This article compares five Angular calendar options using the criteria below.

• Installation and Angular integration.
• Resource scheduling and recurring events.
• Pricing and license tiers.
• Trade-offs that matter before production use.
• When Bryntum Calendar is the better fit.

Bryntum Calendar​

Bryntum Calendar is a full-featured scheduling component built by Bryntum. It ships a dedicated Angular wrapper, so it fits naturally into Angular projects without manual DOM manipulation. The Bryntum Calendar Angular quick start covers the full setup path.

Bryntum Calendar setup with Angular​

Bryntum packages are hosted on a private npm registry, so authentication is required before installing. Once authenticated, install the trial package and the Angular wrapper:

npm install @bryntum/calendar@npm:@bryntum/calendar-trial@7.3.0
npm install @bryntum/calendar-angular@7.3.0

Add the required stylesheets to angular.json. The order matters: Font Awesome base styles must come before the icon variant, and the theme file must come after the core calendar stylesheet.

"styles": [
    "node_modules/@bryntum/calendar/fontawesome/css/fontawesome.css",
    "node_modules/@bryntum/calendar/fontawesome/css/solid.css",
    "node_modules/@bryntum/calendar/calendar.css",
    "node_modules/@bryntum/calendar/svalbard-light.css"
]

Import BryntumCalendarModule in your app module:

import { NgModule } from '@angular/core';
import { BrowserModule } from '@angular/platform-browser';
import { BryntumCalendarModule } from '@bryntum/calendar-angular';
import { AppComponent } from './app.component';

@NgModule({
    declarations : [AppComponent],
    imports      : [BrowserModule, BryntumCalendarModule],
    bootstrap    : [AppComponent]
})
export class AppModule {}

Then create a calendar component. All configuration goes through a single CalendarConfig object, which keeps the template clean:

import { Component } from '@angular/core';
import { CalendarConfig } from '@bryntum/calendar';

@Component({
    selector : 'app-calendar',
    template : '<bryntum-calendar [config]="calendarConfig"></bryntum-calendar>',
    styles   : [':host { display: block; height: 100vh; }']
})
export class CalendarComponent {
    calendarConfig: Partial<CalendarConfig> = {
        date      : '2025-10-12',
        resources : [
          { id : 'bryntum', name : 'Bryntum team',     eventColor : 'blue' },
          { id : 'hotel',   name : 'Hotel Park',       eventColor : 'orange' },
          { id : 'michael', name : 'Michael Johnson', eventColor : 'deep-orange' }
        ],
        events    : [
          { id : 1, name : 'Hackathon 2025',                       startDate : '2025-10-11T14:00:00', endDate : '2025-10-18T12:00:00', allDay : true, resourceId : 'bryntum', eventColor : 'green' },
          { id : 2, name : 'Breakfast',                            startDate : '2025-10-12T09:00:00', endDate : '2025-10-12T10:00:00', resourceId : 'hotel' },
          { id : 3, name : 'Team Scrum',                           startDate : '2025-10-12T10:00:00', endDate : '2025-10-12T12:00:00', resourceId : 'bryntum' },
          { id : 4, name : 'Scheduler Grid introduction + review', startDate : '2025-10-12T12:00:00', endDate : '2025-10-12T14:00:00', resourceId : 'bryntum' }
        ]
    };
}

Bryntum Calendar gives Angular apps built-in resource scheduling​

Bryntum Calendar covers a full set of scheduling features.

• Day, week, month, year, and agenda views available out of the box without plugins.
• RFC 5545 RRULE recurring events so patterns like "every weekday" or "last Friday of the month" work without custom logic.
• Drag-and-drop for both moving and resizing events.
• Resource calendar view to display multiple calendars side by side, each with its own color.
• Event editor dialog for create and edit flows with built-in validation.
• Ten built-in themes, including dark mode variants.

Bryntum Calendar starts with a Small Team license​

Bryntum Calendar costs $680 per developer for the Small Team license, with a three-developer minimum and 12 months of updates. A free trial is available without a time limit, though a watermark appears.

Bryntum Calendar brings resource, recurrence, and editing features to Angular​

Bryntum Calendar stands out in five areas.

• Native Angular wrapper with a fully typed configuration API.
• RFC 5545 RRULE support for complex recurring event patterns.
• Resource calendar included at no extra cost.
• Ten themes, including dark mode, with the ability to create custom themes.
• Active support team and detailed documentation.

Bryntum Calendar adds cost and setup rules to Angular​

Two limitations apply when evaluating Bryntum Calendar.

• Commercial license required for production use.
• The private npm registry adds a one-time authentication step during setup.

FullCalendar​

FullCalendar is one of the most widely used open-source calendar libraries across the JavaScript ecosystem. Its Angular package wraps the core library in a component that accepts a configuration object.

FullCalendar setup with Angular plugins​

Install the Angular package along with the plugins you need:

npm install @fullcalendar/angular @fullcalendar/core @fullcalendar/daygrid @fullcalendar/timegrid @fullcalendar/list @fullcalendar/interaction @fullcalendar/rrule

Add FullCalendarModule to your app module imports:

import { FullCalendarModule } from '@fullcalendar/angular';
// add to imports array

Configure the calendar in your component:

import { Component } from '@angular/core';
import { CalendarOptions } from '@fullcalendar/core';
import dayGridPlugin from '@fullcalendar/daygrid';
import timeGridPlugin from '@fullcalendar/timegrid';
import listPlugin from '@fullcalendar/list';
import interactionPlugin from '@fullcalendar/interaction';
import rrulePlugin from '@fullcalendar/rrule';

@Component({
    selector : 'app-calendar',
    template : '<full-calendar [options]="calendarOptions"></full-calendar>'
})
export class CalendarComponent {
    calendarOptions: CalendarOptions = {
        plugins      : [dayGridPlugin, timeGridPlugin, listPlugin, interactionPlugin, rrulePlugin],
        initialView  : 'dayGridMonth',
        headerToolbar : { left : 'prev,next today', center : 'title', right : 'dayGridMonth,timeGridWeek,listWeek' },
        editable   : true,
        selectable : true,
        events     : [
            { title : 'Team standup', rrule : { freq : 'weekly', byweekday : ['mo','tu','we','th','fr'], dtstart : '2026-01-15T09:00:00' }, duration : '00:30' },
            { title : 'Sprint review', start : '2026-01-16T14:00:00', end : '2026-01-16T15:00:00' }
        ]
    };
}

FullCalendar keeps standard Angular calendars free​

FullCalendar covers day, week, month, and list views through its plugin system. Recurring events are handled via the @fullcalendar/rrule plugin, which follows the iCalendar RRULE format. Drag-and-drop and resize are provided by the @fullcalendar/interaction plugin. Resource views, which display events grouped by person, room, or asset, require the Premium package. Dark mode is not built in but can be achieved with custom CSS overrides.

FullCalendar works well for standard Angular calendars, but Bryntum Calendar is the better fit once resource scheduling becomes part of the product instead of a paid add-on.

FullCalendar resource views require a paid add-on​

The core FullCalendar library is MIT-licensed and free for all projects. The Premium package, which adds resource timeline and resource grid views, starts at $480 per year.

FullCalendar suits Angular teams that need a mature free core​

FullCalendar has four clear advantages.

• MIT license for the core library with no cost for most use cases.
• Large community and extensive documentation.
• Plugin architecture keeps the bundle lean when only specific features are needed.
• Angular integration follows standard Angular patterns.

FullCalendar needs plugins and CSS work for richer Angular apps​

Three limitations come with FullCalendar.

• Resource views require a paid premium license.
• Dark mode requires custom CSS overrides.
• The plugin system means more packages to manage compared to an all-in-one library.

Schedule-X​

Schedule-X takes a framework-agnostic, TypeScript-first core built around a plugin architecture and wraps it in framework-specific packages, including one for Angular.

