M2007J17C · 6 variants · 56 samples
Android
16 Unknown
Battery
4820 mAh
Technology
Li-Po
Chipset
gauguin
Memory
8GB · 256GB
Display
1080x2400 (120Hz)
Model
M2007J17C
Android
16 Unknown
Battery
4820 mAh
Technology
Li-Po
Chipset
gauguin
Memory
4GB · 128GB
Display
1080x2400 (120Hz)
Model
M2007J17C
Android
12 S
Battery
4820 mAh
Technology
Li-Po
Chipset
gauguinpro
Memory
8GB · 256GB
Display
1080x2400 (120Hz)
Model
M2007J17C
Android
12 S
Battery
4820 mAh
Technology
Li-Po
Chipset
gauguinpro
Memory
8GB · 128GB
Display
1080x2265 (120Hz)
Model
M2007J17C
Android
10 Q
Battery
4820 mAh
Technology
Li-Po
Chipset
gauguinpro
Memory
8GB · 128GB
Display
1080x2179 (120Hz)
Model
M2007J17C
Android
10 Q
Battery
4820 mAh
Technology
Li-Po
Chipset
gauguinpro
Memory
8GB · 256GB
Display
1080x2400 (120Hz)
Model
M2007J17C
Estimated charging time
3h 30min
to charge 0 → 100%
Max charging temperature
41.1°C
average peak while charging
Screen-on time
4h 30min
estimated on a full charge
Estimated battery life
11h 0min
estimated on a full charge
See your own charging speed, screen-on time and battery health in real time with Battery Guru.
Get Battery GuruSpotted a mistake?
Specs or numbers look off for the Redmi Note 9 Pro? Let us know and we'll fix it.
The Redmi Note 9 Pro packs a 4820 mAh Li-Po battery and lasts about 11h 0min on a full charge with around 4h 30min of screen-on time. It charges from 0 to 100% in roughly 3h 30min, peaking near 41.1°C while charging. Every figure is aggregated anonymously from real Note 9 Pro owners using Battery Guru (10 samples), so it reflects everyday usage rather than lab claims.
Based on 10 anonymized samples from Battery Guru.
Aggregated Battery Guru data shows the Redmi Note 9 Pro lasts about 11h 0min on a full charge, with roughly 4h 30min of screen-on time.
The Note 9 Pro charges from 0 to 100% in approximately 3h 30min, with charging temperatures peaking around 41.1°C.
The Note 9 Pro has a 4820 mAh Li-Po battery.
It is aggregated anonymously from real Note 9 Pro owners using the Battery Guru app (10 samples), reflecting real-world usage rather than manufacturer specifications.