Mobile gaming has come a long way from simple puzzle games and endless runners. Today’s smartphones can run graphically demanding titles at high frame rates, rivaling dedicated gaming hardware in raw power. But the way we actually control these games hasn’t kept pace. Playing shooters on a touchscreen has always meant thumbs blocking the very action they’re trying to aim at.
Gaming phones like the OnePlus Ace series have tried to bridge that gap with cutting-edge chips, cooling systems, and specialized gaming software. These upgrades help, but they don’t solve the fundamental issue of using glass as a controller. The Ace 6 Ultra changes that approach entirely by pairing with a snap-on accessory called the Gun God Game Controller, designed specifically for competitive shooter titles.
Designer: OnePlus
OnePlus calls the combined setup the “Gun God Handheld,” a new category somewhere between a smartphone and a portable gaming console. The controller is a lightweight shell that the phone snaps into, giving the whole rig a contoured, comfortable grip built for extended sessions. The multi-finger controls relocate to the back, clearing the screen and keeping the player’s field of view unobstructed.
That involves four physical back buttons: two bumpers (L1 and R1) and two triggers (L2 and R2). The thumbs stay on the screen for movement and aiming, while extra fingers take over shooting and special moves. All four are fully customizable, and OnePlus describes this as a “Touch × Button Fusion” that preserves the game’s native touchscreen logic while layering physical input on top.
What sets those buttons apart is what’s inside them. The micro-mechanical switches have a 1,000Hz polling rate and a 1.8ms response time, which means the gap between pressing a trigger and registering the action is almost imperceptible. A built-in esports antenna helps maintain a stable signal during play, which matters when a moment of lost connection is enough to throw off a well-timed shot.
Long gaming sessions bring heat, and the controller doesn’t ignore that. It includes a built-in heat spreader along with a magnetic suction cooling fan for sustained thermal performance. A USB-C port along the bottom keeps charging available while playing, so the battery isn’t a concern mid-session. Together, these let you push through long sessions without the heat-related slowdowns that typically creep in on demanding mobile titles.
Backing all of this is the OnePlus Ace 6 Ultra itself, which runs on a MediaTek Dimensity 9500 chipset. Its GPU is 33% faster than the previous generation, with 120 FPS gameplay support and ray tracing for a more visually immersive experience. An 8,600mAh battery with 120W fast charging handles the power demands, ensuring the phone itself keeps up with the hardware strapped to its back.
The Gun God Controller and Ace 6 Ultra launch together in China on April 28, with no confirmed global release date. For mobile gamers who’ve long wished their phone felt more like a proper handheld, this combo is a genuinely interesting answer. It’s still a phone when you need it to be, and something far more deliberate when the game demands it.
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EDC gear is converging. The knife becomes a multitool, the multitool becomes a bit driver, the bit driver becomes a pry bar, and somewhere in the middle someone bolts on a bottle opener. The flashlight, meanwhile, has resisted this trend longer than most categories. A light is a light. You charge it, you carry it, you press a button, photons happen. The addition of a USB port to charge your phone feels like a gimmick until you’re three days into a camping trip and your power bank dies at 11 PM. Then the flashlight that can push 15 watts back out through USB-C stops feeling like feature bloat and starts feeling like the obvious move the entire industry should have made years ago.
The Wuben X1Pro carries two 21700 Li-ion cells (4,800mAh each, user-replaceable, tool-free access) that deliver light output and device charging through a 30W input, 15W output PD system. Peak output hits 12,300 lumens across five Cree XHP50.3 emitters: one HI (high intensity, no dome) for spot throw, four HD (high density, domed) for flood coverage. A physical three-position slider lets you activate spot, flood, or both channels simultaneously without cycling through modes. Active cooling via a waterproof removable fan sustains 3,000 lumens for 1.8 hours, a threshold most non-cooled EDC lights hit for maybe 90 seconds before thermal management kicks in. Wuben machines the body from aluminum alloy, anodizes the black sections, die-casts the white sections, and sets the whole thing in a flat-tube form factor (59.6mm wide, 29.5mm thick, 138mm long) that rides in a pocket the way a good fixed blade rides on a belt.
Active Cooling: The Performance Difference That Actually Matters
Most high lumens EDC flashlights marketing themselves as “high output” can hold their advertised lumen count for roughly the time it takes to walk from your car to your front door. Thermal stepdown kicks in fast because the LED and driver generate more heat than a pocket-sized aluminum body can dissipate passively. The light throttles itself to prevent component damage, and what started as 10,000 lumens drops to 2,000 or less within two minutes. This limitation has defined the entire category for years. Manufacturers chase peak numbers for the spec sheet, enthusiasts make peace with the reality that sustained brightness requires a larger light, and everyone accepts the compromise. Active cooling fans exist in the flashlight world, but they’re almost exclusively found in large, heavy units designed for search-and-rescue or industrial use, not everyday carry.