Schedule-X setup with its Angular adapter​

npm install @schedule-x/angular @schedule-x/calendar @schedule-x/theme-default @schedule-x/event-recurrence

Import ScheduleXModule in your app module. Then create the calendar instance in your component:

import { Component } from '@angular/core';
import { createCalendar, createViewWeek, createViewMonthGrid } from '@schedule-x/calendar';
import { createEventRecurrencePlugin } from '@schedule-x/event-recurrence';
import '@schedule-x/theme-default/dist/index.css';

@Component({
    selector : 'app-calendar',
    template : '<sx-calendar [calendarApp]="calendar"></sx-calendar>'
})
export class CalendarComponent {
    calendar = createCalendar({
        views   : [createViewWeek(), createViewMonthGrid()],
        events  : [
            { id : '1', title : 'Team standup',  start : '2026-01-15 09:00', end : '2026-01-15 09:30' },
            { id : '2', title : 'Sprint review', start : '2026-01-16 14:00', end : '2026-01-16 15:00' }
        ],
        plugins : [createEventRecurrencePlugin()]
    });
}

Schedule-X gives Angular teams a TypeScript-first calendar core​

Schedule-X provides week and month grid views, with a day view and agenda view also available as plugins. Recurring events are handled through the recurrence plugin using the iCalendar RRULE format. Drag-and-drop is available as a separate plugin. Dark mode is supported through CSS custom properties that ship with the default theme. The library is written entirely in TypeScript, so type inference works well across the configuration API.

Schedule-X keeps the Angular setup lighter than Bryntum Calendar, but that smaller footprint comes with fewer built-in scheduling features.

Schedule-X keeps core views free and charges for Premium plugins​

Schedule-X core is MIT-licensed and free for commercial use. Premium plugins, including resource view, drag-and-drop, drag-to-create, and event forms, require a paid Schedule-X Premium license.

Schedule-X keeps lightweight Angular calendars simple​

Schedule-X suits TypeScript-first teams for four reasons.

• MIT license with no commercial restrictions.
• TypeScript-first design with strong type inference.
• Built-in dark mode support.
• Lightweight plugin architecture.

Schedule-X leaves resource scheduling to Premium plugins​

Three limitations restrict Schedule-X for some projects.

• No resource calendar view.
• Smaller community than FullCalendar.
• Fewer built-in view options than more mature libraries.

DHTMLX Scheduler​

DHTMLX Scheduler has a long track record as a JavaScript scheduling component. DHTMLX offers Angular integration guidance and a Scheduler for Angular product page, while the public dhtmlx-scheduler package still uses direct initialization with Angular lifecycle hooks.

DHTMLX Scheduler setup with Angular lifecycle hooks​

npm install dhtmlx-scheduler

The public package can be initialized directly against a DOM element inside ngAfterViewInit:

import { Component, AfterViewInit, ViewChild, ElementRef, OnDestroy } from '@angular/core';
import 'dhtmlx-scheduler/codebase/dhtmlxscheduler_material.css';
import scheduler from 'dhtmlx-scheduler';

@Component({
    selector : 'app-dhtmlx-calendar',
    template : '<div #container style="width:100%;height:100vh;"></div>'
})
export class DhtmlxCalendarComponent implements AfterViewInit, OnDestroy {
    @ViewChild('container') containerRef!: ElementRef;

    ngAfterViewInit(): void {
        scheduler.config.xml_date = '%Y-%m-%d %H:%i';
        scheduler.init(this.containerRef.nativeElement, new Date(2026, 0, 15), 'month');
        scheduler.parse([
            { id : 1, text : 'Team standup',  start_date : '2026-01-15 09:00', end_date : '2026-01-15 09:30' },
            { id : 2, text : 'Sprint review', start_date : '2026-01-16 14:00', end_date : '2026-01-16 15:00' }
        ]);
    }

    ngOnDestroy(): void { scheduler.destructor(); }
}

Note that direct DOM manipulation sits outside the Angular change detection cycle. Updates to the scheduler from Angular need to be applied through the DHTMLX API rather than through data bindings.

DHTMLX Scheduler suits Angular apps that can use imperative setup​

DHTMLX Scheduler offers day, week, and month views, plus a timeline view and mini-calendar. Recurring events are supported through an extension that follows the iCalendar RRULE standard. Drag-and-drop is built in. A resource timeline extension allows displaying events grouped by resource. The scheduler has been in active development for many years, which means it covers a wide range of edge cases.

DHTMLX Scheduler has a long feature history, but Bryntum Calendar fits Angular's component model more cleanly through its first-party wrapper.

DHTMLX Scheduler separates GPL use from paid PRO tiers​

DHTMLX Scheduler Standard is free for GPL-compatible open-source projects. Paid PRO licenses start with the Individual tier at $599, and DHTMLX lists Commercial, Enterprise, and Ultimate tiers for larger teams.

DHTMLX Scheduler brings mature views to Angular projects​

DHTMLX Scheduler has three notable strengths.

• Mature library with a long history of production use.
• Wide range of views including timeline and mini-calendar.
• Free for open-source GPL projects.

DHTMLX Scheduler creates Angular change detection friction​

Three drawbacks apply when using DHTMLX Scheduler in Angular.

• The public package uses manual DOM initialization in Angular.
• Direct DOM manipulation creates friction with Angular change detection.
• Commercial pricing varies and is difficult to compare at a glance.

Mobiscroll Event Calendar​

Mobiscroll Event Calendar ships a native Angular package and focuses on touch-friendly interactions that look polished on small screens without extra configuration.

Mobiscroll Event Calendar setup with Angular​

Configure the Mobiscroll private npm registry before installing the Angular package:

npm install @mobiscroll/angular

Add the stylesheet in angular.json:

"styles": [
    "node_modules/@mobiscroll/angular/dist/css/mobiscroll.min.css"
]

Import MbscModule in your app module, then configure the component:

import { Component } from '@angular/core';
import { MbscCalendarEvent } from '@mobiscroll/angular';

@Component({
    selector : 'app-calendar',
    template : `
        <mbsc-eventcalendar [data]="events" [view]="myView" [dragToMove]="true" [dragToCreate]="true">
        </mbsc-eventcalendar>
    `
})
export class CalendarComponent {
    events: MbscCalendarEvent[] = [
        { id : 1, title : 'Team standup',  start : '2026-01-15T09:00:00', end : '2026-01-15T09:30:00', recurring : { repeat : 'weekly', weekDays : 'MO,TU,WE,TH,FR' } },
        { id : 2, title : 'Sprint review', start : '2026-01-16T14:00:00', end : '2026-01-16T15:00:00' }
    ];
    myView = { calendar : { type : 'week', popover : true } };
}

Mobiscroll Event Calendar focuses on mobile Angular scheduling​

Mobiscroll Event Calendar provides day, week, and month views, along with an agenda view and timeline view. Recurring events are configured through a simple object API rather than raw RRULE strings, which lowers the learning curve for common patterns. Drag-and-drop and resize are included with the dragToMove and dragToResize options. A resource calendar view is available through the scheduler component. Dark mode is available via a built-in theme option. The mobile-first design means touch interactions such as swipe-to-scroll and pinch-to-zoom work without extra setup.

Mobiscroll gives Angular teams stronger touch-first interactions, while Bryntum Calendar gives them a deeper scheduling model for resource calendars and recurring events.

Mobiscroll Event Calendar starts with an internal project license​

Mobiscroll Event Calendar starts at $995 for a single internal project as a perpetual license. The Complete internal project license starts at $1,955 and adds the full product set, source code, and priority support.

Mobiscroll Event Calendar gives Angular apps touch-first controls​

Mobiscroll Event Calendar is a strong fit for mobile-first Angular projects.

• Mobile-first design with polished touch interactions out of the box.
• Native Angular wrapper with data-binding support.
• Built-in dark mode.
• The Complete internal project license covers the full Mobiscroll product set.

Mobiscroll Event Calendar costs more for multi-project teams​

Three limitations apply before choosing Mobiscroll.

• Multi-project product teams need a higher tier or a SaaS license.
• The starting price is higher than some single-component alternatives.
• Resource calendar requires switching to the scheduler component rather than the event calendar component.

Which Angular calendar component should you choose?​

The table below compares the five libraries across the features that matter most for appointment-style calendar applications.

