The latest HyperOS 4 beta update is being distributed to participants who signed up during the earlier recruitment period and were chosen for testing. This round covers several devices across Xiaomi’s product range, including select REDMI K series smartphones, MIX models, and Xiaomi tablets.

Eight Devices Join the HyperOS 4 Beta

The third beta batch covers the following eight devices:

• REDMI K100 Pro Max
• REDMI K100 Pro
• REDMI K80 Pro
• REDMI K80 Supreme Edition
• REDMI K80
• Xiaomi MIX Flip 2
• Xiaomi Tablet 7 Ultra
• Xiaomi Tablet 7S Pro 12.5

Xiaomi says the latest beta build does more than introduce the system’s existing features. It also adds new AI-powered functions designed to make everyday tasks easier to complete directly from the interface.

HyperOS 4 Adds a More Interactive AI Assistant

One of the major additions is the Super Xiaoice Inspiration Ball, which can be accessed by dragging from the side of the screen and holding the gesture.

The feature is designed to understand what the user is pointing at and then perform related actions. For example, users can point to an address to start navigation or select a schedule to add it to the calendar.

It can also recognize photos for more precise editing, making the feature less dependent on manually opening individual apps and entering information.

These functions show Xiaomi’s broader approach to integrating AI into common smartphone interactions rather than limiting Xiaomi AI features to standalone chat or search tools.

AI Calling Brings Automatic Call Assistance

The latest HyperOS 4 beta also introduces an AI Calling feature.

According to Xiaomi, users can configure AI call answering through a Xiaoice conversation. After handling a call, the system can automatically summarize the important information.

The feature is also designed for specific everyday scenarios. Xiaomi says it can provide suggested replies for calls related to services such as food delivery and package delivery.

AI voice replies are also supported for incoming calls, giving users another way to handle simple conversations without manually responding to every request.

Xiaomi says both the Super Xiaoice Inspiration Ball and AI Calling will be rolled out to the supported HyperOS 4 beta devices in stages.

HyperOS 4 Focuses on a Softer Visual Design

Beyond AI features, Xiaomi HyperOS 4 introduces a new visual direction built around what the company describes as a “Life-Aware Aesthetic” design language.

The interface uses soft glass-style visual materials, with panel transparency able to change according to the content displayed on the screen.

The system also adds flowing light effects during certain drag-and-drop interactions. As users move elements around the interface, the visual effects follow the movement, creating additional depth and motion.

These changes are intended to make everyday interactions feel more dynamic while maintaining a consistent visual style across the operating system.

More Lock Screen and Home Screen Customization

HyperOS 4 also expands customization options for the desktop and lock screen.

Users can reportedly move the clock to different positions on the lock screen, while notification management has been adjusted to provide more flexible stacking and storage options.

Folder customization has also been expanded, including an option to switch folder sizes more easily. In addition, desktop widgets can be grouped together, giving users more ways to organize information without filling the home screen with separate widgets.

Xiaomi Targets Smoother System Performance

Performance optimization is another part of the HyperOS 4 beta.

Xiaomi says it has made deeper changes to the underlying system kernel and introduced technologies such as load calculation and memory preloading.

The company is also working with a dedicated application runtime environment to improve application startup and overall system responsiveness.

Rather than focusing only on visual changes, these system-level optimizations are intended to improve how quickly apps launch and how smoothly the interface operates during everyday use.

HyperOS 4 Beta Rollout Continues in Stages

The third HyperOS 4 beta batch expands Xiaomi’s testing program to eight more devices, while the new AI calling and interactive assistant features add another layer to the software update.

The combination of AI functions, expanded customization, a refreshed interface, and system-level performance improvements makes this beta release broader than a simple visual update.

As an early test release, HyperOS 4 may offer different features depending on the device and beta version installed. Xiaomi is likely to make further changes throughout the testing period before the final stable version reaches a broader user base, while more compatible devices and functions could join the program later.

The post Xiaomi Adds 8 More Devices to the HyperOS 4 Beta Testing Program appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

The BLAST7K Fresh also marks the debut of DOJO’s new logo—a symbol of authentic expression, free-spirited energy and continuous progress—and the beginning of a new chapter for the brand.

At its heart is DOJO’s proprietary INSTA-JUICED technology, which uses a unique 0+6ml freshness-locking structure to isolate e-liquid from the coil until activation. By preventing the oxidation that causes stale flavours, it keeps every puff tasting as fresh as just-picked fruit and retains over 70% more freshness, even after long-term storage.

DOJO’s advanced COREX BLAST technology and Dual Mesh coil ensure consistent heat distribution and optimal wicking for a True Fresh Flavour that lasts to the final puff. A 1000mAh battery delivers up to three days per charge, while SSS Leak-Resistant Tech protects against leaks across its 7,000-puff lifespan.

Central to the BLAST7K Fresh is its “Create Your Fresh Journey” concept: four creative, holiday-inspired designs, each paired with a distinct moment of escape.

Dragon Trail follows an ink-black dragon through misty bamboo into quiet calm. Surf Route cruises the coast, where sea breeze meets white-capped waves. Aloha Palm slows time on sun-warmed sand as palm fronds sway in a tropical breeze. Lemon Pop swirls sun-kissed lemon with a gentle fizz, full of light and ease.

Each design brings its own personality, inviting users to step away from the daily hum.

Launching in 10 best-selling flavours, the BLAST7K Fresh works with the entire BLAST pod range—from the new 0+10ml pods to the 2+8ml pods in 10mg and 20mg strengths designed for the BLAST10K and BLAST30K PRO—giving users access to 40 unique flavours and a seamless transition across the BLAST ecosystem.

