Currently unavailable
This product is not available at the moment. Check back later.
The ESR Shift Transformation case is designed for iPad Pro 13-inch owners who prioritize ergonomics and stability during tablet use. It offers a unique magnetic locking system that provides a raised, eye-level viewing experience that remains stable even on uneven surfaces like a lap. While its versatility and wide range of angles are excellent for productivity, the magnetic attachment system makes the case slightly heavier than traditional minimalist folio covers.
| Colour | Red |
|---|---|
| Series | Shift Transformation |
| Model Part Number | B0CRHK1FKN |
| Brand | ESR |
No, the case is designed to accommodate Apple Pencil attachment and charging on the side of the iPad Pro.
Yes, the back cover is designed for easy magnetic detachment, allowing you to use just the protective shell when you want a lighter feel.
Yes, it is designed to stick to metallic, magnetic-receptive surfaces like refrigerators or whiteboards.
Yes, the case includes integrated magnets that trigger the auto sleep/wake feature when the cover is closed or opened.
The case provides 9 distinct angles: 6 dedicated to viewing and 3 optimized for writing.
Ensure the magnetic bracket is fully seated within the base groove. Listen for a distinct click to confirm magnetic engagement.
Verify the surface you are attempting to mount to is indeed magnetic. Ensure no debris is trapped between the case surface and the mounting target.
This case is specifically precision-engineered for the iPad Pro 13-inch model. To set up, simply snap the iPad into the protective shell. To engage the stand, lift the back cover, select one of the magnetic grooves, and allow the magnets to 'click' firmly into place. For care, wipe the synthetic exterior with a lightly dampened lint-free cloth to remove dust or smudges. Avoid using harsh chemical cleaners, as these may degrade the magnetic material or the specialized coating of the case. Keep the device away from high-heat environments to ensure the longevity of the internal magnetic housing.
