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Garmin Fenix 9 Pro arrives: Review of new premium outdoor smartwatch. The Garmin Fenix 9 Pro is a premium outdoor smartwatch with a titanium build and bright AMOLED display. It offers advanced connectivity via InReach and multi-day battery life, but its high cost and limited smart features are noted drawbacks. The Garmin Fenix 9 Pro is positioned as a premium outdoor smartwatch, combining a bright AMOLED display, a rugged titanium build, and specialized connectivity options. It carries a price point of £1029 / $1199. The device is available in 43mm, 47mm, and 51mm sizes. Review of the 47mm model showed a titanium case slightly thinner than its Fenix 8 series counterpart. The watch maintains a 10ATM water resistance rating and satisfies military standards for impact, vibration, and temperature extremes. A sapphire lens protects the display from scratches. The 1.5-inch AMOLED screen reaches 3000 nits of peak brightness. This ensures the display remains clearly visible even in bright sunlight, offering rich colour and deep contrast for outdoor use. In performance, the Fenix 9 Pro is described as fast and responsive, with map loading improved compared to earlier models, though the upgrade over the Fenix 8 series is minor. Functionally, the watch focuses heavily on outdoor and exercise metrics rather than highly interactive smart features, including a dedicated diving app. Health tracking relies on the retained Elevate Gen 5 optical heart rate sensor for continuous monitoring of heart rate, HRV, and blood oxygen. Computer Hardware Accuracy remains a strength, with the multi-band GPS system providing consistent performance, even when positioned under tree cover. While sleep tracking has improved over time, it reportedly remains slightly less effective than devices like the Oura ring at detecting broken nights. Battery life represents a major feature of the device, attributed to a more efficient processing platform. The watch can last up to 18 days with the always-on display disabled. With the always-on display enabled, the 47mm model offers seven to nine days of use. For GPS tracking, the 47mm model achieves up to 30 hours of battery life when LTE is disabled. For users requiring emergency communications, the optional InReach satellite connectivity allows sending messages and sharing location without a mobile signal. This feature, though beneficial for multi-day adventures, adds to the overall cost of the hardware and associated services. The software presentation in the Garmin app provides a wealth of data but lacks the polished presentation found in competitors like Google Health or Oura. The report suggests the Fenix 9 Pro is an all-round option for those spending multiple days outdoors, citing its durable build, vibrant screen, and advanced connectivity. However, the price point above £1000, combined with the InReach subscription cost, makes it a substantial investment. Owners of the Fenix 8 or 8 Pro are advised that the upgrades are relatively minor. However, for users of older Fenix models, the Fenix 9 Pro is presented as a more compelling upgrade option.

How Garmin's new 'Epic' feature helps me see the bigger picture of my training. Sep 24, 2026 - 05:16 Meredith Dietz Senior Staff Writer Experience Meredith is a marathon runner and stand-up comedian. As Lifehacker's Senior Staff Writer, she covers personal fitness tech, home gym equipment, and more. September 23, 2026 Netzender.com may earn a commission from links on this page. Credit: Meredith Dietz Table of contents. Garmin's new logging feature, Garmin Epic, is getting buried in the launch of the latest Fenix 9 watch, but it deserves a headline of its own. It's a shareable digital travel journal for your big trip, being pitched by Garmin as the kind of thing you post after a major hike or race. Personally, I think that framing undersells it. Epic is also a great training-analysis hack, and that's how I plan on using it for my upcoming marathon this fall. First things first: Garmin Epics are not to be confused with Garmin's older watch line, epix, with an "x". This feature is Epic, with a "c". The names are close enough that searching for one turns up the other, so double-check the spelling. What is a Garmin Epic? A Garmin Epic is a digital travel journal that combines your activities, maps, photos, and key health and performance metrics into a single interactive timeline you can revisit and share. With the Fenix 9 smartwatch, you can create and start an Epic directly from your watch. For older watches, you can still create Epics in the Garmin Connect app. Once you create an Epic, you can see all activities on one map, photos, an activity feed, daily notes, and selected performance and