“The BLAST7K Fresh opens the Fresh experience to more adult vapers,” said a DOJO spokesperson. “With our new identity and four distinctive designs, we invite everyone to create their own fresh journey—without compromising flavour, freshness or value.”

The DOJO BLAST7K Fresh will be available at selected UK retailers soon.

For more information, please visit: https://www.dojovape.com/

The post DOJO BLAST7K Fresh Debuts With Updated Branding and Four Distinct Designs appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

The update covers a wide range of Pixel phones and tablets, extending from the Pixel 6 generation through the newly released Pixel 11 family. For users coming from the Android 17 QPR1 beta program, the final release is also arriving as a relatively small update rather than requiring a complete system reset.

Android 17 QPR1 Gives the System UI a More Expressive Look

One of the most obvious changes in Android 17 QPR1 is the increased use of blur and transparency throughout the system interface.

The volume panel now uses a semi-transparent design with dynamic colors, while the expanded volume interface has received a visual update. Google has also added background blur to the power menu, giving system controls a more layered appearance.

These changes make the interface feel less static and put more emphasis on depth, transparency and animated transitions.

New Material 3 Multitasking Interface

These changes are part of Google’s broader Material 3 design direction, which emphasizes more expressive motion, adaptive colors and updated interface components.

When several apps are open, the system media and multitasking interface now uses a Material 3-style carousel. Instead of displaying a row of simple dots at the bottom, the interface provides previews of other open applications.

The active app card can also shrink to make room for additional previews, making it easier to recognize and switch between recently used apps.

Quick Settings Get New Animations and Controls

The Quick Settings panel receives several practical changes in this release.

Google has introduced new elastic-style animations when opening Quick Settings, while an edit button is now displayed in the lower-right area for easier customization.

The mobile data tile also gains a “Don’t ask me again” option. Another new addition is a dedicated Keyboard Quick Settings tile, which provides faster access to the system keyboard switcher.

Screen recording has also been adjusted. The tool now defaults to the application that was used for the previous screen recording session, potentially reducing the number of steps needed to start another recording.

Home Screen Menus Are More Clearly Organized

Android 17 QPR1 changes several interactions on the Pixel home screen.

Long-pressing an app icon now separates app-specific shortcuts from system-level actions such as widgets and bubbles. This creates a clearer distinction between functions provided by the app and Android’s own controls.

Long-pressing an empty area of the home screen also opens an updated wallpaper switching interface. The new design uses more noticeable rounded corners and a cleaner arrangement of menu options.

Settings Gets New Material 3 Expressive Icons

The Settings application is another area receiving a visual update.

Android 17 QPR1 introduces new Material 3 Expressive icons in Settings. The design language was previously seen on Pixel Watch devices and is now being brought more prominently to the phone experience.

Google has also added a new animation when users double-click the power button from the lock screen to launch the camera.

Health Connect Tracks More Activity Data

Health-related tracking also gets an expansion in Android 17 QPR1.

Health Connect can now track additional activity measurements, including distance traveled and calories burned, alongside existing step information.

This gives Pixel users more data points for monitoring everyday movement without requiring every activity metric to be handled by a separate application.

Android 17 QPR1 Compatible Pixel Devices

The stable update is available across a broad range of Google Pixel phones and tablets, covering several generations from the Pixel 6 series onward:

• Pixel 6 and Pixel 6 Pro
• Pixel 6a
• Pixel 7, Pixel 7 Pro and Pixel 7a
• Pixel Tablet
• Pixel Fold
• Pixel 8, Pixel 8 Pro and Pixel 8a
• Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, Pixel 9 Pro Fold and Pixel 9a
• Pixel 10, Pixel 10 Pro, Pixel 10 Pro XL, Pixel 10 Pro Fold and Pixel 10a
• Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL and Pixel 11 Pro Fold

The inclusion of the latest Pixel 11 series means the QPR1 release covers Google’s recent Pixel generations as well as several older devices.

What Beta Users Need to Know

Users who are currently running Android 17 QPR1 Beta 9 should receive a relatively small update to move to the stable release.

However, users participating in the Android Beta Program may need to exit the beta program before receiving the stable OTA update, depending on their current enrollment status.

The stable update is being distributed over the air and does not require users to erase their device data as part of the normal upgrade process.

Android 17 QPR1 Is More Than a Visual Update

While the new blur effects and Material 3 styling are among the most visible changes, Android 17 QPR1 also improves everyday interactions through redesigned multitasking, Quick Settings controls, home screen menus and additional Health Connect measurements.

For Pixel owners, the update therefore represents a combination of visual refinement and practical interface changes, rather than simply another maintenance release. The continued Android Beta Program will also allow Google to test future QPR releases and feature updates on supported devices.

The post Android 17 QPR1 Stable Update Rolls Out to Pixel Phones With New UI and Pixel Features appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

Under the implementation schedule published by Russia’s national product identification system, Chestny ZNAK, manufacturers, importers and other businesses handling covered products must register with the digital labeling system from September 1, 2026.

Russia’s latest move adds another layer to its evolving vape regulation and nicotine-product compliance framework, particularly for manufacturers and importers selling reusable devices in the country.

The next major deadline comes on December 1, 2026, when newly manufactured or imported products covered by the rules will be required to carry digital identification codes and be reported as entering the Russian market.

The phased approach means September is primarily a registration and system-integration milestone rather than the date when every covered device must immediately carry a code.