The table below maps common scenarios to the most appropriate option.

For applications centered on scheduling appointments, managing team calendars, or building any kind of day/week/month planner, Bryntum Calendar offers the most complete Angular-native solution. It handles resource views, RRULE recurring events, and dark mode without reaching for external plugins or workarounds, and the commercial license includes long-term support.

FullCalendar remains a strong choice when budget is the primary constraint and resource views are not required. Schedule-X is worth considering for TypeScript-first projects that want a lightweight foundation to build on. DHTMLX Scheduler suits teams that are comfortable with imperative DOM initialization and need a mature feature set. Mobiscroll Event Calendar stands out for teams building mobile-first Angular apps where touch interaction quality is non-negotiable.

The code samples above provide a working starting point for each library. Each library has detailed documentation covering data loading from APIs, custom event rendering, timezone handling, and accessibility considerations.

The comparison uses these criteria: installation, Angular integration, scheduling features, export support, pricing, and production trade-offs. Four of the five libraries ship native Angular wrappers. DHTMLX Gantt uses a container approach where you initialize the library inside ngAfterViewInit. If you are comparing libraries across frameworks rather than Angular specifically, see our article on the best JavaScript Gantt chart libraries for enterprise projects.

Bryntum Gantt​

Bryntum Gantt is a commercial JavaScript Gantt component built on ChronoGraph, an open-source reactive scheduling engine. When a predecessor task changes its duration, dependent tasks reschedule automatically, working-time calendars skip non-working days, and constraints interact the way they do in Microsoft Project. The left panel is built on Bryntum Grid, giving it full sorting, filtering, grouping, and column configuration without extra setup.

Getting started with Bryntum Gantt​

Install the trial package and the Angular wrapper:

npm install @bryntum/gantt@npm:@bryntum/gantt-trial@7.3.0
npm install @bryntum/gantt-angular@7.3.0

Add the required stylesheets to the styles array in angular.json, in this order:

"node_modules/@bryntum/gantt/fontawesome/css/fontawesome.css",
"node_modules/@bryntum/gantt/fontawesome/css/solid.css",
"node_modules/@bryntum/gantt/gantt.css",
"node_modules/@bryntum/gantt/svalbard-light.css"

Import BryntumGanttModule in your AppModule:

// app.module.ts
import { BryntumGanttModule } from '@bryntum/gantt-angular';

@NgModule({
    imports : [BryntumGanttModule]
})
export class AppModule {}

Define the Gantt configuration in the component class:

// app.component.ts
import { Component } from '@angular/core';
import { BryntumGanttProps } from '@bryntum/gantt-angular';

@Component({
    selector    : 'app-root',
    templateUrl : './app.component.html'
})
export class AppComponent {
    ganttConfig : BryntumGanttProps = {
        columns : [
            { type : 'name',        width : 250 },
            { type : 'duration',    width : 80  },
            { type : 'percentdone', width : 60  }
        ],
        project : {
          startDate : '2025-01-14',
          tasks : [
              {
                  id : 1000, name : 'Launch SaaS Product', expanded : true, percentDone : 35.7,
                  children : [
                      { id : 11, name : 'Install Apache',      startDate : '2025-01-14', duration : 3, percentDone : 50 },
                      { id : 12, name : 'Configure firewall', startDate : '2025-01-14', duration : 3, percentDone : 50 },
                      { id : 15, name : 'Run tests',          startDate : '2025-01-21', duration : 2, percentDone : 0 }
                  ]
              }
          ],
          dependencies : [
              { fromTask : 11, toTask : 15, lag : 2 },
              { fromTask : 12, toTask : 15 }
          ]
        }
    };
}

Bind the configuration properties in the template:

<!-- app.component.html -->
<bryntum-gantt [columns]="ganttConfig.columns" [project]="ganttConfig.project"></bryntum-gantt>

Bryntum Gantt features​

Bryntum Gantt includes auto-scheduling via ChronoGraph, critical path analysis, resource management, baselines, split tasks, and undo/redo. Client-side export covers PDF, PNG, Excel, ICS, and MS Project XML without requiring a server-side export module. The library also supports importing MS Project and Primavera P6 files. Ten built-in themes and 45 locales are included in the base license. Bryntum ships an MCP server and a Claude Code skill, so AI coding agents can reference the API documentation directly during development.

Bryntum Gantt pricing​

The license costs $940 per developer as a perpetual license that includes 12 months of updates. After the update period, you keep the last version you received. A free 45-day trial is available at bryntum.com/download.

Pros of Bryntum Gantt​

• Native Angular wrapper ships with full TypeScript type definitions.
• The ChronoGraph scheduling engine handles all dependency recalculation, constraint resolution, and calendar-aware scheduling.
• All features (export, baselines, resource management, and critical path) are included in the base license without add-ons.
• Ten built-in themes cover most visual requirements without custom CSS.
• MCP server and Claude Code skill support AI-assisted development workflows.

Cons of Bryntum Gantt​

• No free tier beyond the 45-day trial.
• Higher per-developer entry cost compared to some alternatives.

DHTMLX Gantt​

DHTMLX Gantt is one of the oldest JavaScript Gantt libraries available. It offers a GPL Standard edition for open-source use and several commercial tiers for production applications. DHTMLX does not ship an official Angular wrapper, so Angular integration requires initializing the library against a DOM element inside ngAfterViewInit.

Getting started with DHTMLX Gantt​

Install the package from npm:

npm install dhtmlx-gantt@9.1.4

Create an Angular component that initializes DHTMLX Gantt against a container element:

import { Component, OnInit, OnDestroy, ElementRef, ViewChild, AfterViewInit } from '@angular/core';
import { gantt } from 'dhtmlx-gantt';

@Component({
    selector    : 'app-dhtmlx-gantt',
    template    : '<div #ganttContainer style="width:100%;height:500px;"></div>',
    styleUrls   : ['../node_modules/dhtmlx-gantt/codebase/dhtmlxgantt.css']
})
export class DhtmlxGanttComponent implements AfterViewInit, OnDestroy {
    @ViewChild('ganttContainer') ganttContainer!: ElementRef;

    ngAfterViewInit(): void {
        gantt.config.date_format = '%Y-%m-%d';
        gantt.init(this.ganttContainer.nativeElement);
        gantt.parse({
            data  : [
                { id : 1, text : 'Phase 1',      start_date : '2026-01-01', duration : 14, open : true },
                { id : 2, text : 'Requirements', start_date : '2026-01-01', duration : 5,  parent : 1  },
                { id : 3, text : 'Design',       start_date : '2026-01-08', duration : 8,  parent : 1  }
            ],
            links : [{ id : 1, source : 2, target : 3, type : '0' }]
        });
    }

    ngOnDestroy(): void {
        gantt.clearAll();
    }
}

DHTMLX Gantt features​

The Standard (GPL) edition includes drag-and-drop task editing, dependency links, zoom levels, and collapsible task trees. Auto-scheduling, critical path analysis, resource management, baselines, and split tasks are available in the Pro edition only.

DHTMLX Gantt pricing​

The Standard edition is free under the GPL license for open-source projects. Commercial licenses are per-developer perpetual: Individual at $699, Commercial at $1,399, Enterprise at $2,999, and Ultimate at $5,999.

Pros of DHTMLX Gantt​

• GPL Standard edition is genuinely free for open-source projects.
• Pricing is published and per-developer perpetual.
• Package is available on the public npm registry without authentication.

Cons of DHTMLX Gantt​

• No official Angular wrapper: you manage DOM initialization and teardown manually.
• The gantt export is a global singleton, which complicates running multiple Gantt instances on the same page.
• Advanced scheduling features (auto-scheduling, critical path, resource management) require the Pro edition.

Syncfusion Gantt​

Syncfusion Gantt ships as a first-party Angular component through the @syncfusion/ej2-angular-gantt package. It covers the full scheduling feature set, including auto-scheduling, critical path, baselines, split tasks, and resource management. It is available under a Community License for qualifying teams.

