Best React Scheduler Components from DHTMLX, Bryntum, Syncfusion, DayPilot, and FullCalendar

A scheduling calendar based on ready-made UI components like React Scheduler remains one of the most requested features in modern web apps, especially in project management, resource planning, and appointment scheduling solutions. It helps teams visualize events and workloads across a timeline and manage resources efficiently. Building such a feature from scratch in React can be complex, which is why many developers rely on ready-made React Scheduler libraries.

According to our observations, many developers currently struggle to find the right Scheduler component for the React environment. For many years now, React has been recognized as a top choice among frontend frameworks. There are many reasons for that, including React’s robust performance, component-based architecture, scalability, and strong community support.

In this article, we provide an overview of the most notable React Scheduler components available today. Before we start, it should be noted that all scheduling tools included in this article are wrappers built around mature JavaScript schedulers. This way, you get a stable, feature-packed, and React-ready Scheduler. However, not every wrapper can offer the required high level of React integration, which usually affects the final choice. Let’s get to it!

DHTMLX React Scheduler

DHTMLX React Scheduler is the latest addition to the well-known family of DHTMLX components for project management apps. Despite its recent debut, this tool comes ready to use for various React scheduling scenarios. This React-friendly component incorporates all the best from the company’s long-lasting experience in web scheduling and modern approaches to app delivery in React. It supports the latest React versions (v18 and higher) and embraces common React concepts such as props, state, and reusable components.

Key strengths and distinguishing points:

• Intuitive and consistent API design. DHTMLX Scheduler for React exposes a developer-friendly API with a consistent and well-documented structure of methods, properties, and events. It significantly reduces the learning curve and simplifies usage in real-world scenarios.
• Declarative data handling with high configurability. Following React declarative principles, DHTMLX Scheduler allows you to pass events, views, markers, etc. as props, ensuring that any changes in your app are instantly displayed in the UI. Props also give access to the underlying configuration settings, letting you dynamically adapt the component to project needs by customizing templates, enabling or disabling plugins.
• Advanced scheduling logic. When it comes to complex scheduling scenarios, you can count on 10 customizable views (including Timeline, Resource, Agenda, Map, etc.), event recurrence, multisection events, and other powerful features using the full Scheduler API.
• Deep customization. High customizability has always been one of DHTMLX’s strongest points. The React Scheduler follows this course, allowing you to fully personalize the interface using custom React components. You can redefine the appearance and behavior of any default UI item. For instance, it is possible to add a React-based modal instead of a standard edit form (Lightbox).
• Flexible styling. Built-in customizable themes (Terrace (default), Dark, Material, Flat, Contrast Black, Contrast White) help easily specify the overall appearance of the scheduling calendar, while CSS variables serve for granular adjustments. On top of that, you can benefit from the compatibility with Material UI, which is widely used for dealing with styling issues in React projects.

DHTMLX React Scheduler fits naturally into the modern React ecosystem. It works smoothly with TypeScript, JSX/TSX extensions, Redux, and SSR frameworks (such as Next.js and Remix). These technologies are widely used with React, ensuring enhanced performance, code readability, maintainability, predictable state management, and scalability in scheduling apps.

The React Scheduler is easily installed via the npm package. The well-structured documentation and the starter project on GitHub make it much easier to master the component for real projects.

Licensing and pricing options:

• Commercial ($1299) for 5 devs
• Enterprise ($2899) for 20 devs
• Ultimate ($5799) for any number of devs

All licenses are perpetual and purchased via a one-time payment. No deployment fees required. The licenses allow using the component in commercial and noncommercial projects and include 1 year of tech support (support extension is optional). Enterprise and Ultimate licenses allow you to use DHTMLX Scheduler in SaaS apps with an unlimited number of end-users. Startups can purchase DHTMLX React Scheduler with a 70% discount.

With its developer-friendly API, deep customization, and flexible licensing terms, DHTMLX React Scheduler stands out as one of the most capable scheduling components available for React today.

Best for:

React teams looking for a highly customizable, enterprise-grade Scheduler with a native React feel and extensive view options.

Bryntum React Scheduler

Bryntum provides an official React wrapper over the core JavaScript Scheduler library with full access to its API. The wrapper encapsulates the JS component and exposes its properties, configuration options, features, and events as standard React props. Thus, the wrapped Bryntum Scheduler can be used in a familiar React way, taking advantage of reusable components, JSX syntax, and the Redux toolkit.

