British American Tobacco is expanding its Vuse business in the United States with a new version of the Vuse Pro vaping system and four flavored pod options. The rollout is notable not only because of the return of fruit-flavored Vuse products in selected U.S. markets, but also because the device incorporates age verification and Bluetooth connectivity into the activation process.

The new Vuse Pro pods are available in Peach, Berry, Watermelon and Fresh Mint. Vuse’s U.S. website lists the pods at 5.0% nicotine by weight (NBW) and identifies them as nicotine-salt products.

The products have begun appearing in Ohio and selected U.S. markets. However, they have not received FDA marketing authorization, making the launch an important development in the country’s changing regulatory environment for flavored vaping products.

Vuse Pro Makes Age Verification Part of Device Activation

The biggest difference between the new Vuse Pro system and a conventional closed-pod vape is the role played by the smartphone app.

Instead of treating age verification solely as a retail requirement, the Vuse Pro setup connects the process with the device itself. Users must complete the required age-verification process through the Vuse Pro App, enable Bluetooth and pair the smartphone with the device before the vape can be activated.

This creates an additional access-control layer after the purchase.

The app is also designed to provide several device-management functions, including:

• Manual locking and unlocking
• Automatic locking
• Find My Vape
• Battery-related reminders
• Bluetooth device management
• Factory reset

The system can also use Bluetooth proximity as part of its locking function. When the device moves outside the configured Bluetooth range, Auto-Lock can prevent further use until the paired smartphone is used to unlock it.

That makes the Vuse Pro more than a conventional rechargeable closed-pod system. Software becomes part of the product’s access and security architecture.

Four Flavored Vuse Pro Pods Are Now Listed in the U.S.

The new Vuse Pro flavor lineup consists of Peach, Berry, Watermelon and Fresh Mint.

• Peach
• Berry
• Watermelon
• Fresh Mint

Vuse lists these products at 5.0% NBW, meaning nicotine by weight. The company also confirms that its closed-system products use nicotine salts.

The four flavors give Vuse a broader U.S. lineup than a product strategy focused only on traditional tobacco and menthol profiles.

The timing is significant. BAT had already indicated that it planned a phased expansion of flavored Vuse products in the U.S. during the third quarter of 2026. In its 2026 first-half communications, the company said it was strengthening age-verification controls while preparing to commercialize flavored vapor products.

The current rollout therefore appears to be part of a broader strategy rather than a one-off product launch.

Closed-Pod Design Keeps the User Experience Simple

Vuse Pro remains a rechargeable closed-pod system.

Instead of requiring users to fill a tank manually, the system uses prefilled pods that are inserted into the device. The device is draw-activated, while the app handles additional connected functions.

This approach is different from open-pod systems that allow users to select their own e-liquid and refill the cartridge.

For Vuse, the closed architecture also provides tighter control over the consumable used with the device. Users choose from the available Vuse Pro pods rather than mixing or filling e-liquid themselves.

The U.S. Vuse website currently identifies Vuse Pro as a 5.0% NBW nicotine-salt system.

Bluetooth Has a Bigger Role Than Simple Connectivity

Bluetooth is often included in connected consumer electronics as a convenience feature. With Vuse Pro, its role is more closely connected to device access.

Pairing the vape with the Vuse Pro App is part of the initial activation process. Bluetooth also supports functions such as device locking, unlocking and locating.

That makes the smartphone an important part of the overall user experience.

The concept is different from simply adding an app that displays battery information or usage statistics. In this case, the connected software is integrated into how the hardware is accessed.

This could become an important direction for regulated nicotine products as manufacturers look for additional ways to combine age controls with connected hardware.

Vuse Pro Adds Flavors While U.S. Regulations Remain Complex

The rollout is taking place against a complicated U.S. regulatory background.

Current reporting indicates that the new Vuse Pro flavored products have appeared in Ohio and selected other markets even though they have not received FDA marketing authorization. Reynolds American has said the products are being sold in accordance with applicable state regulations and that the company is using measures such as identification requirements and purchase limits to address underage access.

State rules remain important because flavored-vape restrictions differ across the country. Some states and jurisdictions have enacted restrictions or bans covering flavored vaping products.

As a result, availability of the new Vuse Pro flavors should not be interpreted as nationwide authorization or nationwide availability.

BAT Is Building on Vuse’s Existing U.S. Position

The new product also arrives from a strong position in the U.S. closed-system market.

BAT reported that Vuse held a 55.9% value share of tracked rechargeable closed-system vapor channels in the first half of 2026, representing a 4.1-percentage-point increase from the end of 2025. The company said Vuse’s share was more than twice that of its closest competitor.

BAT has therefore been expanding the Vuse portfolio from an established base rather than attempting to introduce an entirely new brand.