Getting started with Syncfusion Gantt​

Install the package:

npm install @syncfusion/ej2-angular-gantt@33.2.4

Register the license key and import GanttModule in AppModule:

// app.module.ts
import { GanttModule } from '@syncfusion/ej2-angular-gantt';
import { registerLicense } from '@syncfusion/ej2-base';

registerLicense('your-license-key-here');

@NgModule({ imports: [GanttModule] })
export class AppModule {}

Define the data source and task field mapping in the component:

// app.component.ts
import { Component } from '@angular/core';

@Component({
    selector    : 'app-root',
    templateUrl : './app.component.html'
})
export class AppComponent {
    data = [
        {
            TaskID : 1, TaskName : 'Phase 1',
            subtasks : [
                { TaskID : 2, TaskName : 'Requirements', StartDate : new Date('2026-01-01'), Duration : 5, Progress : 100 },
                { TaskID : 3, TaskName : 'Design',       StartDate : new Date('2026-01-08'), Duration : 8, Progress : 20, Predecessor : '2' }
            ]
        }
    ];

    taskFields = {
        id         : 'TaskID',
        name       : 'TaskName',
        startDate  : 'StartDate',
        duration   : 'Duration',
        progress   : 'Progress',
        dependency : 'Predecessor',
        child      : 'subtasks'
    };
}

Render the component in the template:

<!-- app.component.html -->
<ejs-gantt [dataSource]="data" [taskFields]="taskFields" height="100%">
</ejs-gantt>

Syncfusion requires multiple stylesheet imports in angular.json. Add the following to the styles array:

"node_modules/@syncfusion/ej2-base/styles/material.css",
"node_modules/@syncfusion/ej2-buttons/styles/material.css",
"node_modules/@syncfusion/ej2-calendars/styles/material.css",
"node_modules/@syncfusion/ej2-dropdowns/styles/material.css",
"node_modules/@syncfusion/ej2-inputs/styles/material.css",
"node_modules/@syncfusion/ej2-navigations/styles/material.css",
"node_modules/@syncfusion/ej2-popups/styles/material.css",
"node_modules/@syncfusion/ej2-richtexteditor/styles/material.css",
"node_modules/@syncfusion/ej2-treegrid/styles/material.css",
"node_modules/@syncfusion/ej2-grids/styles/material.css",
"node_modules/@syncfusion/ej2-gantt/styles/material.css"

Syncfusion Gantt features​

Syncfusion Gantt includes auto-scheduling, critical path analysis, baselines, split tasks, resource management, undo/redo, and export. The feature set is comparable to Bryntum Gantt in breadth.

Syncfusion Gantt pricing​

The Community License is free for organizations with annual gross revenue under $1 million, five or fewer developers, and 10 or fewer total employees. Commercial licensing is quote-based. The Community License covers the full feature set with no feature restrictions.

Pros of Syncfusion Gantt​

• Native Angular component with first-party support.
• Community License covers all features at no cost for qualifying teams.
• Comprehensive feature set including auto-scheduling, baselines, and export.

Cons of Syncfusion Gantt​

• The setup requires importing 11 separate CSS files from different packages.
• Commercial pricing is not publicly listed.
• MCP servers are stdio-only, which limits integration with some AI tooling.

DayPilot Gantt​

DayPilot Pro provides a native Angular Gantt component through the daypilot-pro-angular package. It covers dependency links, drag-and-drop scheduling, and task completion tracking. The package is distributed after purchasing a DayPilot Pro license and is not available on the public npm registry.

Getting started with DayPilot Gantt​

After obtaining a license, install the package:

npm install daypilot-pro-angular

Import DayPilotModule in AppModule:

// app.module.ts
import { DayPilotModule } from 'daypilot-pro-angular';

@NgModule({ imports: [DayPilotModule] })
export class AppModule {}

Configure the Gantt in the component:

// app.component.ts
import { Component, ViewChild } from '@angular/core';
import { DayPilotGanttComponent } from 'daypilot-pro-angular';

@Component({
    selector    : 'app-root',
    template    : `<daypilot-gantt [config]="config"></daypilot-gantt>`
})
export class AppComponent {
    config = {
        startDate : '2026-01-01',
        days      : 30,
        tasks     : [
            { id : '1', start : '2026-01-01', end : '2026-01-15', text : 'Phase 1', completion : 50 },
            { id : '2', start : '2026-01-08', end : '2026-01-20', text : 'Design',  completion : 20 }
        ],
        links : [{ from : '1', to : '2' }]
    };
}

DayPilot Gantt features​

DayPilot Gantt supports dependency links, drag-and-drop task editing, task completion percentages, and a UI Builder for configuring the component visually. A 60-day trial is available. It does not include an auto-scheduling engine, so task dates do not recalculate automatically when dependencies change.

DayPilot Gantt pricing​

DayPilot Pro licenses start at $649 per developer as a perpetual license.

Pros of DayPilot Gantt​

• Native Angular component.
• UI Builder lets you configure the Gantt visually and export the resulting configuration.
• 60-day trial period.

Cons of DayPilot Gantt​

• No auto-scheduling engine: dependent task dates must be managed manually.
• Feature set is narrower than Bryntum Gantt or Syncfusion Gantt.
• Package is not on the public npm registry.

ScheduleJS​

ScheduleJS is a commercial Gantt library from AISO SA that targets Angular exclusively and renders to HTML Canvas. It is the only Angular-native canvas-based Gantt in this comparison. Canvas rendering maintains performance at high activity counts where DOM-based rendering can slow down. The package is not published on the public npm registry and is distributed as a local file after purchase.

Getting started with ScheduleJS​

ScheduleJS requires a new Angular project created with SCSS:

ng new project-name --style=scss

Add the local package after obtaining it from AISO SA:

yarn add file:./local_modules/schedule

Import ScheduleModule and initialize the license in AppModule:

// app.module.ts
import { NgModule } from '@angular/core';
import { BrowserModule } from '@angular/platform-browser';
import { Locale as BaseLocaleEnUs } from '@js-joda/locale/dist/prebuilt/en-us';
import { LicenseManager, Locale, ScheduleModule } from 'schedule';
import { AppComponent } from './app.component';

@NgModule({
    declarations : [AppComponent],
    imports      : [BrowserModule, ScheduleModule],
    bootstrap    : [AppComponent]
})
export class AppModule {
    constructor() {
        Locale.updateDefault(BaseLocaleEnUs.US);
        LicenseManager.setLicenseFromKey('your-license-key-here');
    }
}

The package name is schedule, not schedulejs. LicenseManager.setLicenseFromKey() must run before any ScheduleJS component mounts. The data model uses class extension: activities and rows are defined by extending MutableActivityBase and Row subclasses rather than plain configuration objects.

ScheduleJS features​

ScheduleJS uses canvas rendering to display large numbers of activities without DOM overhead. It supports ActivityLink visualization for dependency display and integrates with Angular's component lifecycle. The library does not include auto-scheduling, critical path analysis, baselines, or export functionality.

ScheduleJS pricing​

Licenses start at 1,500 EUR per developer as a perpetual license per application.

Pros of ScheduleJS​

• Canvas rendering maintains performance when displaying very large numbers of activities.
• Native Angular lifecycle integration.

Cons of ScheduleJS​

• Angular-only: not usable in React, Vue, or plain JavaScript projects.
• No auto-scheduling engine, no critical path, no baselines, and no export.
• Package is distributed as a local file, not through a package registry.
• Starting price of 1,500 EUR per developer is among the highest in this comparison.

Conclusion​

The table below summarizes the key capabilities across all five libraries.

The table below maps common project requirements to the library best suited for each.

For most Angular teams building a project management interface, Bryntum Gantt and Syncfusion Gantt are the strongest choices because both ship native Angular wrappers and include a complete scheduling engine in the base product. Bryntum Gantt adds MCP server support and a Claude Code skill that make it well suited to teams using AI coding assistants. Syncfusion Gantt's Community License makes it the practical choice for smaller teams that qualify.