September Registration Comes Before Mandatory Product Coding

The new requirements apply to reusable electronic cigarettes and similar personal vaporizing devices that have been brought into Russia’s digital product-tracking framework.

From September 1, manufacturers, importers and other relevant market participants are required to complete registration with Chestny ZNAK and establish the necessary technical connection to the system.

Starting December 1, newly produced and newly imported covered devices will need to receive the required digital identification marks. Businesses will also have to submit information confirming that the products have entered circulation.

This distinction is important for companies preparing for the new rules. The September deadline begins the mandatory registration phase, while the December deadline introduces the main product-labeling requirement.

New Guidance Targets Importers of Foreign-Made Devices

As the mandatory registration stage began, Chestny ZNAK also published operational guidance covering products manufactured outside Russia.

Under the process, the importer becomes the first owner of the goods after they enter the Russian market and is responsible for completing the relevant registration and contractual procedures.

Importers must also coordinate product information, identification codes and market-entry data through the digital system.

For overseas manufacturers and their Russian distribution partners, the immediate priority is therefore to make sure their accounts, product records and import procedures are ready before the December labeling deadline.

Digital Tracking Will Continue Into 2027

Russia’s labeling system does not end once identification codes are applied to products.

The current implementation schedule extends the reporting requirements into 2027. From June 1, 2027, reporting obligations for products moving through the supply chain are scheduled to become more extensive.

A further milestone is planned for December 1, 2027, when information concerning products leaving circulation will also become subject to mandatory reporting.

The rules also provide transitional arrangements for certain products manufactured or imported before December 1, 2026. Some imported products purchased before that date but cleared through customs afterward may also qualify for a limited period in which the required labeling can be completed.

As a result, the policy should be viewed as a broader digital traceability system, rather than simply a requirement to place a code on an individual package.

From Voluntary Testing to Mandatory Compliance

The latest requirements follow an earlier voluntary labeling experiment.

Russia began testing digital identification for reusable electronic cigarettes and similar devices in July 2025. The voluntary phase gave manufacturers, importers and other businesses an opportunity to connect their operations with the Chestny ZNAK system and test the required data flows.

Regulators subsequently worked on a mandatory implementation timetable while allowing additional preparation time for businesses and technology providers.

In May 2026, the Russian government approved Resolution No. 577, establishing the framework for bringing the relevant electronic cigarette devices into the mandatory labeling system.

The result is a phased schedule: registration in September 2026, mandatory product coding from December 2026, followed by expanded circulation and end-of-life reporting in 2027.

The New Rules Focus on Device Hardware

One important point is that the September and December requirements should not be interpreted as meaning that every electronic cigarette or nicotine product in Russia suddenly became subject to the same labeling requirement.

The latest expansion specifically targets reusable electronic cigarette devices and similar personal vaporizing hardware.

Russia has already introduced separate identification and tracking requirements covering certain tobacco, e-liquid and nicotine-related products. The latest measure expands the country’s digital traceability framework to another part of the supply chain: the hardware itself.

This creates a more comprehensive regulatory structure in which different tobacco and nicotine-related products can be tracked through Russia’s national digital identification infrastructure.

What the New System Means for Vape Businesses

For manufacturers and importers, the practical impact goes beyond obtaining a digital code.

Companies selling covered reusable vape devices in Russia will need to consider digital registration, product information, identification-code management, import declarations and supply-chain reporting as part of their market-entry procedures.

For overseas companies entering the Russian market, understanding electronic cigarette import requirements is becoming increasingly important as digital labeling and supply-chain reporting expand.

The December deadline is therefore likely to be particularly important for overseas manufacturers and Russian importers that regularly bring reusable vaping hardware into the country.

Russia is also tightening oversight in other areas of the tobacco and nicotine market, including online sales, minimum pricing and product circulation. The expansion of digital labeling adds another layer of compliance for companies operating in the market.

Russia’s Vape Labeling Timeline at a Glance

What Comes Next

Russia’s move toward mandatory digital identification represents a significant change for the reusable vape-device supply chain.

The immediate focus for businesses is the December 1, 2026 deadline, but compliance planning will need to account for the subsequent 2027 reporting stages as well.

For international manufacturers, Russian importers and distributors, preparing product data and digital-system access ahead of the deadlines could become an important part of maintaining uninterrupted market access.

The broader direction is clear: Russia is moving from a voluntary labeling experiment toward a full digital traceability framework for reusable electronic cigarette devices, covering registration, import and production, circulation and ultimately the removal of products from the market.

The post Russia Begins Mandatory Digital Labeling for Reusable Vape Devices appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

Listed as a 2.4GHz 2WD model, the Q246 features an alloy body, LED lights and an automatic demonstration mode. Its compact 1/64 scale makes it particularly interesting for people who want an RC vehicle that can be played with indoors or kept on a desk when it is not being driven.

Why a 1/64 RC Car Is Interesting

The biggest attraction of the Q246 is its size. The Q246 belongs to a growing category of mini RC cars that make remote-controlled driving possible in smaller indoor spaces.

A 1/64 RC vehicle occupies dramatically less space than the larger 1/10 or 1/12 models commonly associated with the hobby. That changes how the car can be used. Instead of needing a driveway, backyard or dedicated track, a miniature RC car can be much easier to operate around a home, office or tabletop environment.

That does not mean the Q246 should be treated like a full-size crawler. Its compact format is better suited to short-distance driving, obstacle play and casual maneuvering than extreme terrain.

