The best car chargers for Android phones
One specification separates a charger that hits your phone's advertised speed from one that merely charges it, and it is not wattage. Samsung's fast charging needs PPS, and plenty of chargers do not have it.
By Sawyer V. · Published · How we research
We have not tested any of this. Everything below is compiled from published manufacturer specifications, and the arithmetic is printed so you can check it. This page carries affiliate links: if you buy through one we earn a commission at no extra cost to you, and it does not change the order of the picks. Full disclosure.
The short answer
Look for PPS by name, not wattage. Several Samsung phones reach their advertised charging speed only over Programmable Power Supply, an extension of USB Power Delivery that adjusts voltage in fine steps rather than fixed jumps. A charger without it still charges your phone — just not at the number on the box. The Anker 335 publishes PD and PPS explicitly and caps at 35 W per port, which is above what any Android phone will draw. The UGREEN 130 W also publishes PPS and adds a 100 W port and an E-marked cable if a laptop shares the car.
| # | Pick | Install | Score | Price |
|---|---|---|---|---|
| 1 | UGREEN 130W 3-Port Car Charger A laptop and two phones at once | Plugs in | 9.5/10 | Check price on Amazon |
| 2 | Anker 323 Car Charger (52.5W) The one most people should actually buy | Plugs in | 9.2/10 | Check price on Amazon |
| 3 | Anker 335 Car Charger (67W) Three devices, no arguments | Plugs in | 9.0/10 | Check price on Amazon |
| 4 | Anker 535 Car Charger (67W) Charging a laptop in the car | Plugs in | 8.6/10 | Check price on Amazon |
No live price is currently verified, so every button here reads Check price rather than a number we cannot stand behind. Why we do it that way.
What PPS actually is
Standard USB Power Delivery negotiates in fixed steps: 5 V, 9 V, 12 V, 15 V, 20 V. The phone asks for one of those, the charger supplies it, and the phone's internal circuitry drops it to whatever the battery needs — losing some of it as heat on the way.
PPS lets the charger supply an arbitrary voltage in small increments, so it can deliver almost exactly what the battery wants. Less conversion inside the phone means less heat, and less heat means the phone throttles later. That is the whole mechanism, and it is why the phone charges faster rather than just differently.
The practical consequence: a Samsung that advertises 45 W Super Fast Charging 2.0 reaches that number over PPS and falls back to a slower fixed-voltage rate without it. The difference is real and it is invisible on the box.
Who actually needs PPS
| Phone | Needs PPS? | Why |
|---|---|---|
| Recent Samsung flagship | Yes, for the advertised speed | Super Fast Charging 2.0 negotiates over PPS |
| Google Pixel | Helpful, not required | Charges well over standard PD |
| Most other Android | No | Standard PD covers their ceiling |
| iPhone | No | Apple does not use PPS |
If you do not own a recent Samsung, PPS is a specification you can safely ignore — and the cheapest charger with a published output table is the right buy. The wattage page works through what your devices actually accept.
Do not charge an Android from the USB-A port
Every multi-port charger on this site includes a USB-A port, and on all of them it is the slow one — 22.5 W maximum on the Anker units, 22.5 W or 18 W on the UGREEN depending on protocol.
More importantly, USB-A cannot negotiate the higher voltages that PD and PPS use. Plugging a Samsung into the USB-A port of a 130 W charger gets you a fraction of what the charger can do, and the charger is not at fault. Phones go on USB-C; USB-A is for dash cam cables and older accessories.
How much wattage an Android phone actually takes
Less than the chargers advertise, in every case:
- Most Android phones cap between 20 W and 30 W. A 30 W port covers them entirely.
- Fast-charging flagships reach 45 W, and only over PPS.
- Nothing with a phone battery draws more than 45 W. Above that, extra watts are for laptops or for nothing.
So the Anker 323 at 30 W is enough for most Android phones, and the 335 at 35 W per port with published PPS is enough for all of them while still having two more ports.
Heat is the ceiling PPS is trying to raise
A phone charging in a car in summer is fighting on two fronts: the charge itself generates heat, and the cabin is already hot. Phones protect their batteries by throttling charge rate as internal temperature rises, and a throttled 45 W charge is a 15 W charge.