DHTMLX Gantt is the best option when the project is open-source and the GPL license fits. The lack of an official Angular wrapper is a real integration cost, but the public npm package and transparent pricing make it straightforward to evaluate. DayPilot is suitable when you need a native Angular component with a UI Builder and are not relying on automatic dependency scheduling. ScheduleJS serves a narrow use case: Angular-only projects that must render an unusually high number of activities on screen, where canvas rendering justifies the trade-offs in features and distribution.

Vendor naming is inconsistent. Bryntum calls this product a Scheduler, Mobiscroll calls it an Event Calendar with a timeline view, and Syncfusion calls it Schedule. For a framework-agnostic comparison, see our article on the best JavaScript scheduler components.

Each section covers installation, a working Angular code sample, features, pricing, and trade-offs. Four of the five libraries ship a native Angular wrapper. DHTMLX Scheduler uses a container approach where you initialize the library inside ngAfterViewInit rather than through a declarative component.

Bryntum Scheduler​

Bryntum Scheduler is a commercial JavaScript resource scheduler that ships a first-party Angular wrapper. It renders resources on rows and places event bars on a configurable time axis. The library includes 18 built-in view presets, virtual scrolling for large datasets, and an event editor out of the box. Bryntum Scheduler Pro extends the base product with a ChronoGraph scheduling engine that handles travel time between events and constraint-based scheduling.

Getting started with Bryntum Scheduler​

Install the trial package and the Angular wrapper:

npm install @bryntum/scheduler@npm:@bryntum/scheduler-trial@7.3.0
npm install @bryntum/scheduler-angular@7.3.0

Add the required stylesheets to the styles array in angular.json. CSS load order matters here: FontAwesome must come before the component stylesheet, and the theme file must come last.

"styles": [
    "node_modules/@bryntum/scheduler/fontawesome/css/fontawesome.css",
    "node_modules/@bryntum/scheduler/fontawesome/css/solid.css",
    "node_modules/@bryntum/scheduler/scheduler.css",
    "node_modules/@bryntum/scheduler/svalbard-light.css"
]

Import BryntumSchedulerModule in your AppModule:

// app.module.ts
import { NgModule } from '@angular/core';
import { BrowserModule } from '@angular/platform-browser';
import { BryntumSchedulerModule } from '@bryntum/scheduler-angular';
import { AppComponent } from './app.component';

@NgModule({
    declarations : [AppComponent],
    imports      : [BrowserModule, BryntumSchedulerModule],
    bootstrap    : [AppComponent]
})
export class AppModule {}

Define the scheduler configuration in the component class and bind it to the <bryntum-scheduler> element:

// scheduler.component.ts
import { Component } from '@angular/core';
import { SchedulerConfig } from '@bryntum/scheduler';

@Component({
    selector : 'app-scheduler',
    template : '<bryntum-scheduler [config]="schedulerConfig"></bryntum-scheduler>',
    styles   : [':host { display: block; height: 100vh; }']
})
export class SchedulerComponent {
    schedulerConfig: Partial<SchedulerConfig> = {
        startDate  : '2025-05-07',
        endDate    : '2025-05-26',
        viewPreset : 'hourAndDay',
        columns    : [{ text : 'Name', field : 'name', width : 130 }],
        resources  : [
          { id : 1,  name : 'Celia',          title : 'Sales' },
          { id : 11, name : 'Fancy law firm', eventColor : 'teal' },
          { id : 12, name : 'Small boutique', eventColor : 'blue' },
          { id : 13, name : 'Grocery store',  eventColor : 'lime' }
        ],
        events     : [
          { id : 1, resourceId : 1,  name : 'Busy',              startDate : '2025-05-07', endDate : '2025-05-09', eventColor : 'red' },
          { id : 2, resourceId : 11, name : 'Meeting',           startDate : '2025-05-07', endDate : '2025-05-09', location : 'clients office' },
          { id : 3, resourceId : 12, name : 'Phone',             startDate : '2025-05-07', endDate : '2025-05-08', location : 'office' },
          { id : 4, resourceId : 13, name : 'Suggested meeting', startDate : '2025-05-09', endDate : '2025-05-11', location : 'grocery store' }
        ]
    };
}

Bryntum Scheduler features​

Bryntum Scheduler supports multi-resource event assignments, event overlap detection, drag-and-drop resize, a built-in event editor, recurring events, resource grouping, and virtual scrolling. It ships 18 view presets (from minutes to years) and 10 built-in themes. Bryntum also provides an MCP server and a Claude Code skill so AI coding assistants can reference the API documentation directly during development. Scheduler Pro adds travel time between events and the ChronoGraph reactive scheduling engine.

Bryntum Scheduler pricing​

The small-team license costs $680 per developer as a perpetual license, with a three-developer minimum and 12 months of updates. After the update period, you retain the last version received. A trial is available via npm using the install command above.

Pros of Bryntum Scheduler​

• Native Angular wrapper with full TypeScript type definitions.
• 18 built-in view presets cover most time scales without custom configuration.
• Virtual scrolling maintains performance with large resource and event sets.
• MCP server and Claude Code skill support AI-assisted development workflows.
• All features are included in the base license without paid add-ons.

Cons of Bryntum Scheduler​

• No free tier beyond the npm trial.
• Per-developer pricing is higher than some alternatives in this list.

DHTMLX Scheduler​

DHTMLX Scheduler is a mature JavaScript calendar and scheduling library. It supports multiple calendar views and adds a Timeline view for resource scheduling. DHTMLX does not ship an official Angular wrapper, so Angular integration requires initializing the library against a DOM element inside ngAfterViewInit and cleaning up in ngOnDestroy.

Getting started with DHTMLX Scheduler​

Install the package from npm:

npm install dhtmlx-scheduler

Create an Angular component that initializes the DHTMLX Scheduler Timeline view against a container element:

// dhtmlx-scheduler.component.ts
import { Component, AfterViewInit, ViewChild, ElementRef, OnDestroy } from '@angular/core';
import 'dhtmlx-scheduler/codebase/dhtmlxscheduler_material.css';
import scheduler from 'dhtmlx-scheduler';

@Component({
    selector : 'app-dhtmlx-scheduler',
    template : '<div #container style="width:100%;height:100vh;"></div>'
})
export class DhtmlxSchedulerComponent implements AfterViewInit, OnDestroy {
    @ViewChild('container') containerRef!: ElementRef;

    ngAfterViewInit(): void {
        scheduler.config.xml_date = '%Y-%m-%d %H:%i';

        scheduler.createTimelineView({
            name       : 'timeline',
            x_unit     : 'hour',
            x_date     : '%H:%i',
            x_step     : 1,
            x_size     : 8,
            x_start    : 8,
            x_length   : 8,
            y_unit     : scheduler.serverList('people'),
            y_property : 'section_id',
            render     : 'bar'
        });

        scheduler.init(this.containerRef.nativeElement, new Date(2026, 0, 2), 'timeline');
        scheduler.serverList('people', [
            { key : '1', label : 'Alice' },
            { key : '2', label : 'Bob' }
        ]);
        scheduler.parse([
            { id : 1, text : 'Meeting', start_date : '2026-01-02 10:00', end_date : '2026-01-02 12:00', section_id : '1' },
            { id : 2, text : 'Workshop', start_date : '2026-01-04 09:00', end_date : '2026-01-04 17:00', section_id : '2' }
        ]);
    }

    ngOnDestroy(): void {
        scheduler.destructor();
    }
}

The Timeline view for resource scheduling requires the DHTMLX Scheduler PRO edition. The Standard edition does not include it.

DHTMLX Scheduler features​

DHTMLX Scheduler provides multiple calendar views (day, week, month, agenda), a Timeline view for resource scheduling (Pro), recurring events, and touch support. Because scheduler is a global singleton, running multiple scheduler instances on the same page requires careful management.

DHTMLX Scheduler pricing​

The Standard edition is free under the GPL license for open-source projects. Commercial PRO licenses are perpetual and range from $599 for an individual license to $3,999 for an enterprise license.

Pros of DHTMLX Scheduler​

• GPL Standard edition is free for open-source projects.
• Package is available on the public npm registry without authentication.
• Published pricing tiers make budgeting straightforward.