Key strengths and distinguishing points:

• Powered by Bryntum Grid. The Scheduler UI is built upon Bryntum Grid. Therefore, numerous Grid features for presenting and manipulating data are available for the Scheduler component as well. Scheduler inherits Grid’s rendering architecture and performance-oriented techniques like infinite scrolling of large datasets. If needed, it is also easy to complement your scheduler instance with extra grids.
• Focus on a smooth and intuitive experience. The component is notable for a smooth user experience and animated UI updates.
• Flexible time scale configuration. Bryntum Scheduler allows specifying up to three header rows on the time axis, ensuring a more detailed and hierarchical time representation. The component also supports zooming from milliseconds to years, global time ranges, and date indicators.
• Enhanced resource management. Bryntum Scheduler has a strong focus on working with resources, providing a range of features for displaying and managing resources, such as multi-summary rows, resource time ranges, and histogram summaries.
• Notable scheduling features. Apart from common and resource-oriented capabilities, the component also offers a pack of remarkable features for a more convenient scheduling experience. For instance, you can add task dependencies, summaries, milestones, and undo/redo.

Bryntum provides the documentation and live examples dedicated to facilitating the practical use of this wrapper in React projects.

Licensing and pricing options:

Bryntum has separate offers for commercial and noncommercial use of its React Scheduler. For noncommercial projects, you’ll need one of the following licenses:

• Small Teams ($2040 for 3 developers)
• Large Teams ($6000 for 10 developers)

For commercial apps, a subscription-based OEM license is required, the price of which is available upon request. One license is assigned to a particular person and cannot be reassigned unless you purchase a floating license (extra fee).

Best for:

Complex enterprise projects that need strong grid-based performance and detailed resource management.

Syncfusion React Scheduler

Syncfusion is well-known across development communities for its large ecosystem of UI controls designed to facilitate cross-platform development. So they just couldn’t pass by such a highly demanded functionality for a top front-end framework. Not surprisingly, there is Syncfusion React Scheduler, which is included in a large package of UI controls based on Syncfusion’s JavaScript engine and adapted for React.

Key strengths and distinguishing points:

• Multiple variations of Timeline view. Syncfusion complements common views in its React component with 5 preconfigured Timeline view variations (Timeline Day, Timeline Week, Timeline Work Week, Timeline Month, Timeline Year). The Timeline Year view also has vertical and horizontal orientations, giving extra flexibility for long-term planning.
• Variety of calendar-specific features. Syncfusion React Scheduler allows adding custom workdays, setting custom start and end hours for events, specifying a particular timezone, and using two calendar modes (Gregorian and Islamic).
• State persistence. Syncfusion React Scheduler supports the state persistence feature aimed at maintaining the user context across sections. It automatically saves the current UI state (active view, selected date, scroll position) in the browser’s local storage, and restores it after reloading or revisiting the page.
• Theming and design system support. In addition to multiple built-in themes (Fluent, Tailwind CSS, Bootstrap, Material, Fabric, etc,), Syncfusion also offers the online Theme Studio tool for custom styling. With this option at hand, you get an easy way to modify Syncfusion themes and adjust them to project needs.
• Essential UI Kit for React. It is a free collection of pre-built UI blocks (layouts, charts, authentication, etc.) designed to speed up the delivery of web apps in React. These UI blocks seamlessly integrate with Syncfusion UI controls for React, including Scheduler. These UI blocks will help extend your scheduling solution with additional functionality, such as dashboards or analytics.

Syncfusion provides a range of learning resources (demos, documentation, and videos) that should contribute to faster learning of React Scheduler. Moreover, Syncfusion has several AI-powered tools (Code Studio, HelpBot, and Coding Assistant), which may be helpful in streamlining your experience with Syncfusion controls.

Licensing and pricing options:

All Syncfusion controls are distributed in a UI component suite, with no single-control licenses. The commercial licenses are subscription-based. All prices are given on request.

Best for:

Developers who need not only a ready-made scheduling tool but also other UI controls that seamlessly integrate within a single app.

DayPilot React Scheduler

DayPilot provides a package (DayPilot Pro for JavaScript) of JavaScript UI components for implementing calendar and scheduling functionalities on a web page. The Scheduler component is one of the available options. It supports integration with React, so it can be embedded in React-based apps using familiar props and state management patterns.

Key strengths and distinguishing points:

• Extensive event-handling capabilities. DayPilot React allows specifying multievent operations (moving, resizing, selecting), limits for moving events, joint events (manipulated as one), and resizing validation to enhance the drag-and-drop experience. Also, it is possible to set types, phases, and versions of events, specify links between events, and add milestones.
• Flexible row management. Using DayPilot Scheduler, you can enable end-users to dynamically create, edit, and reorder rows, add various settings for row headers, and even freeze specific rows at the top or bottom of the timeline to keep relevant data always visible. These features provide a good foundation for productive resource management within a scheduling calendar.
• Optimized for heavy workloads. DayPilot claims that its Scheduler component will remain fast and responsive even when your projects include a large number of events and resources. This goal is achieved thanks to the support of progressive rendering, on-demand loading, partial updates, and other techniques that help UI work smoothly under various loads.
• Gantt and Timesheet views. DayPilot Scheduler provides two nonstandard views for visualizing scheduled events. The Gantt view illustrates each task in a separate row, with task progress and extra info on events in row header columns. The Timesheet view is suitable for time allocation analysis.
• Visual tools for fast prototyping. You have the opportunity to experiment with the UI of your future scheduling calendar using two online tools provided by DayPilot. The UI builder serves as a playground for trying various configuration settings for the Scheduler and downloading a pre-configured project for React. The Theme Designer complements it by enabling quick visual styling through an intuitive UI in real-time.

