Nager.Date Pricing: Current Plans and Cost Examples (2026)

Pricing overview

Nager.Date provides an API for accessing public holiday data across various countries and years. Its pricing structure is primarily subscription-based, with different tiers defined by the maximum number of API requests permitted per day. This model is designed to accommodate a range of users, from individual developers utilizing the free tier to businesses requiring high-volume access for integrating holiday logic into applications.

The service emphasizes predictable costs through its fixed monthly subscriptions, avoiding variable per-request charges that can complicate budgeting for developers. Each plan includes a specific daily request quota, and exceeding this quota typically results in rate limiting until the next daily cycle begins. The official Nager.Date homepage details the most current pricing information and terms of service.

While the core offering is straightforward—providing public holiday data—the pricing model reflects the operational costs associated with maintaining and scaling the API infrastructure, including data sourcing, server maintenance, and support. For developers integrating external services, understanding such pricing models is crucial for project planning and budget allocation, as highlighted by resources on cloud service pricing comparisons.

Plans and tiers

Nager.Date offers several subscription plans, each tailored to different usage volumes. These plans typically increase in cost proportionally with the daily request limit, providing a clear upgrade path for users whose needs grow. All paid plans generally include access to the same core API features, with the primary differentiator being the request volume.

The following table outlines the typical structure of Nager.Date's plans, based on information available on the Nager.Date website:

Each plan is billed monthly, and users can typically upgrade or downgrade their subscriptions as their requirements change. Specific details on features like retry policies, uptime guarantees, and data freshness are usually outlined in the service's terms and conditions or API documentation, which can be explored via the Nager.Date API reference.

Free tier and limits

Nager.Date offers a free tier that allows users to access its Public Holiday API without any monetary cost. This tier is designed to enable developers to evaluate the API, build prototypes, and support applications with very low request volumes. The primary limitation of the free tier is its daily request quota.

• Daily Request Limit: The free tier is capped at 500 requests per day. Once this limit is reached, subsequent requests within the same 24-hour period will typically receive an error response (e.g., HTTP 429 Too Many Requests) until the quota resets.
• Features: While limited in volume, the free tier generally provides access to the core functionality of the Public Holiday API, allowing users to retrieve holiday data for supported countries and years. This includes endpoints for fetching holidays by country code and year.
• Support: Support for free-tier users is typically community-driven or limited to basic documentation, contrasting with the dedicated email support offered with paid plans.
• Use Cases: The free tier is suitable for personal projects, academic research, small internal tools with infrequent holiday lookups, or initial development and testing phases of larger applications. For production environments requiring consistent and higher volume access, upgrading to a paid plan is recommended.

Developers often utilize free tiers from various API providers to minimize initial development costs and test integration feasibility. For example, many cloud providers offer free tiers for compute or database services, which can be beneficial for prototyping, as described in the AWS Free Tier documentation.

Real-world cost examples

To illustrate the potential costs associated with using Nager.Date, consider the following real-world scenarios:

Scenario 1: Small Internal Application

• Use Case: A small company develops an internal HR tool that needs to display public holidays for employees in two countries (e.g., Germany and USA). The tool is used by approximately 50 employees who check holidays a few times a week.
• Estimated Usage: If each employee checks holidays 3 times a week, and each check involves 2 API calls (one for each country), that's 50 users * 3 checks/week * 2 calls/check = 300 calls/week. Averaged daily, this is approximately 43 calls/day.
• Nager.Date Plan: The Free tier (500 requests/day) would be sufficient for this usage.
• Annual Cost: €0

Scenario 2: Medium-sized Event Planning Platform

• Use Case: An online event planning platform allows users to schedule events and needs to automatically identify and flag public holidays in the selected event location. The platform serves 1,000 active users, with an average of 10 holiday lookups per user per month.
• Estimated Usage: 1,000 users * 10 lookups/month = 10,000 calls/month. Averaged daily, this is approximately 333 calls/day. However, peak usage might occur, e.g., during the first week of a month, potentially pushing daily requests higher. To account for this and future growth, a buffer is advisable.
• Nager.Date Plan: While 333 calls/day could fit the Free tier, to accommodate peak usage and ensure reliability, the Small plan (10,000 requests/day) at €15/month would be a safer choice.
• Annual Cost: €15/month * 12 months = €180

Scenario 3: Global Travel Booking System

• Use Case: A large international travel booking system needs to display public holidays for various destinations during the booking process, impacting flight and hotel availability. The system processes 50,000 bookings daily, with each booking potentially triggering 2-3 holiday API calls for different legs of a journey or destination countries.
• Estimated Usage: 50,000 bookings/day * 2.5 calls/booking (average) = 125,000 calls/day.
• Nager.Date Plan: This volume significantly exceeds the Medium plan. The Large plan (200,000 requests/day) at €60/month would be appropriate. If usage consistently exceeds this, an Enterprise plan might be necessary for volume discounts or custom arrangements.
• Annual Cost: €60/month * 12 months = €720

These examples highlight how usage patterns directly influence the choice of Nager.Date plan and the associated costs. It is important for developers to estimate their anticipated API call volume, including potential peak loads, to select the most cost-effective tier.

How the pricing compares

When evaluating Nager.Date's pricing, it's useful to compare it with alternative holiday API providers. The market for holiday data APIs includes both free/open-source options and commercial services with varying pricing models.

AbstractAPI Holiday API

• Model: AbstractAPI offers a free tier with 1,000 requests/month and paid plans starting at $9/month for 50,000 requests/month.
• Comparison: Nager.Date's free tier (500 requests/day ≈ 15,000/month) offers a higher monthly volume than AbstractAPI's free tier. For paid plans, AbstractAPI's entry-level paid plan provides a significantly higher monthly volume (50,000 vs. Nager.Date's 10,000 for €15). However, direct price-per-request can vary based on exact tiers and exchange rates.

Calendarific

• Model: Calendarific provides a free tier with 1,000 requests/month and paid plans starting at $19/month for 100,000 requests/month.
• Comparison: Similar to AbstractAPI, Calendarific's free tier offers less volume than Nager.Date's. Its entry-level paid plan also offers a higher request volume for a slightly higher price point compared to Nager.Date's Small plan. Calendarific might offer more extensive historical data or specific features that justify its pricing for certain use cases.

Google Calendar API

• Model: The Google Calendar API is part of Google Cloud's broader ecosystem, often falling under a usage-based pricing model with a free tier. While direct holiday data is available via public holiday calendars, accessing it programmatically might incur costs based on Google Cloud's general API usage fees, which can be complex to calculate.
• Comparison: Google Calendar API is a more comprehensive calendaring solution, not solely focused on public holidays. Its pricing is typically tied to the broader Google Cloud Platform billing, which operates on a pay-as-you-go model for most services after the free tier limits (e.g., 1 million requests/month for specific Google Maps Platform APIs, as detailed in Google Maps Platform billing documentation). This contrasts with Nager.Date's simpler, fixed-subscription model, which can offer more predictable costs for dedicated holiday data access. For simple holiday lookups, Nager.Date's dedicated API and transparent pricing can be more straightforward.

Nager.Date's strength lies in its focused offering and clear, tiered subscription model, which simplifies cost prediction. While some alternatives offer higher request volumes at their entry-level paid tiers, Nager.Date's generous free tier and transparent pricing for dedicated holiday data can be a compelling factor for developers prioritizing simplicity and cost predictability for this specific functionality.