The company’s 2026 strategy also calls for a phased distribution of new Vuse Pro flavored pods. Reporting from 2Firsts indicates that BAT planned approximately 25,000 retail outlets during the third quarter and another 25,000 in the fourth quarter, although the company has not disclosed the number of stores currently carrying the products.

Vuse Pro Specifications and Product Details

Feature	Vuse Pro
Company	Reynolds American / R.J. Reynolds Vapor Company
Parent Company	British American Tobacco
Brand	Vuse
Product	Vuse Pro
Category	Rechargeable closed-pod vaping system
Pod Type	Prefilled Vuse Pro Pod
Activation	Draw-activated
Initial Setup	Vuse Pro App, age verification and Bluetooth pairing
Connectivity	Bluetooth
App Functions	Lock/unlock, Auto-Lock, Find My Vape, battery reminders
Water Resistance	IPX4
Charging	USB rechargeable
Full Charging Time	Approximately 50 minutes
Flavors	Peach, Berry, Watermelon, Fresh Mint
Nicotine Strength	5.0% NBW
Nicotine Type	Nicotine salts
Market	United States
FDA Marketing Authorization	Not authorized

Public U.S. product information does not currently provide a complete set of technical specifications such as battery capacity, e-liquid volume, coil construction or an official puff-count rating. It is therefore better not to treat those figures as confirmed specifications.

Why the App Matters to the Vuse Pro Launch

The most interesting aspect of the new Vuse Pro is not necessarily the hardware.

The larger change is the relationship between hardware, software and age control.

Traditional age verification normally happens when a customer buys a regulated product. Vuse Pro introduces another step by connecting device activation with an age-verification process through a smartphone application.

That creates a product ecosystem in which the device can remain connected to a specific smartphone while offering functions such as Auto-Lock and Find My Vape.

For manufacturers, this approach could provide additional tools for managing access. For consumers, however, it also means that the vape is less independent from the smartphone than a conventional closed-pod device.

FDA Status Should Be Clearly Distinguished From Enforcement Policy

One point is particularly important when discussing the U.S. Vuse Pro launch: FDA enforcement policy and FDA marketing authorization are not the same thing.

Current reports state that the Vuse Pro flavored products being sold in selected U.S. markets have not received FDA marketing authorization.

At the same time, the FDA’s 2026 enforcement approach has changed the regulatory environment for certain unauthorized vaping products. That change in enforcement priorities should not be described as equivalent to formal authorization.

This distinction matters because consumers and retailers may otherwise interpret market availability as evidence that a product has completed the FDA’s marketing authorization process.

What the Vuse Pro Launch Means for the U.S. Vape Market

The new Vuse Pro rollout combines two developments that have become increasingly important in the U.S. vaping market: flavored products and stronger age-access controls.

Peach, Berry, Watermelon and Fresh Mint expand Vuse’s current flavor offering, while the app-based activation system gives the company a way to connect age verification with the device itself.

BAT’s broader strategy suggests that this is part of a planned expansion of Vuse rather than an isolated experiment. The company has publicly discussed phased flavored-pod commercialization and stronger age-verification measures as part of its U.S. strategy.

The result is a Vuse Pro system that is increasingly defined not just by its pods and battery, but by the software surrounding the device.

For the U.S. market, the more important question may be whether app-based age verification, Bluetooth access controls and regulated flavored pods become a more common model for next-generation vaping products.

For now, Vuse Pro represents a notable example of how nicotine-device manufacturers are combining connected technology with age-access measures while navigating a rapidly changing U.S. regulatory landscape.

The post BAT Expands Vuse Pro in the U.S. With App-Based Age Verification and Four Flavored Pods appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

Welcome to this edition of The Intelligence Brief... This week, the United States, China, and other world powers are developing increasingly sophisticated military capabilities in space, raising concerns that Earth’s orbit could become a critical battlefield in future conflicts. In our analysis, we’ll be looking at 1) how China’s secretive Shenlong spaceplane and recent orbital maneuvers reveal Beijing’s growing counterspace capabilities, 2) how the U.S. and its allies are responding as spacecraft increasingly demonstrate “dogfighting,” rendezvous, and other potentially military operations, 3) why Russia’s longstanding pursuit of anti-satellite weapons—including potentially nuclear-armed orbital systems—adds another dimension to the emerging threat, and 4) how growing military dependence on satellites could create dangerous new vulnerabilities and pathways for escalation between nuclear-armed powers.

Quote of the Week

“We must be well-prepared for conflict in space. And if deterrence fails, we will fight and win.”

– US Space Command chief General Stephen Whiting

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• Get all the latest stories from The Debrief, with more breaking stories at the end of this week’s newsletter.

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U.S. and China Are Preparing for a New Kind of Warfare in Space

Military competition between the U.S. and China is ramping up, according to new developments that showcase how both nations are developing maneuverable spacecraft, counterspace weapons, and other technologies with the potential to shape the orbital battlefield of tomorrow.

