The Never-ending Question...What happens to the CX-5 Next Year (2025)?

All I know is that as soon as a hybrid CX5 is offered, I am trading in our 2024 Turbo for one. We just rented a 2025 Camery Hybrid and it was great! Fast pick up and returned 38 MPG around town. Could not even tell when it changed from electric to gas while driving.
Yes with the lack of public charging stations and we can’t import more affordable longer range (600+ miles) and short charging time (12 minutes charging for 300+ miles 5C charging battery) EVs to the US, the PHEV or hybrid is our second best choice for better fuel economy and cleaner environment.
 
All I know is that as soon as a hybrid CX5 is offered, I am trading in our 2024 Turbo for one. We just rented a 2025 Camery Hybrid and it was great! Fast pick up and returned 38 MPG around town. Could not even tell when it changed from electric to gas while driving.
The Camry uses a more recent and a slightly more powerful version vs current RAV4 hybrid; perhaps the RAV4 will get this version with their next gen and hopefully the CX-5 too. Just sayin'...!
 
The new changes coming to CX5 are for 2026 model year.
2025 model year is basically a carryover with few tweaks.
 
This was interesting from the release: "CX-5 2.5 S models feature Mazda's Skyactiv-G 2.5-liter, four-cylinder naturally aspirated engine with cylinder deactivation. This efficient powertrain delivers up to 187 horsepower and 186 lb-ft of torque with either regular 87 octane or premium 93 octane fuel."

Question is, why would one use 93 if it gave the same performance as 87?
 
This was interesting from the release: "CX-5 2.5 S models feature Mazda's Skyactiv-G 2.5-liter, four-cylinder naturally aspirated engine with cylinder deactivation. This efficient powertrain delivers up to 187 horsepower and 186 lb-ft of torque with either regular 87 octane or premium 93 octane fuel."

Question is, why would one use 93 if it gave the same performance as 87?
Good question - what about 89 or 91 octane?
 
This was interesting from the release: "CX-5 2.5 S models feature Mazda's Skyactiv-G 2.5-liter, four-cylinder naturally aspirated engine with cylinder deactivation. This efficient powertrain delivers up to 187 horsepower and 186 lb-ft of torque with either regular 87 octane or premium 93 octane fuel."

Question is, why would one use 93 if it gave the same performance as 87?
I think it's because the Turbo horsepower is described using those numbers which are quite a bit different.
 
I think it's because the Turbo horsepower is described using those numbers which are quite a bit different.
But that has nothing to do with the NA 2.5. This is a Mazda press release and the 2.5 has been around for eons. Why would anyone NOT know the engine uses 87 octane?
 
But that has nothing to do with the NA 2.5. This is a Mazda press release and the 2.5 has been around for eons. Why would anyone NOT know the engine uses 87 octane?
I think it's because it's essentially like advertising. It seems like pointless redundancy but then when they describe the Turbo they mention octane again.
 
This was interesting from the release: "CX-5 2.5 S models feature Mazda's Skyactiv-G 2.5-liter, four-cylinder naturally aspirated engine with cylinder deactivation. This efficient powertrain delivers up to 187 horsepower and 186 lb-ft of torque with either regular 87 octane or premium 93 octane fuel."

Question is, why would one use 93 if it gave the same performance as 87?
I think it is to say that unlike the turbo, whose power output changes with octane, it will produce the same amount of power with either fuel.
 
It just seems it would be better to say the 187hp is achieved on 87, thus no need to pay for premium to get the most out of your car.
 
It just seems it would be better to say the 187hp is achieved on 87, thus no need to pay for premium to get the most out of your car.
Yes. And even on the 2.5T, Mazda has also emphasized this similar statement.

Here by releasing this official power curve on the 2.5T, Mazda wants to show “additional high-rpm performance is possible with higher octane”, and “to prevent unnecessary spending on premium fuel, both power ratings are published”.

That means unless you rev the 2.5T above 4,000 rpm, you won’t get ANY horsepower or torque gain with more expensive premium gas.

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A static graph as shown above does not show the difference in rpm pickup. I have been using 87 for my turbo for 2 yrs since new. For the recent 2-3 tanks, I used 91. I definitely can feel the difference in acceleration (yes, below 4k RPMs). In short, more responsive to pedal.

P.S. I have been driving for more than 35 yrs.
 
A static graph as shown above does not show the difference in rpm pickup. I have been using 87 for my turbo for 2 yrs since new. For the recent 2-3 tanks, I used 91. I definitely can feel the difference in acceleration (yes, below 4k RPMs). In short, more responsive to pedal.

P.S. I have been driving for more than 35 yrs.
This in’t me saying, it’s Mazda saying officially: “additional high-rpm performance is possible with higher octane”, and “to prevent unnecessary spending on premium fuel, both power ratings are published”.
 
Yes. And even on the 2.5T, Mazda has also emphasized this similar statement.

Here by releasing this official power curve on the 2.5T, Mazda wants to show “additional high-rpm performance is possible with higher octane”, and “to prevent unnecessary spending on premium fuel, both power ratings are published”.

That means unless you rev the 2.5T above 4,000 rpm, you won’t get ANY horsepower or torque gain with more expensive premium gas.

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I would like to see this independently tested by a third party. Until then we have to take it at face value.

I would like to see full data logs including timing, knock, AFR, and dyno graphs.
 
I would like to see this independently tested by a third party. Until then we have to take it at face value.

I would like to see full data logs including timing, knock, AFR, and dyno graphs.
This is what Calisto says on the other CX-5 forum. That the power ratings Mazda gives are not standardized, so they are not really an accurate measure against other manufacturers. I have not seen anyone post their findings with a personal 2.5T.
 
I think the title of this thread should be updated to 2026 as it’s intend was to discus the next gen CX-5.

For the next gen CX-5, Mazda is planning to reduce trims by 70%.


Mazda will narrow down the number of specifications, including grades and option settings, as it switches to new models and makes partial improvements. In addition to reducing the number of specification combinations in the next-generation CX-5 by approximately 70%, the company will also introduce them in the next-generation "8th generation" product line, which will be fully rolled out around 2028. The company aims to improve design and production efficiency as well as reduce fixed costs for suppliers. With the market trend toward electrification uncertain, the rationalization of product design is being promoted...
 
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