Suunto 2.50.26 – Q4 2025 Release Notes

borgelkranz

@pilleus the same problem with the Fazua Ride 60. Very frustrating indeed.

maszop

Another software update without fix.
Suunto’s priorities are looking really bad.

https://forum.suunto.com/post/183759

Dimitrios Kanellopoulos

@Zdeněk-Hruška My understanding is when stryd is paired as a footpod via Settings - Connectivity, watch uses Stryd distance. And if the calibration is enabled, Stryd distance coefficient can be calibrated by watch GPS distance.

When stryd is not paired as a footpod, it can be connected via S+ Sports App Stryd, in this case, distance is from watch GPS.

Could you test ? Sorry to ask this like this but sold my stryd. And this is kinda the official info. If that doesn’t work, I’ll prio this, we also have a big issue with stryd 5 afaik so let’s batch those 2 if needed.

Good morning and have a great week.

vietpq

I’m using Suunto Race S with firmware 2.50.26 (Q4 2025) and I’m having serious doubts about sleep tracking accuracy.

Examples:

Night sleep:
I was in bed from 19:11, awake and actively using my phone until ~20:00, but the watch still detected sleep starting at 19:11.
Nap:
I napped from 12:41–13:05, then stayed in bed using my phone until 14:28.
The watch recorded continuous sleep from 12:41–14:28, even though I was clearly awake for over an hour.

It seems the algorithm relies too much on inactivity and lying position, and cannot distinguish between real sleep vs. lying still while awake (phone usage).

As someone who relies on sleep data for training and recovery, this makes the sleep metrics hard to trust.

safari

In my tests, I found that many issues have been fixed.
However, two things have gotten worse.

Sleep tracking: I wake up at 6 AM, walk 3 km in the campsite. The watch was active. Then I came to my tent. My alarm, which I set for 7 AM, went off. I stopped the alarm, and it said “Good morning.” It doesn’t realize I’m awake unless I physically touch the watch. Functions like step counting and location don’t contribute. 2. Increased battery consumption. I think, partly due to the added features, my battery life has dropped to 6 days with daily use.

These are my observations for now.

Zdeněk Hruška

@Dimitrios-Kanellopoulos thanks for the explanation. I understand the intended behavior and I have tested exactly this setup multiple times.

Unfortunately, my real-world experience is different:
• When using GPS activity profiles, the watch still seems to prefer GPS-derived pace and distance, even when Stryd is paired as a footpod and enabled (autocalibration off).
• This is very noticeable right after activity start:
I can clearly see pace reacting to wrist movement, even though Stryd is connected and active. That strongly suggests pace is coming from the watch, not from the pod.
• On the treadmill, everything works exactly as expected — pace, distance, and power all come from Stryd consistently.

I also regularly experience what looks like a silent connection degradation:
• Stryd appears connected and active
• But during the activity, power is not taken from Stryd
• Example from today:
In Suunto App I see avg power 202 W, while in Stryd PowerCenter (after offline sync) the same run shows 223 W
• The only workaround seems to be:
Forget Stryd → re-pair before the run
Even then, I get power only, while pace/distance still come from GPS.

Another odd thing:
• Autocalibration can only be enabled/disabled immediately after pairing.
• When I later go to Paired Devices, the option is no longer available — I can only see battery status, etc.
This doesn’t feel like intended behavior.

At the moment, the only reliable workaround seems to be using the SuuntoPlus Stryd app, but that comes with limitations (missing other native data fields).

So overall:
• Treadmill = works perfectly
• GPS activities = inconsistent data source selection + connection instability

I agree this probably deserves a deeper look. It is a little bit tricky to test so I may be wrong with some of those use cases. That comes only from my own testing. However I’ve seen very similar reports here on the forum and on Reddit, so I don’t think this is an isolated case or user error. But still might be

Happy to test further if needed and provide logs or comparisons.

Thanks for taking this seriously

Dimitrios Kanellopoulos

@Zdeněk-Hruška I got asked

Two simple tests? Alternatively, anyone with a Stryd can help verify this.
Test setup (outdoor activity, GNSS fixed, Stryd paired as footpod):
1… Watch on the ground, Stryd on the shoe
Start the activity and leave the watch stationary on the ground. Wear the Stryd on a shoe and run around the watch.
Expected result: distance should continue to increase.
2… Stryd on the ground, watch on the wrist
Start the activity and leave the Stryd stationary on the ground. Wear the watch and run around the Stryd.
Expected result: distance should not increase.

Stavrogin

@Dimitrios-Kanellopoulos I don’t know why nobody else has said this. It is brilliant.

Tieutieu

said in Suunto 2.50.26 – Q4 2025 Release Notes:

@atoponce before update :

intervals set in the directely in the watch were only available in sport modes that had a interval screen

guides (structured workouts) created in app and sync to watch were available in any sport mode (native or not, having interval screen or no)

Since update interval screen is needed in sport mode in both case

Well it’s seems that if structured workout session has a date set, interval screen may not be needed. To be confirmed, not tested myself yet

atoponce

@Dimitrios-Kanellopoulos I gave this a try. I’m currently injured, so I’m not running, but I can walk and the test results should come to the same conclusion.

For the test, I attached a bag to a 1-meter pole and placed the pole in the center of a sand volleyball court at a city park. I need a tight enough loop to maintain a Bluetooth connection between the watch and Stryd, but large enough to be outside of random GPS noise. I had a clear, unobstructed view of the sky.

The dimensions of the volleyball court at its widest is roughly 11 m × 22 m for a circumference of 66 m (according to Google Maps, and Suunto Raceplaner). So, 15 loops around the perimeter should yield approximately 990 m.

Stryd attached to pole, watch on wrist: https://maps.suunto.com/move/aarontoponce/696ee80180e2ab73f69ae67d
Watch attached to pole, Stryd on shoe: https://maps.suunto.com/move/aarontoponce/696eebc8eb45b7069143f5b0

Completed 15 complete laps for both tests. With the Stryd attached to the pole and the watch recording GPS track, 0 meters were traveled.

With the watch attached to the pole and the Stryd recording foot motion, 952 meters were traveled. I might have miscounted and walked 14 laps instead of 15. The online measurement tools could be off also.

I’m both surprised and confused by this conclusion. Surprised, because given the communication I’ve had with Stryd support and my own analysis of the collected data, I expected to see distance when the was watch in motion and the Stryd stationary.

I’m confused however because of that analysis. When I’m on the treadmill, Suunto and Stryd agree 100% on distance and pace. When I’m outdoors, they always disagree. Why?