Huawei announces Watch Ultimate 2 Green Edition with specialized golf tracking for European markets
Huawei has launched the Watch Ultimate 2 Green Edition in select European markets, expanding its premium wearable lineup. This new hardware variant introduces dedicated golf tracking software and joins the previously released blue and black models. The launch brings targeted regional availability to consumers in Spain, France, and Germany as the manufacturer continues to target the high-end outdoor sports segment.
Regulatory Context and Certifications
The development follows the initial rollout of the Watch Ultimate 2 series late last year. It expands the company's portfolio of devices aimed at outdoor enthusiasts and professional athletes. Regulatory filings confirm the new device maintains the strict durability standards of its predecessors. According to the certification database, the smartwatch holds ISO 22810 and EN 13319 ratings. This specific hardware classification officially certifies the wearable for diving depths of up to 150 meters. The device is positioned to compete directly with other premium rugged smartwatches currently available in the global market.
Hardware Specifications and Material Design
Zirconium-Based Chassis Construction
The physical design of the new smartwatch matches older models in the series. The company remains focused on making the device highly durable. Industry analysts note that the core chassis is constructed from a zirconium-based liquid metal. This specific material is designed to resist corrosion. This is a fundamental requirement for marine and outdoor equipment exposed to harsh elements over extended periods.
Display Technology and Visuals
Manufacturer documents show the device has a 1.5-inch LTPO 2 AMOLED display. The screen is protected by a thick sapphire glass dial. This prevents scratching during outdoor activities like rock climbing or diving. The display panel is engineered to reach a peak brightness of 3,500 nits. This brightness level is intended to keep the screen readable in direct sunlight on a golf course or in murky underwater environments.
Aesthetic Updates and Included Accessories
The rear case of the watch is constructed from nanocrystal ceramic. This material is designed to be comfortable against the skin while remaining highly durable. The new Green Edition specifically incorporates a dual-tone green and white ceramic bezel. This distinguishes it visually from the earlier models.
The retail package includes multiple strap options to accommodate different use cases. Buyers receive a premium titanium strap for daily wear. A standard green fluoroelastomer strap is included for general fitness activities. An extra-long strap designed specifically to fit securely over thick neoprene diving suits is also provided in the box. The core device weighs approximately 80.5 grams without the strap attached. It measures 47.8 millimeters in diameter, giving it a substantial footprint on the wrist.
Internal Sensors and Software Capabilities
Health Monitoring and Biometrics
The wearable device operates on the company's proprietary HarmonyOS 5.1 software. It includes a comprehensive array of biometric and environmental sensors. The internal hardware includes an accelerometer, gyroscope, magnetometer, barometer, and a dedicated temperature sensor to monitor external conditions.
A notable hardware inclusion is the multi-sensing X-TAP technology system. This integrated system uses an electrocardiogram (ECG) and optical sensors to track heart health. According to health documentation provided by the manufacturer, the device can detect arterial stiffness. It can also measure blood oxygen saturation levels and track detailed sleep patterns. The watch also features a specialized depth sensor calibrated for underwater activities.
Connectivity and Network Independence
The device includes an integrated eSIM module. This component allows the watch to connect to cellular networks independently of a paired smartphone. Users can make phone calls, send text messages, and stream audio directly from the watch. The hardware architecture also supports Wi-Fi 6 for fast data transfers. It includes Bluetooth 5.2 for accessory pairing and Near-Field Communication (NFC) for contactless payments at supported retail terminals.
Specialized Sports Tracking Systems
Golf Course Mapping and Analytics
The Green Edition of the smartwatch introduces an expanded suite of software tools specifically designed for the sport of golf. The internal software includes pre-loaded data for more than 17,000 golf courses globally. The interface displays three-dimensional high-definition maps of the terrain directly on the 1.5-inch screen.
A new feature called "Plays Like" helps users measure exact distances to the pin. It provides data-driven suggestions for their next shot based on environmental factors. The software also includes an interactive on-screen scorecard. This is located around the digital bezel for easy access during a game.