For beginners, however, that smaller scale can make the hobby feel less intimidating.

Military-Inspired Styling Meets a Metal Body

The Q246 combines a military-style off-road appearance with an alloy body, giving the little vehicle a more substantial visual character than a basic plastic toy.

At 1/64 scale, small design details become an important part of the experience. The proportions, body shape and lighting help the Q246 look more like a miniature vehicle model while the remote-control system turns it into something that can actually be driven.

This dual role is one of the more appealing aspects of the car. It can function as a small RC vehicle during play and as a display piece when parked on a desk or shelf.

2.4GHz Control Is a Practical Choice for a Mini RC Car

The Q246 uses a 2.4GHz radio-control system, a common wireless platform for modern RC vehicles. The frequency is particularly useful for a small car intended for casual indoor and outdoor driving because it avoids the limitations associated with older-style infrared control.

The important point for potential buyers is that the Q246 is designed around conventional remote driving rather than requiring a smartphone as its primary interface.

That makes the experience straightforward: pick up the controller, switch on the vehicle and start driving.

2WD Keeps the Q246 Focused on Casual Driving

The Q246 uses a 2WD drivetrain rather than four-wheel drive.

That specification matters when setting expectations.

Four-wheel-drive RC cars generally have an advantage when climbing difficult surfaces or dealing with loose terrain. A 2WD mini RC car, by comparison, makes more sense when the emphasis is on maneuverability, simple driving and compact construction.

For the Q246, this is arguably an appropriate match for its 1/64 format. The vehicle is small enough that its intended environment can include desktops, floors and relatively simple surfaces rather than demanding rock-crawling trails.

In other words, the Q246 is better understood as a mini off-road-style RC car than a serious miniature crawler.

Automatic Demo Mode Adds More Than Just a Gimmick

One of the Q246’s less conventional features is its automatic demonstration mode.

This allows the car to perform programmed movements without requiring continuous manual control.

For beginners, a demo function can be an easy way to see what the vehicle can do before learning its controls. It can also make the Q246 more entertaining when the car is being used as a casual desktop toy rather than for precise driving.

This is a small feature, but it gives the vehicle a little more personality than a basic forward-and-reverse RC model.

LED Lighting Makes the Miniature Design More Noticeable

The Q246 also includes LED lighting, another feature that works particularly well at this scale.

On a larger RC truck, lights can primarily serve a practical purpose. On a miniature 1/64 vehicle, they also contribute heavily to the visual appeal.

The lights make the car easier to notice in lower-light environments and reinforce its miniature military-vehicle appearance. For collectors who like displaying RC models, lighting can also make the vehicle more interesting when it is sitting on a desk rather than being driven.

Built for Portability Rather Than Extreme Performance

The Q246’s small scale changes the definition of convenience.

A large RC truck can be impressive, but transporting it usually means carrying a dedicated case or simply making sure there is enough room in a vehicle. A 1/64 model is much easier to move between locations.

That makes the Q246 suitable for users who want to keep an RC car available without committing a large amount of storage space to the hobby.

It could work particularly well as a desktop RC car, a compact gift, or an entry point for someone who is curious about remote-controlled vehicles but does not yet want a larger model.

What the Q246 Is — and Is Not

The Q246 is most appealing when its strengths are considered in context. For readers interested in more demanding terrain, larger off-road RC vehicles generally provide greater ground clearance, traction and suspension travel than a 1/64 model.

It is a good fit for:

• Casual indoor RC driving
• Desktop and tabletop use
• Beginners exploring the RC hobby
• Military-style miniature vehicle collectors
• Users who want a portable RC car
• Light off-road-style play
• People who enjoy LED-equipped models

It is less suitable for:

• Serious rock crawling
• High-speed RC racing
• Large outdoor obstacles
• Users specifically looking for 4WD traction
• Advanced hobbyists seeking highly adjustable suspension or proportional controls

That distinction is important. A miniature 2WD vehicle should not be judged by the same standards as a high-performance 4WD crawler.

Q246 Specifications at a Glance

The core specifications above are based on the product listing; the Banggood page currently shows the Q246 with no customer reviews yet, so long-term durability and real-world driving performance should not be treated as independently verified.

Is the Q246 Worth Considering?

The Q246’s appeal comes from its combination of small size and genuine RC functionality.

It does not attempt to compete with large hobby-grade vehicles on speed, suspension travel or off-road capability. Instead, it offers something considerably easier to live with: a miniature vehicle that takes up very little space but still provides the basic interaction of an RC car.

The alloy body, military-inspired appearance and LED lighting also give it a stronger identity than a generic micro RC toy.

For someone buying their first RC car, the Q246 could be an accessible way to experiment with the hobby. For an experienced collector, its 1/64 scale makes it an interesting addition to a miniature vehicle collection.

Final Verdict

Q246 1/64 Mini RC Car is best viewed as a compact recreational RC model rather than a serious off-road machine.

Its 2.4GHz control, 2WD drivetrain, alloy construction, LED lighting and automatic demo mode create a feature set aimed at casual driving and display value.

The real advantage is its size. The Q246 can bring the basic fun of an RC car into spaces where a larger model simply would not be practical.

For buyers who prioritize portability, miniature styling and easy everyday play over outright performance, this tiny military-style RC car offers a distinctly different take on the traditional remote-controlled vehicle.

