Vivo X Fold 5 has been teased to weigh less than its previous model and now a new teaser shows the thickness of the upcoming book -style foldable. It is expected to be quite thin than the X -Fold 3. The latest teaser Vivo’s X -Fold 5 compares the iPhone 16 Pro Max. In shared photos, foldable looks a bit thicker than the iPhone. In particular, the recent leak has indicated the potential key features of the expected price range and the expected Vivo X Fold 5.
IPhone 16 Pro Max compared to Vivo X Fold 5 Thickness
Vivo Product Manager Han Boxiao shared a photo comparing the thickness of the upcoming Vovo X -Fold 5 in a Webo post with Apple’s iPhone 16 Pro Max. In a photo of the post, the thickness of the book -style foldable smartphone looks slightly more than the iPhone.
IPhone 16 Pro Max compared to Vivo X Fold 5 Thickness
Photo Credit: Webo/ @Han Boxiao
While the iPhone 16 Pro Max is 8.25 mm thick, it is said that Vivo X Fold measures 5 8.7 mm, according to the tipter Abhishek Yadav. If true, this Vivo X -Fold 3 will be significantly thinner with a thickness of 10.2 mm.
A recent teaser shared by Baxio suggested that Vivo X Folds 5 standard Vivo X Folds will be quite lighter than 3, weighing 219 grams. Meanwhile, a leakage suggested that the foldable weighing up to 209 grams.
Earlier, a tipter claimed that Vivo X Fold would be cheaper than 5 Vivo X Fold 3 Pro, which is based on CNY 9,999 (about Rs 1,16,000) to form 16 GB + 512 GB. The same tipter suggested that the expected handset could pack a 6,000 mAh battery with 90W wired and 30W wireless charging support.
Vivo X Folds 5 have been indicated to come in collaboration with Snapdragon 8 General 3 SOC and 16GB RAM and 512GB of ship storage. It can play an 8.03 -inch internal foldable 2K+ AMOLED screen and 6.53 inch LTPO OLED external display. The handset may contain three 50 megapixel cameras, including a parasopy telephoto shooter, and two 32 megapixel selfie cameras placed on the main and core display. It will also likely be equipped with a side -mounted fingerprint sensor and a three -phase alert slider.
