect the selected values to React state and format the final time for display or submission.

Use cases:

• Selecting a meeting start time in a scheduling form.
• Setting notification times in account preferences.
• Choosing opening or closing times in a business settings page.
• Configuring a recurring reminder.
• Entering a time in a compact mobile form.

Best for: Scheduling forms that need direct hour and minute selection.

Booking Slots

Booking Slots displays available appointment times as selectable options. Instead of asking users to construct a time manually, your interface can present the slots that your scheduling system allows them to book. This makes it suitable for reservation flows where availability and selection need to remain separate.

Use cases:

• Selecting appointment times for a healthcare booking system.
• Booking consultation sessions on a SaaS platform.
• Choosing service slots for a salon or repair business.
• Scheduling product demonstrations.
• Reserving meeting times from an availability list.

Best for: Appointment booking interfaces backed by an availability service.

For production use, generate the available slots from your backend or scheduling rules. The UI alone does not confirm that a slot remains available, so validate the selection again when the user submits the booking.

Ring Track

Ring Track provides a circular interface for selecting a time. Users interact with the clock-like track to choose hours and minutes, making the selection process more visual than a conventional input field. It can be useful when you want the time selection interaction to be a visible part of the form rather than a standard dropdown.

Use cases:

• Setting a daily alarm.
• Choosing a timer duration or target time.
• Configuring a reminder in a personal productivity app.
• Selecting a time in a kiosk interface.
• Building a visual scheduling control for a touch-oriented application.

Best for: Interfaces where visual time selection is more suitable than scrolling or typing.

When integrating this component, check how the selected hour, minute, and AM/PM period are represented in state. Keep the displayed value and the submitted value consistent.

Time Range

Time Range allows users to select a start time and an end time. This is useful when an application needs to represent a period rather than a single point in time. You can use the selected values to calculate duration, validate working hours, or define an availability window.

Use cases:

• Setting employee working hours.
• Defining business opening and closing times.
• Configuring availability for appointment booking.
• Creating event schedules with start and end times.
• Setting quiet hours for notifications.

Best for: Forms that collect a start and end time for the same scheduling period.

Add validation to prevent invalid ranges, such as an end time that occurs before the start time when overnight ranges are not allowed. If overnight scheduling is supported, make that behavior explicit in your application logic.

For related date selection, see the Shadcn Date Picker components.

Stepper

Stepper lets users adjust the selected time through incremental controls. Rather than scrolling through a list or interacting with a clock, users can increase or decrease the hour and minute values. This approach works well for reminders, recurring schedules, and settings where small changes are common.

Use cases:

• Adjusting a scheduled notification.
• Setting an alarm time.
• Configuring a daily task schedule.
• Updating a preferred meeting time.
• Changing a time value in an application settings panel.

Best for: Forms that need precise, incremental time adjustments.

Check the component's keyboard behavior, minimum and maximum values, and minute increment configuration. For example, a scheduling form may use 5-minute or 15-minute increments instead of allowing every possible minute.

Across Time Zones

Across Time Zones displays equivalent times in different locations. This is useful when users work across regions and need to understand how a selected meeting time maps to another location. The interface can present local time values side by side, making scheduling easier to review.

Use cases:

• Scheduling meetings between distributed teams.
• Coordinating customer support shifts across regions.
• Planning webinars for international audiences.
• Displaying regional office schedules.
• Managing remote team availability.

Best for: Scheduling interfaces that compare local times across multiple regions.

Time zone handling requires more than adding or subtracting a fixed number of hours. Use named time zones such as Asia/Kolkata or America/New_York when converting dates and times, because daylight saving time can change the offset. For a production application, verify how the component handles the selected date, time zone identifiers, and date boundaries.

Analog Clock Popover

Analog Clock Popover presents a clock interface inside a popover. Users can open the control when they need to select a time and close it after making their choice. This keeps the main form compact while providing a dedicated time selection interface.

Use cases:

• Choosing a meeting time from a form.
• Setting reminders in a task management application.
• Selecting a scheduled notification time.
• Configuring an event time without leaving the current page.
• Adding time selection to a compact settings panel.