The post Q246 1/64 Mini RC Car Review: A Tiny Military-Style Off-Road Model for Desktop Driving appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

The post Wltoys 184017 Review: A 1/18 4WD RC Truck With Two-Speed Control appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

The X2201 combines four-wheel drive, a built-in gyro, full-proportional steering and throttle control, LED lighting and an alloy body shell. These features make it more than a basic drift RC car, especially for users who want greater control over slides and quick direction changes. Its advertised top speed is up to 22 km/h, while a 7.4V 800mAh rechargeable battery provides around 16 minutes of claimed driving time.

That combination makes the X2201 less about simply driving fast and more about making a small RC car that can be controlled during slides and quick direction changes.

Small Scale, But Not a Toy-Like Driving System

The X2201 uses a 1/22 scale, giving it a much smaller footprint than many hobby-grade RC cars.

The compact format is useful for indoor driving and smaller spaces where a larger 1/10 or 1/12 model would be difficult to control. It also makes the car easier to store and transport.

More importantly, Geeks has not treated the small chassis as an excuse to simplify the controls. The X2201 uses a 4-channel 2.4GHz transmitter and full-proportional control, allowing the throttle and steering inputs to be adjusted progressively rather than functioning only as basic on/off commands.

That distinction matters when drifting because small changes in throttle or steering can determine whether the car maintains a controlled slide or spins out.

4WD and Gyro Work Together for Drifting

The most interesting part of the X2201 is its combination of 4WD and gyro assistance.

Four-wheel drive sends power to all four wheels, helping the car maintain traction as it accelerates and changes direction. For an on-road drift model, this can also make the chassis more predictable when the rear end begins to step out.

The integrated gyro adds another layer of assistance. A gyro can detect changes in the car’s rotational movement and help correct the steering response, which is particularly useful when the vehicle begins to rotate during a drift.

This does not mean the car will automatically drift perfectly. Driver input, surface conditions, tire grip and throttle control still matter. The gyro is better understood as a tool that can make the car easier to stabilize while sliding.

22 km/h Is More Useful on a Small Chassis

The X2201 has a listed maximum speed of 22 km/h.

That figure may not sound particularly high compared with larger performance RC cars, but speed has to be considered alongside scale.

On a 1/22 model, 22 km/h can create surprisingly quick direction changes over a relatively small area. This makes the X2201 more suitable for controlled on-road driving than simply chasing a high top-speed number.

The car also includes high/low-speed switching, giving users another way to make the vehicle easier to manage when practicing.

Full-Proportional Control Is One of Its Strongest Features

The X2201’s full-proportional control is arguably more important than its headline speed.

With proportional throttle control, the driver can gradually increase or reduce power. Proportional steering similarly allows smaller steering corrections instead of forcing the car between fixed steering positions.

For drifting, this gives the driver more room to experiment with the transition between grip and slide.

The transmitter operates on 2.4GHz and provides approximately 50 meters of control range according to the product specifications.

The actual usable range will depend on the environment, but the specification is more than sufficient for the compact on-road spaces this car is intended to occupy.

Alloy Body and LED Lighting Add More Than Appearance

The X2201 features an alloy body shell, giving the miniature car a more substantial appearance than a basic lightweight plastic model.

LED lighting is another visual highlight. It gives the car a more convincing road-car appearance and makes it easier to see during lower-light driving sessions.

These features do not directly determine handling, but they contribute to the model’s appeal as a small-scale display piece that can also be driven.

Independent Suspension Helps Keep the Chassis Composed

The X2201 is equipped with independent suspension, another feature worth considering on a small drift-focused chassis.

Suspension movement allows the wheels to respond to small changes in the driving surface instead of transferring every bump directly through the chassis.

For smooth indoor floors and other relatively flat surfaces, the suspension should complement the four-wheel-drive layout by helping maintain more consistent contact between the tires and the ground.

This is also why the X2201 should be viewed primarily as an on-road RC car rather than a miniature off-road crawler. Its low-profile drift-oriented design is better suited to smooth surfaces.

800mAh Battery and About 16 Minutes of Runtime

Power comes from a 7.4V 800mAh Li-ion battery, which is included with the vehicle. Banggood lists approximately 16 minutes of operating time and around 120 minutes of charging time.

A 16-minute runtime is reasonable for a compact performance-oriented RC car, although actual driving time can vary depending on speed, surface conditions and how aggressively the throttle is used.

The battery can be recharged through the included USB charging cable, making the X2201 more convenient for repeated driving sessions than a model dependent on disposable batteries.

The transmitter itself requires two AA batteries, which are listed separately from the rechargeable car battery.

What’s Included?

The package is relatively complete for an RTR model.

According to the Banggood listing, the box includes:

• Geeks X2201 RC car
• 7.4V 800mAh battery
• 2.4GHz remote controller
• USB charging cable
• Four spare tires
• Four road barriers
• Screwdriver
• User manual

The inclusion of spare tires is particularly useful for a drift-oriented model because tire wear can become more noticeable when the car is frequently driven sideways.

Geeks X2201 Specifications

Specifications are based on the current Banggood product listing and can vary by product revision or seller configuration.

Who Is the Geeks X2201 For?

The X2201 makes the most sense for someone who wants a compact RC drift car that emphasizes control rather than extreme speed.

Its 1/22 scale makes it easier to use in limited spaces, while 4WD, gyro assistance and proportional controls give it a more sophisticated driving system than a basic mini RC car.

It could also be an appealing option for RC enthusiasts who want a smaller model for casual drifting without moving to a much larger hobby-grade platform.

However, buyers looking specifically for serious off-road driving should look elsewhere. The X2201’s strengths are its compact road-focused chassis, drift capability and controlled handling rather than ground clearance or rough-terrain performance.

