Oppo Find X2 Pro review: specs, battery & used prices

Summary

The Oppo Find X2 Pro is the 2020 flagship of the Find X line, running the Snapdragon 865 in a 6.7-inch 120 Hz OLED with a 4260 mAh battery, 65 W charging and a 207-gram body rated IP68. Our catalog scores it 66 on everyday use, 50 on camera and 61 on screen. A 48-megapixel stabilized main camera records 4K60 video, and the 12/256 GB trim was tracked at about $1320 new. The Find X5 Pro and the Find X6 Pro are the flagship generations that followed.

Display and design

The 6.7-inch OLED refreshes at 120 Hz and scores 61 on our screen axis — 120 Hz on a 2020 flagship was the panel statement of its year — with an 800-nit figure that held up outdoors. The IP68 rating covers full dust protection and water submersion. At 207 grams the body earns the compactness score of 76, dense with the fast chip and the camera hardware.

Performance

The Snapdragon 865 posts an everyday axis of 66 and a gaming axis of 18: the strong, cool flagship chip of 2020, and the reason the phone still felt current well into 2021. A 12 GB RAM allocation spans the tracked trims, and no software-window figure is documented.

Camera

The camera axis of 50 rests on a 48-megapixel stabilized main sensor flanked by ultrawide and telephoto companions, recording up to 4K60. OIS keeps the main dependable, and the array earned the phone its camera-flagship standing of 2020; demanding light still favors the main sensor over the helpers.

Battery and charging

The 4260 mAh battery scores 25 on our battery axis — a single day, planned tightly at 120 Hz — and 65 W charging scores 46, refilling the small cell quickly enough to make the capacity a planning footnote. Small cell, fast fill: the flagship trade of its season, executed at the top of the market.

Verdict

At about $1320 new for 12/256 GB, the Oppo Find X2 Pro was a full-price statement of 2020: the 120 Hz OLED, the camera array and the IP68 build at the very top of the market. Used market data is sparse. The Find X5 Pro and Find X6 Pro each moved the camera axis a generation forward.