Best for: Forms that need a clock interface without permanently occupying screen space.

Test how the popover opens, closes, and returns focus to its trigger. If the picker is used inside a larger form, make sure opening or selecting a time does not accidentally submit the form.

For related interface controls, explore Shadcn Popover components.

Analog Clock Dialog

Analog Clock Dialog places the clock interface inside a dialog. Unlike a popover, a dialog gives the time selection task a more prominent, focused interaction area. This is useful when choosing a time is an important step in a workflow or when the form needs explicit confirmation before applying the selection.

Use cases:

• Setting an alarm in a dedicated modal.
• Choosing an event time during event creation.
• Configuring a scheduled task.
• Updating a reminder in a focused editing flow.
• Selecting a time in a multi-step setup process.

Best for: Workflows where time selection needs a dedicated confirmation step.

Check the dialog's focus management, dismissal behavior, and confirmation logic. The selected time should not be saved prematurely if your application expects users to confirm or cancel their changes.

For related dialog implementations, see the Shadcn Dialog components.

Developer Checklist Before Using a Time Picker

A time picker may look like a small UI element, but incorrect time handling can cause scheduling errors. Review these implementation details before using one in production.

• Choose a suitable value format: Decide whether your application stores a local time string, a timestamp, or a date-time value.
• Define the time format: Specify whether the interface uses 12-hour time with AM/PM or 24-hour time.
• Validate user input: Check required fields, valid hours and minutes, and any permitted time ranges.
• Set the minute interval: Define whether users can select every minute or only fixed intervals such as 5, 15, or 30 minutes.
• Handle time zones correctly: Use named time zones when converting scheduled events between locations.
• Check keyboard interaction: Verify that users can operate the control without relying exclusively on a pointer.
• Connect form state: Make sure the selected value is available to your form validation and submission logic.
• Test edge cases: Check midnight, noon, overnight ranges, daylight saving transitions, and invalid or unavailable booking slots where applicable.
• Verify component dependencies: Inspect the generated source code and confirm that the required Radix UI or Base UI primitives are compatible with your project.

Frequently Asked Questions

How do you add a Shadcn time picker to a React or Next.js project using the CLI?

Run the shadcn CLI command for the selected time picker, such as pnpm dlx shadcn@latest add @shadcn-space/time-picker-01. The CLI adds the component source and resolves its registry dependencies. After installation, connect the component to React state or your form library, validate the selected value, and test the interaction in your application.

How should you handle time zones in a Shadcn time picker for a Next.js scheduling application?

Store or transmit a clearly defined time value and use an explicit IANA time zone when a scheduled event depends on a particular location. For events representing an exact moment, store a timestamp or ISO date-time with an offset, while retaining the intended time zone when needed for future local schedules. Validate daylight saving transitions and convert the value for display in the user's selected location.

Which Shadcn time picker is best for appointment booking, time ranges, and recurring reminders?

Choose Booking Slots when users need to select from available appointments, Time Range when they need to define a start and end time, and Stepper or Scroll Columns when they need to configure a reminder or scheduled time. Use Across Time Zones for international scheduling and an analog clock interface when visual selection better fits the workflow. The right choice depends on the data being collected and the validation rules required by your application.

Conclusion

Shadcn time picker components give you several ways to handle time selection in React and Next.js applications. Scroll Columns and Stepper work for direct time entry, Booking Slots supports appointment selection, Time Range handles scheduling periods, and Across Time Zones helps coordinate events between locations. Analog Clock Popover and Analog Clock Dialog provide visual alternatives for different interaction flows.

Before choosing a component, consider your form state, time format, validation rules, keyboard behavior, and time zone requirements. These details matter more than the visual appearance alone, particularly when a selected time affects bookings, reminders, or scheduled tasks.

The components follow shadcn/ui's source-code approach and include implementations built with Radix UI and Base UI. You can install the selected component through the shadcn CLI using pnpm, npm, yarn, or bun, subject to the package manager's supported syntax and the component's registry requirements. Start with the time picker examples, select the interaction that fits your use case, and test its behavior against your application's scheduling rules before shipping it.