Final Verdict

The Geeks X2201 rc car stands out because its feature set is unusually focused for such a small RC car. The combination of 1/22 scale, 4WD, gyro assistance, full-proportional control and a 22 km/h claimed top speed gives it a clear identity as a compact drift machine rather than another generic mini RC vehicle.

Its approximately 16-minute claimed runtime is not exceptional, but the rechargeable 7.4V battery, spare tires, LED lighting and included accessories make the package more practical for repeated sessions.

For buyers who have a smooth driving surface and want a small RC car that can practice controlled slides, the X2201 is more interesting than its miniature size initially suggests.

The post Geeks X2201 Review: A 1/22 4WD Drift RC Car Built for Controlled Sliding appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

As the next generation of Huawei’s premium smartphone lineup, the Mate 90 series is expected to build on the company’s recent Huawei flagship phones with upgrades to performance, display technology, and battery life.

According to recent information shared by Chinese tipster Fixed Focus Digital, the Mate 90 family could include a standard Mate 90, Mate 90 Pro, Mate 90 Pro Max, Mate 90 Pro Max Collector’s Edition, and a top-tier Mate 90 RS. Huawei is also expected to offer several color options across the lineup.

Huawei Mate 90 Series May Include Five Models

The reported five-model strategy would give Huawei a wider range of flagship options than previous generations.

The lineup is expected to consist of:

• Huawei Mate 90
• Huawei Mate 90 Pro
• Huawei Mate 90 Pro Max
• Huawei Mate 90 Pro Max Collector’s Edition
• Huawei Mate 90 RS

Memory configurations could also receive an upgrade. The entry-level Mate 90 is reportedly expected to start with 12GB of RAM, which would give even the standard model a relatively high memory capacity.

Pricing could be another major change. The latest leak suggests that Huawei is preparing a price increase for the higher-end Mate 90 models, with the top configurations potentially costing around 1,000 yuan more than their predecessors.

Kirin 9050 Pro Could Power the Mate 90 Series

One of the biggest rumored changes is the introduction of the Kirin 9050 Pro, which could make the Mate 90 series one of Huawei’s most significant Kirin-powered smartphones in recent years. Previous reports have claimed that the Huawei Mate 90 series could become the first Huawei flagship family to use this new high-performance processor.

The Kirin 9050 Pro is reportedly based on a new chip-design approach involving layered logic structures and vertical interconnections. The goal is to shorten internal signal paths, potentially improving communication between different parts of the processor while reducing latency.

The processor is also rumored to use Huawei’s Lingxi CPU architecture with a nine-core CPU configuration. The reported design includes one high-performance prime core, two performance cores, four efficiency cores, and two smaller cores.

If these specifications prove accurate, the Mate 90 series could deliver a significant performance increase over the previous Mate generation.

New GPU Could Bring a Major Graphics Upgrade

Graphics performance is another area where the Kirin 9050 Pro is expected to make progress. The chip is rumored to feature Huawei’s Malian GPU, with hardware support for real-time ray tracing.

Leaked figures suggest that rendering performance could improve by as much as 142%, while 4K video export speeds could increase by approximately 40%.

These numbers have not yet been officially confirmed by Huawei, so they should be treated as early leak information rather than final specifications. Still, the reported improvements suggest that Huawei may be targeting more demanding gaming, video editing, and graphics workloads with the Mate 90 generation.

Mate 90 Pro Max Could Feature a 6.9-Inch Display

The Huawei Mate 90 Pro Max is also rumored to receive a particularly large display, continuing Huawei’s focus on high-end screen technology in its premium smartphones. Reports point to a 6.9-inch 1.5K dual-layer OLED display with support for the BT.2020 color gamut.

A dual-layer OLED design could potentially improve brightness, power efficiency, and overall display performance, although Huawei has not yet confirmed the panel technology.

Battery capacity may also become one of the Pro Max model’s biggest selling points. The device is reportedly being tested with a battery of around 7,000mAh, which would provide substantially more capacity for users who prioritize long battery life.

What to Expect From the Huawei Mate 90 Series

Taken together, the leaks suggest that Huawei could position the Mate 90 series as a broad flagship family rather than relying on a single premium model. The combination of Kirin 9050 Pro performance, up to 12GB of RAM on the lower-end model, a 6.9-inch Pro Max display, and a roughly 7,000mAh battery could make the series one of Huawei’s most ambitious Mate launches yet.

However, the processor specifications, pricing, model names, and display details remain based on leaks and should be confirmed by Huawei before being considered final.

More details about the Huawei Mate 90 series, including its official launch date, pricing, camera hardware, charging capabilities, and global availability, are expected to emerge as the launch approaches.

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The comparison is particularly interesting because neither company is simply trying to make the physical fold disappear. Instead, Apple and Samsung are using different combinations of display materials, structural support and reflection control to make the crease less distracting during everyday use.

iPhone Duo and Galaxy Z Fold8 Look Similar Head-On

A short comparison video from technology journalist Joanna Stern provides a useful visual test of the two foldables.

When both displays are viewed directly from the front, the center fold on the iPhone Duo is difficult to distinguish. The Galaxy Z Fold8 also looks relatively smooth from a straight-on viewing angle.

The difference becomes easier to notice when the phones are tilted toward a light source. Reflections running across the center of the flexible panels can reveal the fold more clearly, showing that crease visibility depends heavily on lighting and viewing angle.

