🗜Bulk WebP Image Compressor & Resizer

Resizing images to their exact display dimensions prevents browsers from downloading oversized assets and performing scale-down rendering. This satisfies the Google PageSpeed Insights "Properly size images" audit, reduces network transfer time, and directly improves Largest Contentful Paint (LCP) and mobile performance.

Yes, by default. When using "Scale to Width" or "Scale to Height", Crush automatically calculates the other dimension proportionally to prevent stretching or distortion. You can also specify exact custom dimensions and choose whether to enforce aspect-ratio preservation.

WebP is a modern image format developed by Google that supports both lossy and lossless compression, providing 25% to 35% smaller file sizes compared to PNG or JPEG at equivalent visual quality. WebP achieves this through predictive coding, which uses pixel patterns in adjacent blocks to predict values and encodes only the difference.

Search engines utilize page speed and mobile usability as direct ranking factors. Larger image payloads slow down server response times and render cycles, consuming crawl budgets and driving up bounce rates. Programmatic image optimization ensures minimal payload delivery, improving overall crawling efficiency and search indexing.

Browser-based (client-side) compression processes images locally in the user's browser tab using JavaScript APIs, Canvas rendering, or WebAssembly (WASM) modules like @jsquash/webp. This eliminates network latencies associated with uploading files to an external cloud server, ensuring 100% data privacy and instant local processing.

Largest Contentful Paint (LCP) measures the render time of the largest image or text block visible within the viewport. Since hero images are frequently the LCP element, converting them to highly compressed WebP files reduces network transfer time (resource load delay), directly accelerating the LCP rendering cycle.

For active production sites, WebP is the most pragmatic choice. While AVIF offers slightly superior compression ratios, it suffers from slower encoding speeds and lacks universal support in older browsers. PNG should be restricted to images requiring lossless alpha-channel transparency, while JPEGs should be systematically converted to WebP for standard web delivery.

EXIF metadata contains camera models, geolocations, color profiles, and thumbnail layers embedded by devices. For web delivery, this metadata represents dead weight—often occupying 10KB to 50KB per image. Automatically stripping this metadata during compression removes these redundant bytes, accelerating mobile load times.

Crush supports source image files up to 50 MB each and allows batch-compressing up to 20 files simultaneously. Processing is handled fully locally via browser-side memory, ensuring large e-commerce photography catalogs and editorial hero banners can be optimized without network latency.

Yes. Crush is built to handle high-resolution raw assets and large image files up to 50 MB each. Because compression occurs entirely client-side inside your browser tab using WebAssembly, you bypass typical server upload limits, timeouts, and network constraints that restrict conventional online compressors.

Traditional compression tools require uploading large files to an external server, which creates massive network overhead, upload delays, and security risks. Local, browser-side large-image compression processes 50 MB files instantly in active memory. This allows technical SEO teams and e-commerce managers to optimize high-resolution assets directly inside their publishing pipeline with zero upload latency and 100% data privacy.