That is the real-world reason PPS matters more than its efficiency numbers suggest: less conversion heat inside the phone means it reaches the throttling threshold later. It is also why a phone in direct sun on a dashboard charges badly no matter what you plug it into, and why wireless charging in a hot car is a thermal problem before it is a power problem.
What to actually buy
- Recent Samsung, one phone: the Anker 335. PPS published, 35 W per port, three ports.
- Any other Android, one phone: the Anker 323 at 30 W. Cheaper, smaller, and you will never see the difference.
- A laptop shares the car: the UGREEN 130 W. PPS published, 100 W on one port, E-marked cable included.
What we cannot tell you
Charging times, because we have not measured any. What we publish is each maker's own protocol list and per-port output table with sources linked — and on this page the presence or absence of the word “PPS” in a maker's own specification is doing the entire job. The method is here.
Every pick, with the working
Each entry lists the specifications the maker publishes, the axis scores those specifications produce, and what you give up. Rows that read “Not published” are not omissions on our side: they are things the maker will not commit to in writing, and they cost the product points on the transparency axis. Specifications compiled September 4, 2026.
Our pickA laptop and two phones at once
UGREEN 130W 3-Port Car Charger
Three ports totaling 130W with one USB-C rated at 100W on its own, a 100W E-marked cable in the box, and a published 45-gram weight. It is the only charger here that will genuinely run a laptop at full speed, and it costs less than the 67W chargers do because UGREEN prices aggressively.
- Ports
- 2 x USB-C, 1 x USB-A
- Total output
- 130 W
- USB-C 1 maximum
- 30 W
- USB-C 2 maximum
- 100 W
- USB-A maximum
- 22.5 W (SCP) / 18 W (QC 3.0)
- Protocols
- PD 3.0, QC 4.0, QC 3.0, SCP, AFC, PPS
- In the box
- 100 W E-marked USB-C to USB-C cable
- Weight
- 45 g
- Warranty
- Not published
- Operating range
- Not published
List price $22.49 per UGREEN's own store, sale price (regular $39.99), captured on the compile date below. Not a live price and not what you will pay — the button is where the real number is.
What it gets right
- 100 W on a single USB-C port, which is a real laptop charge rather than a trickle
- A 100 W E-marked USB-C cable is included, and that cable alone is often $15
- Publishes both per-port ceilings separately (30 W and 100 W) instead of one combined figure
- Broad protocol support: PD 3.0, QC 4.0, QC 3.0, SCP, AFC and PPS
Flaws
- 130 W in a 12V socket is close to what many car circuits are fused for; check your fuse rating
- The second USB-C port is only 30 W, so it is not two laptop ports
- UGREEN publishes no warranty term and no operating-temperature range
The working behind the 9.5
- Heat headroom: not scored (weight 22%)
- The maker publishes no operating-temperature ceiling, so this axis is dropped and the other weights are re-normalized.
- Install effort: 10.0 (weight 24%)
- Plugs into a 12V socket or a USB port. Nothing to mount, nothing to route, reversible in a second.
- Price against the ceiling: 10.0 (weight 24%)
- Listed at $22.49 on the compile date. This site's buyer has a practical ceiling around $150 for a single upgrade, so the scale rewards everything under $100 and falls away sharply past $150. The live price is very often different, and that is what the button is for.
- Written commitment: not scored (weight 15%)
- No warranty term published, so this axis is dropped and the other weights are re-normalized.
- Spec transparency: 8.0 (weight 15%)
- 8 of the 10 specifications we went looking for are published by the maker (80%). A blank row is never a guess here: it prints “Not published” and it costs the product points, because a figure nobody will commit to in writing is a figure you cannot check.
Axes with no published input are dropped and the remaining weights re-normalized, so a product is not punished for a category where an axis does not apply. Specifications compiled September 4, 2026 from UGREEN's 130W car charger product page.
2The one most people should actually buy
Anker 323 Car Charger (52.5W)
Two ports, 52.5W total, and a published voltage table showing 30W maximum on the USB-C port. Thirty watts charges any phone at or near its own ceiling, which means the 67W chargers above it are selling you headroom nothing in your pocket can use. At $19.99 this is the honest default.