This is an important distinction. A phone can have a physically noticeable folding area while still appearing almost flat during normal viewing. Conversely, a strong reflection can make a relatively subtle crease appear much more obvious in a photograph or video.

Why the iPhone Duo’s Crease Can Be Difficult to See

Apple has placed considerable emphasis on the appearance of the iPhone Duo’s inner display.

The 7.6-inch folding screen uses a nano-texture treatment designed to reduce glare and control reflections. That matters because reflected light is one of the main reasons a fold becomes easier to see.

When the display is viewed under bright indoor lighting or near a window, the surface can reflect surrounding objects and light sources. A surface treatment that reduces those reflections can therefore make the central fold appear less prominent.

However, it is important not to confuse reduced crease visibility with a completely crease-free display.

The iPhone Duo still uses a flexible panel that repeatedly bends around a hinge. The nano-texture surface can influence how the fold looks to the eye, but it does not remove the underlying mechanical challenge of repeatedly folding a large OLED panel.

Galaxy Z Fold8 Uses Both Structure and Reflection Control

Samsung approaches the problem somewhat differently with the Galaxy Z Fold8. Foldable display technology continues to evolve rapidly, with manufacturers experimenting with new hinge designs, screen materials, and display structures to make foldable phones thinner, more durable, and less noticeable when unfolded.

The Fold8 uses a reinforced internal structure that includes titanium components around the folding display. This construction is intended to provide support to the flexible panel while maintaining the thin profile expected from a modern foldable phone.

Samsung also uses an anti-reflective treatment on the main display.

That combination is significant because the crease has two different aspects: the physical deformation of the flexible panel and the way light reflects from that deformation.

The structural layer addresses the first problem, while the anti-reflective surface helps with the second.

As a result, Samsung’s strategy is not simply about hiding the crease. It is about controlling both the physical support of the folding panel and how visible that fold becomes under different lighting conditions.

iPhone Duo vs Galaxy Z Fold8: Crease Comparison

The table highlights why a simple “which phone has no crease?” comparison can be misleading.

Neither device should be judged solely from one photograph. Lighting, viewing angle, screen brightness and the content displayed on the panel can all change how prominent the fold appears.

Is the iPhone Duo Actually Creaseless?

The answer is more complicated than the marketing impression may suggest.

From a normal straight-on viewing position, the iPhone Duo’s center fold can be extremely difficult to notice. That gives Apple a strong advantage in perceived display smoothness.

But the crease can become more apparent when light hits the screen at an angle.

This is also true of the Galaxy Z Fold8. A reflection traveling across the fold can make the center of the screen easier to identify even when the display looks nearly flat from directly in front.

Therefore, it is more accurate to describe the iPhone Duo as having a less visually obvious crease rather than claiming that Apple has completely eliminated the physical fold.

That distinction will become even more important after long-term use, when repeated folding cycles provide a better indication of how each display ages.

The Real Difference May Appear in Everyday Lighting

For most users, the more useful question is not whether either phone has a mathematically perfect flat screen.

Instead, the question is:

How often will you actually notice the crease while using the phone?

This depends heavily on the environment.

Under soft indoor lighting, both displays can look remarkably clean. Outdoors or near strong light sources, reflections can expose the folding area more clearly.

The iPhone Duo’s nano-texture approach could give it an advantage in situations where glare is the main reason the crease becomes noticeable. Samsung’s anti-reflective technology serves a similar purpose, while its reinforced internal structure focuses on supporting the folding panel itself.

This means the two companies are solving related problems from slightly different directions.

What the Early Comparison Does Not Tell Us

A short video can demonstrate visual crease visibility, but it cannot establish long-term durability.

It does not show how either display will look after thousands of folding cycles, how the hinge will age, or whether the appearance of the crease changes after months of daily use.

That is particularly important for the iPhone Duo because it represents Apple’s first generation of foldable iPhone hardware.

Samsung has considerably more experience with foldable phones, giving the Galaxy Z Fold8 the benefit of multiple generations of hinge and display development.

A proper long-term comparison will therefore need to examine more than the appearance of the crease on a brand-new device.

iPhone Duo vs Galaxy Z Fold8: Early Verdict

The early comparison suggests that both Apple and Samsung have made substantial progress in reducing the visual impact of the fold.

The iPhone Duo appears particularly impressive when viewed straight on, where its central crease can be difficult to distinguish. Its nano-texture display also gives Apple another way to control reflections that can draw attention to the fold.

The Galaxy Z Fold8 takes a more established approach by combining structural reinforcement with an anti-reflective display surface. Its crease can still become visible at certain angles, but Samsung’s design shows how far the company’s foldable technology has evolved.

For now, the most accurate conclusion is not that one phone has completely eliminated the crease. Instead, both devices are becoming better at making the crease less noticeable during normal use.

The iPhone Duo may have the visual advantage in some lighting conditions, but a longer hands-on test will be needed to determine whether that advantage remains after extended daily folding.

For buyers choosing between Apple’s first foldable iPhone and Samsung’s latest Galaxy Z Fold, the crease is therefore only one part of the decision. Display quality, hinge durability, software, camera performance, battery life and overall device thickness will ultimately matter just as much.

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The expansion was announced by PMI’s U.S. business on September 9, 2026, as part of a broader update covering nicotine strengths, pouch formats, flavors and package sizes. Rather than introducing a single new product, PMI is repositioning ZYN as a broader portfolio designed to cover more consumer preferences.

ZYN Adds Two New Strength Options

The biggest change to the core ZYN lineup is the addition of 1.5mg and 8mg nicotine strengths.