Cons of DHTMLX Scheduler​

• No official Angular wrapper: DOM initialization and teardown must be handled manually.
• The Timeline view for resource scheduling requires the PRO edition.
• The global singleton pattern complicates multiple-instance scenarios.

Syncfusion Schedule​

Syncfusion Schedule ships as a first-party Angular component through the @syncfusion/ej2-angular-schedule package. Timeline Day, Timeline Week, and Timeline Month views provide the resource scheduling layout. The component is available under a Community License for qualifying organizations.

Getting started with Syncfusion Schedule​

Install the package:

npm install @syncfusion/ej2-angular-schedule

Import ScheduleModule and register the required view services in AppModule:

// app.module.ts
import { NgModule } from '@angular/core';
import { BrowserModule } from '@angular/platform-browser';
import { ScheduleModule, TimelineViewsService, TimelineMonthService } from '@syncfusion/ej2-angular-schedule';
import { AppComponent } from './app.component';

@NgModule({
    declarations : [AppComponent],
    imports      : [BrowserModule, ScheduleModule],
    providers    : [TimelineViewsService, TimelineMonthService],
    bootstrap    : [AppComponent]
})
export class AppModule {}

Define the resource data and event data in the component, and register the Syncfusion license key before rendering:

// scheduler.component.ts
import { Component, OnInit } from '@angular/core';
import { registerLicense } from '@syncfusion/ej2-base';

registerLicense('YOUR_LICENSE_KEY');

@Component({
    selector : 'app-scheduler',
    template : `
        <ejs-schedule height="550px" [selectedDate]="selectedDate" [eventSettings]="eventSettings">
            <e-resources>
                <e-resource field="ResourceId" title="Resource" name="Resources"
                    [dataSource]="resourceData" textField="text" idField="id">
                </e-resource>
            </e-resources>
            <e-views>
                <e-view option="TimelineDay"></e-view>
                <e-view option="TimelineWeek"></e-view>
            </e-views>
        </ejs-schedule>
    `
})
export class SchedulerComponent implements OnInit {
    selectedDate = new Date(2026, 0, 2);
    resourceData = [
        { text : 'Alice', id : 1 },
        { text : 'Bob', id : 2 }
    ];
    eventSettings = {
        dataSource : [
            { Id : 1, Subject : 'Meeting', StartTime : new Date(2026, 0, 2, 10), EndTime : new Date(2026, 0, 2, 12), ResourceId : 1 },
            { Id : 2, Subject : 'Workshop', StartTime : new Date(2026, 0, 4, 9), EndTime : new Date(2026, 0, 4, 17), ResourceId : 2 }
        ]
    };

    ngOnInit(): void {}
}

Syncfusion requires multiple stylesheet imports. Add the following to the styles array in angular.json:

"styles": [
    "node_modules/@syncfusion/ej2-base/styles/material.css",
    "node_modules/@syncfusion/ej2-buttons/styles/material.css",
    "node_modules/@syncfusion/ej2-calendars/styles/material.css",
    "node_modules/@syncfusion/ej2-dropdowns/styles/material.css",
    "node_modules/@syncfusion/ej2-inputs/styles/material.css",
    "node_modules/@syncfusion/ej2-navigations/styles/material.css",
    "node_modules/@syncfusion/ej2-popups/styles/material.css",
    "node_modules/@syncfusion/ej2-angular-schedule/styles/material.css"
]

Syncfusion Schedule features​

Syncfusion Schedule includes Timeline Day, Timeline Week, and Timeline Month views, drag-and-drop event editing, recurring events, resource grouping, virtual scrolling, and export. The standard calendar views (Day, Week, Month) are also available alongside the timeline views.

Syncfusion Schedule pricing​

The Community License is free for organizations with annual gross revenue under $1 million and five or fewer developers. Commercial licensing is quote-based and not publicly listed.

Pros of Syncfusion Schedule​

• Native Angular component with first-party support.
• Community License covers all features at no cost for qualifying teams.
• Multiple timeline views (day, week, month) are included in the base package.

Cons of Syncfusion Schedule​

• Setup requires importing eight separate CSS files from different packages.
• Commercial pricing requires contacting Syncfusion for a quote.
• The license registration call must appear before any component renders.

DayPilot Scheduler Pro​

DayPilot Pro provides a native Angular scheduler component through the daypilot-pro-angular package. It renders resource rows on the Y-axis and a configurable time axis on the X-axis, with drag-and-drop event editing and a hierarchical resource tree. A DayPilot Lite version with limited features is freely available.

Getting started with DayPilot Scheduler Pro​

Install the package (distributed after purchasing a license):

npm install daypilot-pro-angular

Import DayPilotModule in AppModule:

// app.module.ts
import { NgModule } from '@angular/core';
import { BrowserModule } from '@angular/platform-browser';
import { DayPilotModule } from 'daypilot-pro-angular';
import { AppComponent } from './app.component';

@NgModule({
    declarations : [AppComponent],
    imports      : [BrowserModule, DayPilotModule],
    bootstrap    : [AppComponent]
})
export class AppModule {}

Configure the scheduler in the component class:

// scheduler.component.ts
import { Component } from '@angular/core';
import { DayPilot } from 'daypilot-pro-angular';

@Component({
    selector : 'app-scheduler',
    template : '<daypilot-scheduler [config]="config"></daypilot-scheduler>'
})
export class SchedulerComponent {
    config: DayPilot.SchedulerConfig = {
        startDate  : '2026-01-01',
        days       : 7,
        scale      : 'Hour',
        cellWidth  : 40,
        resources  : [
            { name : 'Alice', id : 'R1' },
            { name : 'Bob',   id : 'R2' }
        ],
        events     : [
            { id : 1, text : 'Meeting', start : '2026-01-02T10:00:00', end : '2026-01-02T12:00:00', resource : 'R1' },
            { id : 2, text : 'Workshop', start : '2026-01-04T09:00:00', end : '2026-01-04T17:00:00', resource : 'R2' }
        ]
    };
}

DayPilot Scheduler Pro features​

DayPilot Scheduler Pro supports resource rows, drag-and-drop event editing, a hierarchical resource tree, multi-day events, and event customization callbacks. It does not include a scheduling engine, so event dates do not recalculate automatically when dependencies change. A UI Builder lets you configure the component visually and export the resulting configuration code.

DayPilot Scheduler Pro pricing​

DayPilot Pro starts at $899 per developer as a perpetual license. A Lite version with limited features is free.

Pros of DayPilot Scheduler Pro​

• Native Angular component.
• Hierarchical resource tree is included without additional configuration.
• Lite version provides a free entry point for simple use cases.
• UI Builder reduces configuration time for common layouts.

Cons of DayPilot Scheduler Pro​

• No scheduling engine: dependent event dates must be managed in application code.
• Package is not on the public npm registry.
• Feature set is narrower than Bryntum Scheduler or Syncfusion Schedule.

Mobiscroll Event Calendar​

Mobiscroll Event Calendar is a commercial component suite that includes a timeline view for resource scheduling. Mobiscroll uses the "Event Calendar" name for what other vendors call a scheduler. The library is built with a mobile-first approach and is optimized for touch interaction and responsive layouts across desktop and mobile.