The developments, first reported by Reuters, involve the revelation that China’s secretive uncrewed spaceplane had released a small satellite in orbit earlier this year, activity which was detected and analyzed by LeoLabs. According to the company’s analysis, the object released by the Chinese spaceplane was reportedly observed maneuvering around another Chinese satellite before returning to the spaceplane.

Launched from the Jiuquan Satellite Launch Center in the vast Gobi Desert, China’s spaceplane, known as Shenlong—a name meaning “Divine Dragon”—took flight on its current mission in February. With the new confirmation of an orbital test based on LeoLabs data, the recent developments offer a clear demonstration of the increasingly sophisticated operations China is capable of conducting in orbit.

The U.S. and China’s “Arms Race” for Space

Of course, the United States also has its own secretive reusable spaceplane—the Boeing X-37B—and similarities between the two spacecraft have drawn notable comparisons in the past. Although much about its missions remains undisclosed, the X-37B serves as an orbital test platform for experimental technologies, while the U.S. Space Force is developing both defensive and offensive capabilities intended to protect American interests in space and counter potential adversaries.

“The Chinese are rapidly developing capabilities,” including ground- and space-based weapons designed to interfere with or destroy targets, U.S. Space Force Chief of Space Operations Gen. Chance Saltzman said in July, describing the threat as “substantial.”

Examples of what U.S. officials have characterized as orbital “dogfighting” have already been demonstrated by China, which includes incidents where multiple spacecraft reportedly maneuvered in close proximity, along with the apparent capture and relocation of defunct satellites. Orbital refueling capabilities are also believed to be in development that could significantly extend the operational lives of such spacecraft and their related orbital technologies.

In response to the Chinese demonstrations, the U.S. and other nations have engaged in similar efforts, which include an American military satellite that maneuvered near a British spacecraft last September as China’s Shiyan 12-01 experimental satellite passed roughly 83 kilometers below, an operation several experts interpreted as a demonstration of allied capabilities.

While such technologies also have legitimate civilian applications in many cases, the potential for their military use is becoming harder to ignore, and U.S. officials have warned that adversaries could attempt to target American space systems early in a future conflict—and China is by no means the only foreign adversary nation engaged in the development of such technologies.

Warfare in Earth’s Orbit

In August, a research article funded by the Russia Strategic Initiative, U.S. European Command, examined Russia’s pursuit of anti-satellite weapons, which have deep roots in Soviet nuclear strategy. Such decades-old efforts focused on disabling U.S. satellites, which were viewed as a potential means of disrupting early warning, communications, and command-and-control systems during a major conflict.

Today, such Cold War-era concerns have resurfaced, as Russian military thinking has expanded to include more destructive counterspace capabilities, which may include nuclear-armed orbital systems designed to disable large numbers of satellites at once. This raises the prospect that Moscow could attempt to effectively take low-Earth orbit offline should a major conflict occur, thereby disabling critical communications systems relied on by the U.S. and other nations.

Concerns over such capabilities apparently aren’t mere speculation. In 2024, the Pentagon revealed that Russia had launched a satellite it assessed was likely a counter-space weapon, believed to be capable of attacking and disabling other satellites in low-Earth orbit.

Space Warfare and the Changing Geopolitical Landscape

The broader challenge facing the United States and its allies is that space has become indispensable to modern warfare, while also simultaneously becoming increasingly vulnerable to attack.

Western militaries are heavily reliant on satellites for communications systems, as well as GPS navigation, missile warning, precision targeting, intelligence gathering, and a range of other capabilities. Equally problematic is that many civilian and commercial systems rely on the same orbital infrastructure.

Right now, Russia and China are believed to be developing counterspace capabilities ranging from electronic jamming, cyberattacks, and directed-energy systems to anti-satellite missiles and maneuverable spacecraft capable of approaching other satellites.

Fundamentally, this creates a difficult issue in terms of deterrence, since an adversary might disrupt a critical satellite without physically destroying it, making attribution and determining an appropriate military response far more complicated than simply responding to a conventional attack. Further, the ongoing integration of commercial systems with military operations may increase the likelihood of attacks that could target non-military targets.

Altogether, the emerging picture is more than just one involving whether the next major war could extend into Earth’s orbit: it is a question of how, and to what extent, future attacks on spacecraft by adversary nations could affect events back on Earth, and what the longer-term implications could be for communications, navigation, and other capabilities upon which civilians increasingly rely—all while creating new pathways for escalation between nuclear-armed world powers.

That concludes this week’s installment of The Intelligence Brief. You can read past editions of our newsletter at our website, or if you found this installment online, don’t forget to subscribe and get future email editions from us here. Also, if you have a tip or other information you’d like to send along directly to me, you can email me at micah [@] thedebrief [dot] org, or reach me on X: @MicahHanks.

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