Deep Water Submersion Features
For underwater activities, the device maintains the rigorous 150-meter water resistance rating. The hardware includes a new sonar-based underwater communication system. This technology allows multiple users wearing the same compatible device to exchange predefined text messages while completely submerged. According to technical specifications, the underwater communication range extends up to 30 meters. The software includes specific operational modes for recreational diving, technical diving, and freediving. It provides essential metrics like ascent rates and decompression stops.
Engineering and Manufacturing Constraints
Managing High-Pressure Environments
Developing a wearable device that functions both as a daily communication tool and a reliable deep-water diving instrument involves complex engineering constraints. Traditional smartwatches struggle significantly with water pressure. Water ingress can easily destroy internal circuitry, display panels, and battery components in a matter of seconds at high depths.
To achieve the certified 150-meter dive rating, the manufacturer had to completely redesign the internal seals of the device. According to industry specifications, the watch meets both IP68 and IP69 standards. The IP69 rating specifically indicates that the device can withstand high-pressure, high-temperature water jets. This level of environmental protection requires highly precise manufacturing tolerances. The physical input buttons are typically the weakest points for water resistance on any watch. These must be sealed using advanced gaskets and proprietary materials that do not degrade over time when exposed to saltwater environments.
The Use of Liquid Metal
The integration of liquid metal also presents significant manufacturing difficulties for the company. Zirconium-based amorphous alloys are created by cooling molten metal rapidly. This specific manufacturing process prevents the formation of a traditional crystalline structure. This results in a material that is highly elastic and resistant to permanent physical deformation. However, shaping and machining this specific material is considerably more expensive and time-consuming than working with standard stainless steel or aluminum. This manufacturing complexity directly contributes to the higher retail price of the final consumer product.
Battery Capacity and Power Management
Battery technology remains a primary physical limitation for modern wearable electronics. The physical size of a wristwatch restricts the maximum capacity of the lithium-ion battery that can be installed inside the chassis. This specific device includes an 867 milliampere-hour (mAh) battery. While this capacity is considered large for a smartwatch, managing the overall power consumption of the bright display and numerous sensors is critical for usability.
The display technology plays a major role in overall power management. The device utilizes a Low-Temperature Polycrystalline Oxide (LTPO) AMOLED screen. This display technology allows the screen to dynamically adjust its refresh rate based on the exact content being shown. When viewing a static image, the screen uses significantly less power. This efficiency is necessary to support the high peak brightness of 3,500 nits without draining the internal battery entirely in just a few hours of outdoor use.
The central processor and operating system software must also aggressively manage background tasks to conserve energy. Features like continuous heart rate monitoring, cellular network pings, and satellite tracking require constant electrical power. The HarmonyOS operating system attempts to balance device performance and battery efficiency. Industry analysts note that achieving the manufacturer's advertised fourteen-day battery life requires disabling many of the advanced features. This includes turning off the always-on display setting and continuous cellular network connectivity. Under heavy operational use, the battery life is significantly reduced.
Shifts in the Broader Wearable Market
The release of this new smartwatch model highlights a broader shift currently happening within the consumer electronics industry. Hardware manufacturers are increasingly developing premium wearables designed specifically for extreme sports and outdoor activities. This development fits into the ongoing competition among major technology companies to capture the high-end segment of the market.
Apple currently offers the Apple Watch Ultra series. This targets a very similar demographic of recreational divers and outdoor athletes. Samsung recently entered this specific rugged market segment with the release of the Galaxy Watch Ultra. Garmin has historically dominated the premium outdoor GPS watch market with its long-running Fenix and Descent product lines.
The industry competition is heavily focused on advanced material science and new sensor technology. While Apple and Samsung primarily use aerospace-grade titanium for their premium smartwatch cases, Huawei has opted to utilize the zirconium-based liquid metal. Industry reports suggest this specific material provides even higher resistance to physical wear and saltwater corrosion over time.
Another major trend in the wearable electronics market is the integration of standalone connectivity. The inclusion of dual-band satellite positioning systems and independent cellular connectivity via eSIM is quickly becoming the standard expectation for high-end devices in this price tier. Companies are also competing intensely to improve overall battery efficiency through better software optimization.