health reports across the whole span. It's a free Garmin Connect feature, and Garmin's launch demo showed a Reports tab with sleep score, resting heart rate, and HRV status for the same dates. Credit: Meredith Dietz Again, although the launch of Garmin Epic is wrapped up in the launch of the Fenix 9, you don't need that smartwatch to use Epics in the Connect app: You can find it under the Activities menu. You can also group past activities into an Epic after the fact, and that ability is what makes the training-hack angle work. What do you think so far? An Epic can run up to 92 days and keeps cumulative distance and calories along with sleep, recovery, and HRV status. That's about 13 weeks, which conveniently covers a typical training block for a half-marathon-level event. Here are some ways to use it: Wrap a whole training block. Make one Epic per build, such as "Fall Marathon Build" or "Base Phase." You get total volume and the recovery trend in a single view, and you can compare it against your next block. Review a training camp or big week. Garmin lists training camps as a use case: Group the days, see total volume, and check how fitness and recovery responded over time. Look back at a build after the race. Backdate an Epic across the last 10 weeks and see whether your HRV status and sleep held up. Then you can decide what to repeat for next time. Track a return from injury or a taper. Sometimes these are periods where the trend matters more than any single run. Use daily notes as a subjective log. "Legs heavy," "slept badly," "felt great." The metrics show what your body did, but your notes show how it felt, which is usually what explains a strange week. Plan ahead. You can schedule up to five future Epics, up to 366 days in advance. Set up your next block before it starts. Garmin Epic wasn't designed to be a comprehensive training-analysis feature, so it's not a flawless system. Still, while Epic is marketed as the place to relive your adventures, I'd argue the more useful trick is using it to zoom out and look for patterns in your training for next time.

Garmin's muscle oxygen move: acquisition of Moxy signals shift for serious training. Garmin has acquired Moxy Monitor according to the5krunner, gaining muscle oxygen sensor technology for its upcoming Muscle Battery feature. The move promises deeper insights into localized muscular fatigue and recovery beyond wrist-based metrics. Serious athletes stand to gain precise data for pacing, training load, and recovery decisions. Wednesday, September 23, 2026 Garmin just took a decisive step into a once-niche corner of sports science. According to a report from the5krunner published Tuesday, the company has acquired Moxy Monitor. The deal, confirmed by a source with direct knowledge but not yet officially acknowledged by either party, brings in-house a leader in near-infrared spectroscopy sensors that measure muscle oxygen saturation, or SmO2. This changes things. For years Garmin watches have displayed SmO2 data from third-party ANT+ sensors like Moxy or Train.Red. Raw numbers appeared. Real insight stayed locked in separate apps. Now Garmin owns the hardware, the calibration data, and years of field testing. A dedicated sensor pod seems inevitable. One that straps directly onto the working muscle. One that feeds a new proprietary metric called Muscle Battery. Why muscle oxygen matters more than wrist-based metrics alone Heart rate tells a systemic story. Blood oxygen via Pulse Ox offers another view. But neither captures what happens inside the specific muscles under load. SmO2 does. It reveals in real time how well oxygen reaches the tissue that actually produces force. A drop signals fatigue setting in locally. A quick rebound shows recovery capacity between intervals or sets. Serious athletes already chase this data. Elite runners, cyclists, and strength trainers use it to pace efforts, adjust training zones, and avoid overreaching. Current Garmin features like Training Readiness and Body Battery draw from heart rate variability, sleep, and activity load. Muscle Battery promises to add a direct window into muscular fatigue. The kind that often lingers after cardiovascular markers look fine. And the kind that determines whether tomorrow's session should be easy or hard. The original TechRadar article laid out the case months ago. Serious athletes want it because it moves training from guesswork to precision. An endurance athlete can see exactly when their quadriceps deoxygenate during a hard climb. A lifter can track recovery between heavy sets on the bench press. The data lets them optimize rest, intensity, and volume with evidence rather than feel. But. Implementation matters. SmO2 sensors must sit flush against the target muscle. Ambient