Previously, ZYN’s flagship dry pouch range in the U.S. centered on 3mg and 6mg options. The new lineup now spans 1.5mg, 3mg, 6mg and 8mg, creating a wider progression between lower- and higher-strength products.

This gives ZYN a more flexible strength structure. The 1.5mg option provides a lower-strength choice, while the new 8mg version extends the range beyond the existing 6mg format.

PMI says the expanded strength selection is intended for legal-age adults who use nicotine and have different preferences depending on the products they currently use or are transitioning from.

The new strengths are being offered across selected ZYN dry pouch flavors, including Cool Mint, Peppermint, Spearmint, Wintergreen, Black Cherry, Peach, Citrus and other variants. PMI’s announcement lists 13 commercially available dry-pouch flavor variants across the expanded range.

ZYN’s Expansion Goes Beyond Nicotine Strength

The 1.5mg and 8mg additions are only part of PMI’s latest ZYN strategy.

The company has also been developing ZYN ULTRA, a higher-moisture oral nicotine pouch line positioned separately from the traditional dry-pouch range. ZYN ULTRA includes 9mg and 11mg products and offers a different pouch format and user experience.

This means the current U.S. ZYN portfolio is becoming differentiated in several ways:

• 1.5mg and 3mg: lower-strength dry pouch options
• 6mg and 8mg: higher-strength dry pouch options
• 9mg and 11mg: ZYN ULTRA higher-moisture products
• Multiple mint, fruit, unflavored and other flavor profiles
• Different pouch formats and moisture levels

PMI’s approach is therefore less about adding two isolated strengths and more about building a broader nicotine-pouch product ladder.

ZYN Is Also Moving to 20 Pouches Per Can

Another notable change concerns packaging.

PMI says its U.S. business plans to transition the 3mg and 6mg dry ZYN variants to 20 pouches per can in the fourth quarter of 2026. The company said consumer research indicated a preference for the larger package format.

This change could make the core ZYN lineup more consistent with other products in the nicotine-pouch category, where 20-pouch cans are common.

It also changes the value proposition of the existing 3mg and 6mg products without requiring PMI to alter their nicotine strengths.

FDA Milestones Give ZYN Expansion More Context

PMI’s latest portfolio expansion follows several important U.S. regulatory developments.

In January 2025, ZYN became the first nicotine pouch authorized for sale in the United States following an FDA scientific review. In June 2026, the FDA issued modified risk tobacco product orders covering 20 ZYN nicotine pouch products. The expansion comes as the U.S. nicotine market faces increasing scrutiny over product authorization, with some competing nicotine pouch and vaping products still lacking FDA nicotine pouch authorization.

The regulatory situation is important because it distinguishes ZYN’s authorized products from the much larger number of nicotine-pouch products available on the market.

PMI has also received marketing granted orders for 11 ZYN ULTRA products, including 9mg and 11mg variants, according to the company’s September announcement.

However, FDA authorization or a modified-risk order should not be interpreted as meaning that nicotine products are risk-free. Nicotine remains addictive, and the regulatory status applies to specific products and claims rather than establishing nicotine pouches as harmless.

Why PMI Is Broadening the ZYN Portfolio

The expansion comes as competition in the U.S. nicotine pouch market becomes more sophisticated.

Consumers are no longer choosing only between different brands. Product selection increasingly involves nicotine strength, pouch moisture, flavor, pouch size, package count and price.

PMI’s new ZYN structure addresses several of these factors at once.

Adding a 1.5mg option allows ZYN to compete more directly in the lower-strength segment, while the 8mg version gives the dry-pouch lineup a higher-strength choice without moving into the company’s separate ZYN ULTRA range.

The strategy also gives PMI more room to segment the brand without relying on a single nicotine strength or pouch format.

ZYN’s U.S. Manufacturing Capacity Is Expanding Too

The larger product portfolio is being supported by increased U.S. manufacturing capacity.

PMI says ZYN is manufactured in the United States, with existing operations in Owensboro, Kentucky. The company also recently opened a manufacturing campus in Aurora, Colorado. The approximately 780,000-square-foot facility began commercial production in July 2026.

That additional capacity is particularly relevant as PMI expands both the number of ZYN products and the package formats available to U.S. consumers.

The company has previously discussed increasing investment in the U.S. ZYN business as the nicotine-pouch category continues to develop. Reuters reported in July that PMI planned to launch the 1.5mg and 8mg ZYN variants during the third quarter of 2026.

What the New ZYN Lineup Means

The latest announcement changes ZYN from a relatively straightforward 3mg/6mg dry-pouch lineup into a much broader portfolio.

The core dry range now covers 1.5mg, 3mg, 6mg and 8mg, while ZYN ULTRA extends the portfolio into higher-strength, higher-moisture products.

At the same time, PMI is adding flavor choices and preparing to move its 3mg and 6mg products to 20-pouch cans.

For the U.S. nicotine-pouch market, the more important story may therefore be the overall portfolio strategy rather than the arrival of two new strengths.

PMI is giving ZYN more ways to compete across strength, format and price positioning while using its existing brand recognition and expanding U.S. manufacturing footprint.

For legal-age adults who already use nicotine, the expanded lineup provides more product differentiation. For the wider market, it signals that competition among major nicotine-pouch brands is increasingly shifting toward portfolio depth rather than simply adding another flavor or strength.

Note: ZYN and other nicotine products contain nicotine, an addictive substance. The products discussed here are intended only for legal-age adults who use nicotine.

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