Impact on Consumer Upgrade Cycles
The introduction of this device affects consumers who are actively looking to upgrade their current wearable technology. For general everyday users, the high retail price point and highly specialized features of this watch may far exceed their daily requirements. However, for consumers engaged in specific outdoor activities like technical diving or frequent golf, the device offers consolidated functionality that may replace dedicated equipment.
The upgrade cycle for premium rugged smartwatches is typically much longer than the standard cycle for mobile phones. Consumers generally expect a device in this high price category to remain highly functional for several years. The deliberate inclusion of durable materials like thick sapphire glass and liquid metal alloys is designed specifically to support a longer overall product lifespan. It helps the device resist daily wear and tear.
The independent cellular capability also impacts how consumers practically use their devices. The technical ability to leave a smartphone at home while exercising outdoors offers a fundamentally different user experience. However, consumers should note that using cellular network features consistently will drastically alter their typical charging habits. It will noticeably reduce the total daily battery life of the smartwatch.
Author Insight on Wearable Market Trends
Covering the consumer electronics industry reveals clear patterns in how major companies design and market wearable devices. Over the last three years, the industry focus has shifted entirely away from basic step counting and simple notification mirroring.
First, hardware companies are actively segmenting the market. Instead of attempting to create one universal watch for everyone, manufacturers are building highly specific, targeted devices. A watch designed exclusively for analyzing a golf swing and tracking deep-sea diving metrics is a niche product. This targeted approach allows companies to justify significantly higher retail prices by offering complex software tools that replace standalone equipment like laser rangefinders.
Second, the definition of a premium material in this category is rapidly evolving. Five years ago, basic stainless steel was widely considered the standard for high-end smartwatches. Today, companies utilize titanium, hardened ceramic, and complex liquid metal alloys. This shift in materials is necessary to support the marketing claims of extreme durability in harsh environments.
Finally, smartwatch software platforms are becoming substantially more independent. Early smartwatches functioned primarily as secondary, dependent screens for mobile phones. Current flagship devices operate much more like independent, standalone computers worn on the wrist.
Prior Device Generations and Announcements
The release of the new green color variant is part of an ongoing product development cycle. Understanding the hardware history provides necessary context for this latest news.
The company released the original Watch Ultimate in early 2023. That initial device introduced the zirconium-based liquid metal case and the first iteration of the company's diving features. It effectively established the foundation for the manufacturer's premium wearable tier.
In September 2025, the manufacturer announced the Watch Ultimate 2. The initial global launch included only black and blue color variants. This second-generation device introduced the multi-sensing X-TAP technology and the sonar-based underwater communication system. It also improved the peak display brightness and expanded the accuracy of the satellite positioning capabilities.
Earlier supply chain leaks in February 2026 hinted at a new hardware version tailored specifically for the sport of golf. Regulatory certification listings published at that time revealed the new green design and the updated software features. The current European launch confirms those earlier industry reports.
Expected Release Timelines and Regional Pricing
The device is currently becoming available across several major European countries. Industry reports and official retail listings indicate a staggered regional shipping schedule.
Based on current retail information, the smartwatch is expected to begin shipping to consumers on March 13 in France. Customers located in Germany can expect hardware deliveries to begin starting around March 16. For the Spanish retail market, shipments are scheduled to begin before March 19.
The official retail price for the new Green Edition is €899. This pricing precisely matches the previously released blue variant of the watch. The standard black variant currently retails for a slightly lower price point of €799. Regional promotions are currently available in select markets. In Spain, a promotional code provides a ten percent discount at checkout until March 19. German buyers can receive an eight percent discount and a free warranty extension until March 21.
Key Takeaways
The Huawei Watch Ultimate 2 Green Edition is now available in select European markets.
The premium smartwatch features a zirconium-based liquid metal case, a sapphire glass display, and a dual-tone ceramic bezel.
The software introduces comprehensive golf tracking tools, including three-dimensional maps for over 17,000 global courses.
The hardware maintains a 150-meter dive rating and includes a sonar-based underwater communication system.
The new edition retails for €899, with regional launch promotions available in Spain, Germany, and France.
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