Getting started with Mobiscroll Event Calendar​

Install the package:

npm install @mobiscroll/angular

Import MbscModule in AppModule:

// app.module.ts
import { NgModule } from '@angular/core';
import { BrowserModule } from '@angular/platform-browser';
import { MbscModule } from '@mobiscroll/angular';
import { AppComponent } from './app.component';

@NgModule({
    declarations : [AppComponent],
    imports      : [BrowserModule, MbscModule],
    bootstrap    : [AppComponent]
})
export class AppModule {}

Define resources, events, and the view configuration in the component:

// scheduler.component.ts
import { Component } from '@angular/core';
import { MbscCalendarEvent, MbscResource } from '@mobiscroll/angular';

@Component({
    selector : 'app-scheduler',
    template : `
        <mbsc-eventcalendar [data]="myEvents" [resources]="myResources" [view]="myView">
        </mbsc-eventcalendar>
    `
})
export class SchedulerComponent {
    myResources: MbscResource[] = [
        { id : 1, name : 'Alice' },
        { id : 2, name : 'Bob' }
    ];
    myEvents: MbscCalendarEvent[] = [
        { id : 1, resource : 1, title : 'Meeting', start : '2026-01-02T10:00:00', end : '2026-01-02T12:00:00' },
        { id : 2, resource : 2, title : 'Workshop', start : '2026-01-04T09:00:00', end : '2026-01-04T17:00:00' }
    ];
    myView = { timeline : { type : 'week', eventList : false } };
}

Add the Mobiscroll stylesheet to angular.json:

"styles": ["node_modules/@mobiscroll/angular/dist/css/mobiscroll.min.css"]

Mobiscroll Event Calendar features​

Mobiscroll Event Calendar includes a timeline view, drag-and-drop event editing, recurring events, and responsive layouts. The library is mobile-first: it handles touch gestures and adapts the layout for small screens without additional configuration. Among the five options in this article, Mobiscroll provides the best out-of-the-box mobile experience.

Mobiscroll Event Calendar pricing​

Mobiscroll Event Calendar starts at $995 per internal project as a perpetual license. A trial is available on the Mobiscroll website.

Pros of Mobiscroll Event Calendar​

• Native Angular component.
• Best mobile and touch experience among the five options compared here.
• Single CSS import keeps the setup straightforward.
• Responsive layout adapts to different screen sizes without custom work.

Cons of Mobiscroll Event Calendar​

• SaaS and multi-customer product pricing requires a custom quote.
• Narrower feature set for resource scheduling compared to Bryntum Scheduler.
• No free tier beyond the trial.

Conclusion​

The table below summarizes the key capabilities across all five libraries.

The table below maps common project requirements to the library best suited for each.

For most Angular teams building a resource scheduling UI, Bryntum Scheduler and Syncfusion Schedule are the strongest choices. Both ship native Angular wrappers and include virtual scrolling, resource grouping, and recurring events. Bryntum Scheduler adds an MCP server and Claude Code skill that make it well suited to teams using AI coding assistants during development. The Syncfusion Community License makes it the practical choice for smaller teams that qualify under the revenue and headcount thresholds.

DHTMLX Scheduler is the best option when the project is open-source and the GPL license fits. The lack of an official Angular wrapper is a real integration cost, but the Timeline view covers the resource scheduling use case once you are on the PRO edition. DayPilot Scheduler Pro suits teams that need a native Angular component with a hierarchical resource tree and can accept the absence of a scheduling engine. Mobiscroll Event Calendar is the right choice when mobile and touch support are primary requirements: no other library in this comparison matches its responsive behavior and touch gesture handling out of the box.

FullCalendar becomes less attractive when resource views are required, because Bryntum Calendar includes that workflow in the base product instead of making it a Premium upgrade.

This article compares four FullCalendar alternatives for React using the criteria below.

• React integration quality.
• Resource scheduling and recurring event support.
• TypeScript fit.
• Pricing and license tiers.
• Where Bryntum Calendar is the strongest replacement for FullCalendar.

Bryntum Calendar​

Bryntum Calendar ships resource scheduling, drag-and-drop, recurring events, undo/redo, and 11 view types in a single package with a first-party React wrapper. The Bryntum Calendar React quick start covers the full setup path. For React teams that need resource calendaring without paying a premium unlock fee on top of the base license, it is the most complete option in this comparison.

Bryntum Calendar setup as a React replacement for FullCalendar​

Install the trial package from the public npm registry along with the React wrapper:

npm install @bryntum/calendar@npm:@bryntum/calendar-trial@7.3.0 @bryntum/calendar-react@7.3.0

Bryntum requires four CSS files imported in order. Add these to your main CSS file or index.js:

@import '@bryntum/calendar/fontawesome/css/fontawesome.css';
@import '@bryntum/calendar/fontawesome/css/solid.css';
@import '@bryntum/calendar/calendar.css';
@import '@bryntum/calendar/svalbard-light.css';

Then use the BryntumCalendar component in your app:

import { BryntumCalendar } from '@bryntum/calendar-react';

const resources = [
  { id : 'bryntum', name : 'Bryntum team',     eventColor : 'blue' },
  { id : 'hotel',   name : 'Hotel Park',       eventColor : 'orange' },
  { id : 'michael', name : 'Michael Johnson', eventColor : 'deep-orange' }
];

const events = [
  { id : 1, name : 'Hackathon 2025',                       startDate : '2025-10-11T14:00:00', endDate : '2025-10-18T12:00:00', allDay : true, resourceId : 'bryntum', eventColor : 'green' },
  { id : 2, name : 'Breakfast',                            startDate : '2025-10-12T09:00:00', endDate : '2025-10-12T10:00:00', resourceId : 'hotel' },
  { id : 3, name : 'Team Scrum',                           startDate : '2025-10-12T10:00:00', endDate : '2025-10-12T12:00:00', resourceId : 'bryntum' },
  { id : 4, name : 'Scheduler Grid introduction + review', startDate : '2025-10-12T12:00:00', endDate : '2025-10-12T14:00:00', resourceId : 'bryntum' }
];

const App = () => (
  <BryntumCalendar
    events={events}
    resources={resources}
    mode="week"
    date="2025-10-12"
  />
);

Bryntum Calendar removes the FullCalendar resource-view paywall​

Bryntum Calendar differs from FullCalendar in several important ways across the React integration, feature set, and developer experience.

• First-party React wrapper. The BryntumCalendar component gives React teams a supported component API while keeping the Bryntum scheduling engine underneath.
• Resource scheduling included in the base license. All resource views ship in the standard package, so Bryntum does not require a premium tier for resource views.
• Built-in TypeScript definitions. The library authors ship TypeScript types alongside the source, not as an afterthought, so autocomplete and type checking are consistent throughout.
• CSS variable theming. Bryntum ships 10 themes across five light/dark pairs, all switchable at runtime. FullCalendar offers limited theming without custom CSS work.
• No per-feature plugin wiring. Drag-and-drop, recurring events, and time zone support are available without installing and registering separate plugins for each feature.
• Larger bundle size. The uncompressed bundle exceeds 4 MB. Teams with strict load-time budgets should measure the impact early.

Bryntum Calendar starts with the Small Team license​

Bryntum Calendar costs $680 per developer for the Small Team license, with a three-developer minimum and 12 months of updates included. A free trial is available through the npm registry.

Bryntum Calendar includes the scheduling features FullCalendar paywalls​

Bryntum Calendar stands out as a FullCalendar alternative for three reasons.

• Native React component with full TypeScript support throughout the API.
• Resource scheduling, drag-and-drop, recurring events, and undo/redo are all included at no extra cost.
• Ten built-in themes covering light and dark appearances, switchable at runtime.

Bryntum Calendar costs more than FullCalendar's free core​

Three limitations apply when evaluating Bryntum Calendar.

• Commercial-only with no free or open source tier for any project type.
• CSS import order is strict and will break silently if the four files are not in the correct sequence.
• The uncompressed bundle size exceeds 4 MB, which requires early evaluation for performance-sensitive applications.

Schedule-X​

Schedule-X offers an MIT-licensed, TypeScript-first calendar with first-party React support via the @schedule-x/react adapter. Its free core is the lightest option in this comparison. The trade-off is a smaller free feature set, because resource scheduling and drag-and-drop require Schedule-X Premium.

Schedule-X setup as a lightweight React calendar​

Install the core packages from the public npm registry:

npm install @schedule-x/react @schedule-x/calendar @schedule-x/theme-default

Set up the calendar and render it with the ScheduleXCalendar component:

import { ScheduleXCalendar, useCalendarApp } from '@schedule-x/react';
import { createViewWeek, createViewMonthGrid, createViewDay } from '@schedule-x/calendar';
import '@schedule-x/theme-default/dist/index.css';

const App = () => {
  const calendar = useCalendarApp({
    views: [createViewDay(), createViewWeek(), createViewMonthGrid()],
    events: [
      { id: '1', title: 'Team Standup',    start: '2026-05-12 09:00', end: '2026-05-12 09:30' },
      { id: '2', title: 'Sprint Planning', start: '2026-05-12 10:00', end: '2026-05-12 12:00' },
      { id: '3', title: 'Design Review',   start: '2026-05-13 14:00', end: '2026-05-13 15:30' }
    ]
  });

  return <ScheduleXCalendar calendarApp={calendar} />;
};

Schedule-X trades FullCalendar maturity for a TypeScript-first core​

Schedule-X takes a different approach to FullCalendar in its architecture, licensing, and scope.