The Scheduler documentation includes short instructions on how to make its core JS Scheduler work in React. At the same time, there is a series of tutorials that will help you delve deeper into the peculiarities of this integration and the usage of various Scheduler features in React-based apps. DayPilot provides an overview of all features (+ live demos) for the JS version of Scheduler, but they are available for the React version as well.

DayPilot React Scheduler is available in two versions: Lite (open-source, standard feature set) and Pro (commercial, more functional).

Licensing and pricing options:

The Scheduler component can be obtained only in a package with other scheduling solutions from DayPilot. The DayPilot Lite version is open source and available under the Apache license. The DayPilot Pro version is offered in three different editions:

• Web (for internal usage within your company, from $649)
• SaaS (for projects provided as software as a service, from $1199)
• OEM (for commercial redistribution, from $1499)

Best for:

Teams seeking to balance flexibility and performance in scheduling, with an option to start using a free Light edition before scaling up.

FullCalendar React Scheduler

FullCalendar is one of the most established open-source JS scheduling libraries on the web. Its React version is an official wrapper over the FullCalendar core library designed to ensure seamless integration with modern React workflows. While the open-source edition suits well for basic scheduling apps, more complex use case scenarios will require the Premium edition, known as FullCalendar Scheduler. This paid version is compatible with React as well and offers additional plugins that open up a path toward building an app with more complex scheduling capabilities.

Key strengths and distinguishing points:

• Strong open-source foundation. This product gained recognition and popularity in the open-source world. For over a decade, its ecosystem has been evolving with the support of the active community, including over 120 contributors.
• Simplicity and configurability. FullCalendar combines both simplicity and extensive configurability. You can quickly set up a simple scheduling calendar on a web page, while numerous settings (300+) allow making necessary adjustments to its appearance and behavior.
• Modular architecture with a plugin system. FullCalendar is also known for its modular, plugin-based architecture. Therefore, only you decide which features should be added to its core from the collection of official and community-developed plugins. If you decide to go with FullCalendar Scheduler, you’ll be able to extend the core functionality with optimized printing, resource handling, and timeline scheduling options.
• Real-world interoperability. FullCalendar is known for its adaptability across frameworks and environments. It connects to third-party APIs (like Google Calendar or iCal) without much trouble. FullCalendar’s React component inherits this adaptability and fits well into modern React setups with Redux, Remix, Next.js, or TypeScript.

The FullCalendar documentation walks you through the details of using the library in your web app, from initializing a calendar to enriching it with premium plugins. Specifically for the React environment, you can find live integration samples with Redux, Next, Remix, etc. The active community provides a lot of useful insights on the practical application of FullCalendar via tutorials, GitHub discussions, and StackOverflow threads, thereby contributing to handling issues and extending functionality.

Licensing and pricing options:

FullCalendar with a standard set of plugins is available under the MIT license. To use the premium edition that unlocks advanced features, you’ll need to purchase a commercial license:

• Premium (from $480 per developer)
• OEM (custom pricing, available upon request)

The difference between these paid licenses lies in the code redistribution rules. The Premium license does not imply that your clients can edit the source code, while the OEM license allows source code editing.

Best for:

Scenarios with the focus on simplicity, strong community support, and seamless integration with third-party APIs.

Side-by-Side Feature Overview

Having explored the key capabilities and distinctive traits of each React Scheduler, we would like to draw attention to some aspects that are partially mentioned or not covered above, but may still be relevant for your React project. The table below provides a comparison of the top React Scheduler libraries across such parameters as available views, performance techniques, data binding, exporting options, localization, and accessibility support.

Now, you have a clearer picture of the functional capabilities of React components reviewed in this article and can assess whether they meet to your needs.

Conclusion

Today, React developers can choose from a variety of Scheduler components that help smoothly integrate scheduling functionalities into business apps with minimal time and effort. Each tool reviewed in this article has its own strengths, architectural peculiarities, and licensing models. But how to choose the right Scheduler for your React project? This article just gives a general picture of available options on the market, but the final choice depends on your specific needs and budget. The only advice we can give you here is to thoroughly test appealing products before making the final decision. The hands-on experience often turns out to be a missing piece to theoretical analysis, work with documentation, and inspection of live samples and demos. Testing will help you make the final step in the search and pick the right Scheduler for your React app.