- Ports
- 1 x USB-C, 1 x USB-A
- Total output
- 52.5 W
- USB-C output
- 5V/3A, 9V/3A, 12V/2.5A, 15V/2A, 20V/1.5A (30 W max)
- USB-A output
- 5V/3A, 9V/2A, 10V/2.25A (22.5 W max)
- Input
- 12V at 5.6 A, 24V at 3.6 A
- Safety
- ActiveShield 2.0
- Model
- A2735
- Warranty
- 18 months
- Operating range
- Not published
List price $19.99 per Anker's own store, captured on the compile date below. Not a live price and not what you will pay — the button is where the real number is.
What it gets right
- Anker publishes the full PDO table — 5V/3A, 9V/3A, 12V/2.5A, 15V/2A, 20V/1.5A — rather than a headline number
- 30 W on USB-C is at or above what almost every phone will accept
- Input rated 12V and 24V, so it works in a truck as well as a car
- $19.99 list and physically small, which matters in a tight console
Flaws
- Two ports, not three. A second passenger and a tablet is one device too many
- 30 W will not charge a laptop at any useful speed
- The USB-A port tops out at 22.5 W, so it is the slow one
The working behind the 9.2
- Heat headroom: not scored (weight 22%)
- The maker publishes no operating-temperature ceiling, so this axis is dropped and the other weights are re-normalized.
- Install effort: 10.0 (weight 24%)
- Plugs into a 12V socket or a USB port. Nothing to mount, nothing to route, reversible in a second.
- Price against the ceiling: 10.0 (weight 24%)
- Listed at $19.99 on the compile date. This site's buyer has a practical ceiling around $150 for a single upgrade, so the scale rewards everything under $100 and falls away sharply past $150. The live price is very often different, and that is what the button is for.
- Written commitment: 7.0 (weight 15%)
- 18-month warranty. This is the only promise in the entire listing that a court would read, which is why it is scored and the marketing copy is not.
- Spec transparency: 8.9 (weight 15%)
- 8 of the 9 specifications we went looking for are published by the maker (89%). A blank row is never a guess here: it prints “Not published” and it costs the product points, because a figure nobody will commit to in writing is a figure you cannot check.
Axes with no published input are dropped and the remaining weights re-normalized, so a product is not punished for a category where an axis does not apply. Specifications compiled September 4, 2026 from Anker's 323 Car Charger product page.
3Three devices, no arguments
Anker 335 Car Charger (67W)
Two USB-C and one USB-A totaling 67W, with a per-port ceiling of 35W. That per-port number is the whole difference between this and the 535: 35W charges any phone at full speed and charges a laptop slowly. For a car with two phones and a tablet in it, this is the right one and it is the cheaper one.
- Ports
- 2 x USB-C, 1 x USB-A
- Total output
- 67 W
- Maximum per port
- 35 W
- Protocols
- USB Power Delivery and PPS
- Safety
- ActiveShield 2.0
- Model
- A2736H11-1
- Warranty
- 18 months
- Operating range
- Not published
List price $29.99 per Best Buy listing for A2736H11-1, captured on the compile date below. Not a live price and not what you will pay — the button is where the real number is.
What it gets right
- Three ports, so the passenger argument ends
- PD and PPS support, which is what Samsung phones need for their fastest charging
- 35W per port is more than any phone can take, so nothing is bottlenecked
- ActiveShield 2.0 thermal management, and an 18-month warranty
Flaws
- 35W per-port ceiling means a laptop charges slowly even though the unit says 67W
- Three ports in one 12V socket is a physically chunky thing in a tight console
- Anker does not publish an operating-temperature range
The working behind the 9.0
- Heat headroom: not scored (weight 22%)
- The maker publishes no operating-temperature ceiling, so this axis is dropped and the other weights are re-normalized.
- Install effort: 10.0 (weight 24%)
- Plugs into a 12V socket or a USB port. Nothing to mount, nothing to route, reversible in a second.
- Price against the ceiling: 9.5 (weight 24%)
- Listed at $29.99 on the compile date. This site's buyer has a practical ceiling around $150 for a single upgrade, so the scale rewards everything under $100 and falls away sharply past $150. The live price is very often different, and that is what the button is for.