• MIT-licensed core. The MIT license covers the core with no watermark and no evaluation restriction, unlike FullCalendar where resource views require a paid upgrade.
• TypeScript-first from the ground up. The API integrates types from the ground up rather than bolting on declarations, giving a more consistent experience than the partial TypeScript coverage in FullCalendar.
• Lighter bundle. Schedule-X ships only what is imported, making it a good fit for apps where bundle size is a constraint.
• Resource scheduling is Premium. Schedule-X gates resource view behind Schedule-X Premium, while FullCalendar gates resource views behind FullCalendar Premium.
• Newer project with a smaller community. Schedule-X has less community documentation, fewer Stack Overflow answers, and a shorter issue history than FullCalendar.
• Fewer view types. Schedule-X covers day, week, month grid, and month agenda. FullCalendar adds list view and resource views (with Premium).

Schedule-X is a cleaner lightweight alternative to FullCalendar, while Bryntum Calendar is the stronger replacement when the React app needs resource scheduling and editing workflows.

Schedule-X keeps core React calendars free​

Schedule-X core is MIT-licensed and free. Premium plugins, including resource view, drag-and-drop, drag-to-create, and event forms, start at €479 per year for two to three developers or €999 for a lifetime license with one year of updates.

Schedule-X gives React teams a small calendar core​

Schedule-X has three advantages as a FullCalendar alternative.

• Free to use with no per-developer fees and no premium unlock required for core views.
• TypeScript-first API with consistent type safety throughout the library.
• Composable plugin architecture keeps the bundle small by default.

Schedule-X still charges for resource scheduling​

Three limitations make Schedule-X unsuitable for some projects.

• Resource scheduling requires Schedule-X Premium, which reduces its appeal as a free FullCalendar replacement.
• Newer project with a smaller community and less third-party documentation than FullCalendar.
• Fewer built-in view types and theming options compared to commercial alternatives.

Mobiscroll Event Calendar​

Mobiscroll Event Calendar targets mobile-first interaction with iOS, Material, and Windows themes and native-quality touch gestures. Resource scheduling is included without a premium upgrade. For teams building applications where mobile usability is a primary requirement, it offers a level of polish that FullCalendar does not match out of the box.

Mobiscroll Event Calendar setup with React​

Configure the Mobiscroll private npm registry before installing the React package:

npm install @mobiscroll/react

Import the CSS and use the Eventcalendar component:

import { Eventcalendar } from '@mobiscroll/react';
import '@mobiscroll/react/dist/css/mobiscroll.min.css';

const events = [
  { id: 1, title: 'Team Standup',    start: '2026-05-12T09:00', end: '2026-05-12T09:30' },
  { id: 2, title: 'Sprint Planning', start: '2026-05-12T10:00', end: '2026-05-12T12:00' },
  { id: 3, title: 'Design Review',   start: '2026-05-13T14:00', end: '2026-05-13T15:30' }
];

const App = () => (
  <Eventcalendar
    view={{ calendar: { type: 'month' } }}
    data={events}
    dragToMove
    dragToCreate
  />
);

Mobiscroll improves on FullCalendar's mobile interaction​

Mobiscroll takes a different position from FullCalendar in terms of mobile support, resource scheduling, and recurrence format.

• Mobile-first design. Mobiscroll ships platform-specific themes (iOS, Material, Windows) and touch interaction patterns tuned for small screens. FullCalendar requires custom work to match this on mobile.
• Built-in resource scheduling. The timeline and resource calendar views are part of the base package. FullCalendar requires a Premium upgrade for resource views.
• Native-quality touch gestures. Drag-to-create and drag-to-move are optimized for touch, not adapted from mouse interactions.
• Proprietary recurrence format. Mobiscroll uses its own object-based recurrence API rather than RFC 5545 RRULE strings, which can create interoperability issues when exchanging event data with other calendar systems.
• Per-project pricing. Mobiscroll starts at a perpetual internal project license, while FullCalendar Premium starts with annual pricing.
• No public npm install without authentication. Mobiscroll packages require private registry authentication before npm install works, which adds friction in CI/CD pipelines.

Mobiscroll solves FullCalendar's mobile limitations better than Bryntum Calendar, but Bryntum is the better replacement when scheduler depth matters more than touch-first UI.

Mobiscroll Event Calendar starts with an internal project license​

Mobiscroll Event Calendar starts at $995 for a single internal project as a perpetual license. The Complete internal project license starts at $1,955 and adds the full product set, source code, and priority support.

Mobiscroll Event Calendar gives React apps touch-first UX​

Mobiscroll is a strong FullCalendar alternative for mobile-first projects.

• Mobile-first with platform-specific themes (iOS, Material, Windows) and native touch gesture support.
• Resource scheduling is included without a premium upgrade.
• Drag-to-create and drag-to-move work reliably on both desktop and touch devices.

Mobiscroll Event Calendar adds private registry and project licensing​

Three limitations apply before choosing Mobiscroll.

• The internal project license is priced per project, so multi-project product teams need a higher tier or a SaaS license.
• The proprietary recurrence format does not use RFC 5545 RRULE strings, complicating data interoperability with other calendar systems.
• Private registry configuration may be required before installation, adding friction for CI/CD environments.

Syncfusion Schedule​

Syncfusion Schedule ships one of the largest view sets available: Day, Week, Work Week, Month, Agenda, Month Agenda, and Timeline variants including Timeline Day, Timeline Week, Timeline Work Week, and Timeline Month. The component is part of the Syncfusion Essential Studio suite and requires a license key before rendering. For enterprise teams that need an exhaustive range of built-in views and are already inside the Syncfusion product suite, it is the most feature-complete option in this comparison.

Syncfusion Schedule setup with React services​

Install the schedule package:

npm install @syncfusion/ej2-react-schedule

Syncfusion requires multiple CSS imports to cover all the component dependencies. Add these to your main CSS file or index.js:

@import '@syncfusion/ej2-base/styles/material.css';
@import '@syncfusion/ej2-buttons/styles/material.css';
@import '@syncfusion/ej2-calendars/styles/material.css';
@import '@syncfusion/ej2-dropdowns/styles/material.css';
@import '@syncfusion/ej2-inputs/styles/material.css';
@import '@syncfusion/ej2-lists/styles/material.css';
@import '@syncfusion/ej2-navigations/styles/material.css';
@import '@syncfusion/ej2-popups/styles/material.css';
@import '@syncfusion/ej2-splitbuttons/styles/material.css';
@import '@syncfusion/ej2-react-schedule/styles/material.css';

Register your license key before rendering, then use ScheduleComponent with injected view services:

import { registerLicense } from '@syncfusion/ej2-base';
import {
  ScheduleComponent,
  Day,
  Week,
  Month,
  Inject
} from '@syncfusion/ej2-react-schedule';

registerLicense('your-license-key');

const events = [
  { Id: 1, Subject: 'Team Standup',    StartTime: new Date(2026, 4, 12, 9, 0),  EndTime: new Date(2026, 4, 12, 9, 30) },
  { Id: 2, Subject: 'Sprint Planning', StartTime: new Date(2026, 4, 12, 10, 0), EndTime: new Date(2026, 4, 12, 12, 0) },
  { Id: 3, Subject: 'Design Review',   StartTime: new Date(2026, 4, 13, 14, 0), EndTime: new Date(2026, 4, 13, 15, 30) }
];

const App = () => (
  <ScheduleComponent
    selectedDate={new Date(2026, 4, 12)}
    eventSettings={{ dataSource: events }}
  >
    <Inject services={[Day, Week, Month]} />
  </ScheduleComponent>
);