
Instagram Ditches the Crop: Embracing 3:4 Photos for a Seamless Mobile Experience
Instagram is shaking things up again, and this time it’s all about photo ratios. Say goodbye to forced cropping and hello to the 3:4 aspect ratio, mirroring the default setting on most smartphone cameras. This means photos you snap on your phone can now be uploaded to Instagram without losing precious details at the edges. No more agonizing over which part of your masterpiece to sacrifice!
Instagram head Adam Mosseri announced the change on Threads, stating that photos with a 3:4 aspect ratio will now appear exactly as you shot them. This seemingly small update marks a significant shift in how Instagram approaches visual content, aiming for a more seamless user experience.

The End of the Square? For years, Instagram was synonymous with square images. The platform then adapted to portrait (4:5) and landscape (1.91:1) options. The move to prioritize the 3:4 ratio, commonly used by smartphones, brings welcomed consistency. This is especially relevant considering the proliferation of 9:16 content through Stories and Reels.
Why the Change Matters The new ratio provides several benefits. Creators can now focus more on framing their shots in-camera, eliminating the need for extensive post-processing and cropping. It also reduces the jarring transition between different aspect ratios within the app.
As Mosseri noted earlier in 2025, the move aligns with shift towards vertical content on the platform. Recognizing that most uploaded photos and videos are vertical, ditching squares is a natural and necessary evolution.
What Stays the Same? Don't worry, square enthusiasts. The option to post photos in a square or 4:5 aspect ratio remains. Instagram continues to provide flexibility for its users.
Instagram's embracing of the 3:4 aspect ratio is more than just a tweak, it's a recognition of evolving user habits and the dominance of smartphone photography. What do you think about this change? Will it impact how you use Instagram? Share your opinions in the comments below!