- Written commitment: 7.0 (weight 15%)
- 18-month warranty. This is the only promise in the entire listing that a court would read, which is why it is scored and the marketing copy is not.
- Spec transparency: 8.8 (weight 15%)
- 7 of the 8 specifications we went looking for are published by the maker (88%). A blank row is never a guess here: it prints “Not published” and it costs the product points, because a figure nobody will commit to in writing is a figure you cannot check.
Axes with no published input are dropped and the remaining weights re-normalized, so a product is not punished for a category where an axis does not apply. Specifications compiled September 4, 2026 from Anker's 335 Car Charger product page.
4Charging a laptop in the car
Anker 535 Car Charger (67W)
Skip this one. Anker publishes PowerIQ 3.0 with PD for the 535 and does not state PPS by name, where it does state PPS explicitly for the 335. On a page about the one protocol that matters for Android fast charging, the charger that does not name it is the wrong recommendation — even though it is the more powerful unit.
Same three ports and same 67W total as the 335, but one USB-C port will deliver the whole 67W on its own at 20V and 3.35A. That is a real laptop charge rather than a trickle, and it is the only reason to pay more than the 335 costs. If nothing you own draws more than 35W, this is money spent on a number you will never see.
- Ports
- 2 x USB-C, 1 x USB-A
- Total output
- 67 W
- USB-C output
- 5V/3A, 9V/3A, 12V/3A, 15V/3A, 20V/3.35A (67 W max)
- USB-A output
- 5V/3A, 9V/2A, 10V/2.25A, 12V/1.5A (22.5 W max)
- Input
- 12V to 24V, 7.2 A
- Safety
- ActiveShield 2.0
- Model
- A2731
- List price
- Not published
- Operating range
- Not published
What it gets right
- Full 67W from a single USB-C port at 20V 3.35A, published as an explicit voltage table
- Anker publishes the complete PDO table rather than a headline wattage, which almost nobody does
- Input rated 12V to 24V, so it works in a truck as well as a car
- ActiveShield 2.0 thermal management
Flaws
- Pointless unless something you charge actually draws more than 35W
- The USB-A port tops out at 22.5W, so it is the slow port whichever charger you pick
- Frequently out of stock at Anker directly
The working behind the 8.6
- Heat headroom: not scored (weight 22%)
- The maker publishes no operating-temperature ceiling, so this axis is dropped and the other weights are re-normalized.
- Install effort: 10.0 (weight 24%)
- Plugs into a 12V socket or a USB port. Nothing to mount, nothing to route, reversible in a second.
- Price against the ceiling: not scored (weight 24%)
- No published list price we could cite on the compile date, so this axis is dropped and the other weights are re-normalized.
- Written commitment: 7.0 (weight 15%)
- 18-month warranty. This is the only promise in the entire listing that a court would read, which is why it is scored and the marketing copy is not.
- Spec transparency: 7.8 (weight 15%)
- 7 of the 9 specifications we went looking for are published by the maker (78%). A blank row is never a guess here: it prints “Not published” and it costs the product points, because a figure nobody will commit to in writing is a figure you cannot check.
Axes with no published input are dropped and the remaining weights re-normalized, so a product is not punished for a category where an axis does not apply. Specifications compiled September 4, 2026 from Anker's 535 Car Charger product page.
No live price is currently verified, so every button here reads Check price rather than a number we cannot stand behind. Why we do it that way.
Questions people actually ask
What is PPS and does my phone need it?
Programmable Power Supply — an extension of USB Power Delivery that adjusts voltage in fine steps rather than fixed jumps, producing less heat inside the phone. Several recent Samsung phones need it to reach their advertised charging speed. Most other Android phones do not.
Why is my Samsung not fast charging in the car?
Three usual causes, in order: you are on the USB-A port, which cannot negotiate the higher voltages; the charger does not support PPS; or the cable lacks an E-marker. Check them in that order.
Is a 130W charger overkill for an Android phone?
Completely — nothing with a phone battery draws more than about 45 W, and the phone ignores the rest. It is only worth it if a laptop also charges in the car.
Can I use the USB-A port for my phone?
You can, and it will be slow. USB-A tops out around 22.5 W on these chargers and cannot negotiate PD or PPS voltages at all. Keep USB-A for dash cam cables and older accessories.