Spotify Artist Image Gallery Resizer
Our free online Spotify Artist Image Gallery resizer lets you resize gallery images to Spotify specs: minimum 690×500 pixels, max 20MB. Batch processing for up to 125 images. No sign-up required.
Spotify Artist Image Gallery Requirements
- Minimum size: 690×500 pixels
- Maximum file size: 20MB per image
- Formats: JPEG, PNG, or GIF
- Maximum images: Up to 125 images in gallery
- Content guidelines: No text, ads, busy backgrounds, or promotional content
- No copyright/trademark violations
- Images violating Spotify policies may be removed
About Free Spotify Artist Image Gallery Resizer
Our Free Spotify Artist Image Gallery Resizer is a specialized tool designed to help musicians, artists, and content creators prepare gallery images for their Spotify artist profiles. Whether you're uploading a single image or preparing a batch of up to 125 images for your gallery, our resizer automatically validates your images against Spotify's requirements, ensures they meet the minimum 690×500 pixel requirement, converts them to supported formats, and keeps file sizes under 20MB. The tool includes comprehensive batch processing capabilities, interactive cropping for fixed-size presets, fit mode to maintain aspect ratios, format selection, and automatic file size optimization to help you create gallery images that look great and comply with Spotify's requirements.
How to Use Our Free Spotify Artist Image Gallery Resizer
- Upload your images: Click "Choose JPEG, PNG, or GIF files" and select one or multiple gallery images. You can upload up to 125 images at once. The tool will automatically validate format, size, and dimensions for each image.
- Review validation: Check the validation results for each image - the tool will show if your images meet the 690×500 minimum, are under 20MB, and are in supported formats.
- Choose resize mode: Select "Fit (No Crop)" (default) to maintain aspect ratio and ensure minimum dimensions, or "Fill (Crop to Target)" for the 690×500 preset with drag reposition and zoom controls.
- Select output size: Choose from presets: 690×500 (minimum compliant), 1380×1000, or 2070×1500. The tool will maintain your source aspect ratio and never upscale beyond original dimensions.
- Adjust crop (if using Fill mode): For the 690×500 preset in Fill mode, drag the image to reposition, use the zoom slider to adjust the crop area, and preview your selection.
- Choose output format: Select JPG (with quality slider for smaller files), PNG (for crisp graphics), or GIF (only if you uploaded GIFs).
- Process images: Click "Resize Gallery Images" to automatically generate your resized images. For batch processing, images are processed sequentially with progress indicators.
- Download: For single images, download individually. For batch processing, download all images as a ZIP file with organized naming (spotify-gallery-01.jpg, spotify-gallery-02.jpg, etc.).
- Upload to Spotify: Upload your resized gallery images to your Spotify for Artists profile via the About section.
Key Features
Batch Processing
Process up to 125 images at once with automatic validation and organized ZIP downloads
Spotify Compliance
Automatically validates and ensures compliance with all Spotify gallery requirements
Flexible Resize Modes
Fit mode maintains aspect ratio, Fill mode crops to exact dimensions with interactive controls
Size Presets
Choose from 690×500 (minimum), 1380×1000, or 2070×1500 with smart aspect ratio handling
Format Options
Export as JPG (with quality control), PNG, or GIF (if uploaded as GIF)
File Size Control
Automatic compression to ensure files stay under 20MB limit
No Upscaling
Automatically prevents upscaling beyond source image dimensions
Progress Tracking
Real-time progress indicators for batch processing operations
Organized Downloads
Batch downloads as ZIP with sequential naming for easy organization
Individual Validation
Per-image validation with clear status indicators and error messages
Content Guidelines
Reminder checklist for Spotify content policy compliance
Memory Efficient
Sequential processing with memory optimization for large batches