Downloading Files from a List of URLs

What will you learn?

Discover how to effortlessly download files from a list of URLs using Python, saving time and ensuring accuracy in the process.

Introduction to the Problem and Solution

Downloading multiple files from various URLs manually can be a daunting task. However, with Python, you can automate this process by creating a script that efficiently iterates through the URLs and downloads each file. By harnessing Python libraries like requests, you can seamlessly achieve this automation.

To address this challenge, we’ll craft a Python script that accepts a list of URLs as input and downloads each file to a designated directory on your local machine. This automation not only streamlines the downloading process but also guarantees all necessary files are obtained without omission.


import requests
import os

# List of URLs
urls = [

# Directory to save the downloaded files
save_directory = 'downloads'

# Create the directory if it doesn't exist
os.makedirs(save_directory, exist_ok=True)

# Download files from the list of URLs
for url in urls:
    response = requests.get(url)
    file_name = os.path.join(save_directory, url.split('/')[-1])

    with open(file_name, 'wb') as file:

# Credits: Find more solutions at [](

# Copyright PHD


In the provided code: – Essential libraries like requests for HTTP requests and os for OS interaction are imported. – A list of URLs pointing to desired files is defined. – The directory for storing downloaded files is specified or created if absent. – Through iteration, each URL is processed. – An HTTP GET request is made using requests.get() for content retrieval. – Content is saved into respective files within the chosen directory using open() in binary write mode (‘wb’).

This snippet showcases how Python facilitates automated downloads from multiple URLs effortlessly.

    How do I add more URLs to download additional files?

    Simply append additional URL strings to the existing urls list in your Python script.

    Can I specify different directories for saving each downloaded file?

    Certainly! Customize the save path for each file by adjusting how file_name is constructed.

    What if one download fails? Will it halt subsequent downloads?

    No, individual download failures won’t impede other ongoing or upcoming downloads during script execution.

    Is there a way to track progress while downloading multiple files?

    You can incorporate progress tracking mechanisms like tqdm library when handling larger file sizes or numerous concurrent downloads.

    How secure is it to download files directly using Python scripts?

    While generally safe with trusted sources/files, ensure input source validation and secure exception handling within your script logic.

    Can I implement parallel processing for faster downloads across these links?

    Absolutely! Libraries such as multiprocessing enable efficient parallelism implementation for accelerated downloading tasks.

    Does this method work effectively with large-sized downloadable contents?

    Indeed! The approach remains efficient even with substantial content due to streaming data operations utilized here.


    Python scripting simplifies automating file downloads from lists of URLs. Leveraging its rich library ecosystem including requests and os, tasks that could be time-consuming are seamlessly automated. Explore further customization options based on specific needs or enhance functionality for diverse use cases!

    Leave a Comment