light must stay blocked. Strap tension affects readings. Moxy's devices already solve many of these problems. Garmin gains that expertise without starting from scratch. An APK teardown reported by Gadgets & Wearables in July showed the Garmin Connect app already prepared for rich data. Fields include average, minimum, and maximum saturated hemoglobin percentage. Separate fields track total hemoglobin concentration. These go beyond a single percentage. They show how oxygen levels fluctuate throughout a session. How low they drop. How fully they recover. Such granularity lets algorithms build a meaningful score. One that ordinary athletes can act on without interpreting raw spectroscopy graphs. Garmin filed the Muscle Battery trademark in February 2026. The description spoke of software that captures, processes, and analyzes muscle oxygen saturation using special algorithms. It listed wearable fitness trackers and smartwatches as the target devices. Yet the sensor itself won't live in the watch. Wrist placement can't measure leg or chest muscles accurately. Expect a separate pod. Likely similar in form to existing Moxy units but integrated into Garmin's ecosystem. Data will flow to Forerunner, Fenix, and Edge devices. It will feed Training Readiness, recovery recommendations, and strength training plans. Competition adds pressure. Whoop received a patent in April 2026 for its own NIRS sensor with pressure-aware strap technology. The design aims to solve consistency issues across sessions. Garmin's acquisition leapfrogs licensing deals and gives control over both hardware and software. The5krunner noted that the purchase aligns with Garmin's pattern. Take a proven sensor. Wrap it in a consumer-friendly score. Deliver it alongside existing metrics like Cycling Dynamics or Body Battery. Early signs appeared in app code and trademarks. By summer 2026, references to muscle oxygen data fields multiplied. Analysts predicted a 2027 launch alongside new Fenix or Forerunner models. The reported acquisition accelerates that timeline. Garmin now holds validated scientific hardware and a trove of real-world data. Calibration becomes easier. Accuracy improves faster. Athletes who train with power meters or lactate testing already understand localized fatigue. Muscle oxygen adds another layer without blood draws or lab visits. During interval sessions, it can show which muscle groups fatigue first. In strength work, it quantifies recovery between sets more objectively than perceived exertion. Over weeks, trends reveal whether a training block builds muscular resilience or simply accumulates fatigue. Of course challenges remain. Multiple sensors may be needed for different muscle groups. Cost could limit adoption to dedicated athletes. Data interpretation still requires context. Garmin's strength has always been turning complex physiology into actionable guidance. If Muscle Battery succeeds, it will translate SmO2 fluctuations into simple recommendations. Train now. Recover longer. Adjust volume. The same approach that made Body Battery useful for millions could elevate this metric. Recent coverage reinforces the momentum. A September 2026 Frandroid article explained the science behind Moxy's NIRS technology. Light penetrates tissue. Different wavelengths are absorbed differently by oxygenated and deoxygenated hemoglobin. The sensor calculates saturation percentage. Garmin's interest in muscle data also shows in its strength training plans and the Muscle Battery trademark itself. So the acquisition fits a broader pattern. Garmin continues to expand beyond wrist-based heart rate and GPS. It targets the precise physiological signals that separate good training from optimal training. For endurance athletes chasing podiums or personal records, the difference matters. For strength athletes managing volume and recovery, it offers new visibility. For the company, it strengthens its position against rivals moving into the same territory. Details of the deal remain sparse. Neither Garmin nor Moxy has issued statements. Yet the source's credibility and timing suggest serious progress. When official confirmation arrives, expect announcements around new hardware and software features. Watches will display the data. The real value will come in how Garmin synthesizes it with sleep scores, training load, and readiness metrics. A more complete picture of an athlete's capacity. One measured at the muscle itself. That represents real progress. Not hype. Not another sensor for its own sake. A tool that addresses a genuine limitation in current wearable data. Serious athletes have waited for this level of insight to reach the mainstream. With Moxy now reportedly part of Garmin, that wait may soon end. Subscribe for Updates