The X1Pro’s waterproof removable fan sustains 3,000 lumens for 1.8 hours, a threshold even the brightest EDC flashlight alternatives can hold for 90 seconds at best before firmware forces a stepdown. The fan uses a modular design, meaning users can replace it without voiding warranty or sending the light back to Wuben. Independent testing from 1lumen.com confirmed sustained output hovering around 2,500 lumens in real-world use, far exceeding what passive cooling can achieve in this size class. Lights like the Astrolux MF09 or Lumintop Mach 4695 offer similar active cooling, but they weigh considerably more and sacrifice pocket carry entirely. As a 21700 flashlight with active cooling baked in, the X1Pro delivers fan-stabilized output in a 383-gram package that still fits in a jacket pocket, cargo pocket, or belt holster. That makes it the only actively cooled EDC light at this price point that you’d actually carry daily.
Dual-Beam System: Three Lights in One Body
Single-beam flashlights force you to choose your compromise upfront. A thrower gives you distance but floods your peripheral vision with darkness. A flooder lights up your immediate area but can’t reach beyond 50 meters. Most users end up carrying two lights or cycling through brightness modes that still don’t address the fundamental beam shape limitation. The problem becomes obvious the moment you’re navigating a trail at night and need both close-range footing visibility and long-distance obstacle awareness simultaneously. Switching between lights or modes breaks your stride, kills your night vision adaptation, and adds friction to a task that should be seamless. A rechargeable power bank flashlight with a genuine dual-beam system solves this at the root.
The X1Pro runs 1 x Cree XHP50.3 HI emitter (no dome, high intensity, 3,500 lumens) for spot throw and 4 x Cree XHP50.3 HD emitters (domed, high output, 9,500 lumens combined) for flood coverage. A physical three-position slider on the front face toggles between spot only, flood only, or both channels firing simultaneously for 12,300 lumens peak output. The slider is mechanical, which means it’s faster and more intuitive than digital mode cycling, and it gives you tactile feedback even with gloves on. Each LED has its own reflector, and Wuben uses an orange-peel texture specifically to eliminate hot spots and smooth out the beam pattern. The spot channel delivers 410 meters of throw, while the flood channel covers a wide area for close-to-mid-range work. The ability to run both simultaneously or isolate one channel based on the task makes this genuinely versatile in a way most single-beam EDC lights simply cannot match.
Power Bank Functionality: Emergency Backup When You Need It Most
Carrying a separate power bank makes sense until you’re three days into a camping trip, your phone dies at 11 PM, and you realize your 20,000mAh brick ran out of juice six hours ago because you’ve been charging your headlamp, GPS unit, and backup radio all day. Redundancy in the backcountry matters. A flashlight that can push power back out through USB-C stops being a novelty feature and starts being a legitimate safety layer when you’re operating in environments where a dead phone means no emergency contact, no navigation, and no weather updates. The same logic applies to urban emergencies, power outages, or any scenario where device uptime determines whether you stay informed or go dark.
The X1Pro’s dual 21700 batteries deliver 35.52Wh of total capacity and feed a bidirectional USB-C PD system rated for 30W charging input and 15W power bank output. That 15W output is enough to fast-charge most smartphones, tablets, or USB-powered devices at rates comparable to a wall charger. Independent testing from ZeroAir confirmed that with a proper PD power source, the X1Pro charges at 20V and completes a full recharge in roughly 2.5 hours. On a standard 5V source, charging takes just over five hours, which is still reasonable for overnight recovery. The ability to swap out the 21700 cells means you can carry spares and extend both light runtime and power bank capacity indefinitely. Most EDC lights with USB output are limited by non-replaceable internal batteries, meaning once they’re drained, you’re done until you find an outlet. The X1Pro gives you control over your power supply, which fundamentally changes how the tool functions in extended-use scenarios.
Replaceable 21700 Batteries: Longevity by Design
Sealed-battery flashlights have a built-in expiration date. Lithium-ion cells degrade with charge cycles, and after 300 to 500 cycles (roughly two to three years of regular use), capacity drops noticeably. Once the internal battery loses enough capacity to compromise performance, you’re left with a choice: send the light back for a factory battery replacement (if the manufacturer even offers that service), attempt a DIY repair that likely voids warranty, or retire the entire light and buy a new one. This disposability model benefits manufacturers who want recurring revenue, but it punishes users who invest in quality tools and expect them to last.
The X1Pro uses dual 21700 cells (4,800mAh each) accessed through a push-latch battery compartment that opens without tools. When the cells degrade after years of use, you buy new batteries for $15 to $25 per pair and swap them in 30 seconds. The 21700 format offers 4,000 to 5,200mAh typical capacity compared to the older 18650’s 2,200 to 3,500mAh, and the larger cell surface area improves heat dissipation under high-drain conditions. The format has become the standard in electric vehicles and high-performance flashlights specifically because it balances energy density, thermal performance, and discharge capability better than any previous consumer cell size. Wuben’s decision to make the batteries user-replaceable transforms the X1Pro from a disposable gadget into a long-term tool. You’re not buying a flashlight with a two-year lifespan. You’re buying a chassis, an LED array, a cooling system, and a driver circuit that you can keep functional for a decade or longer by spending $25 every few years on fresh cells. That’s a fundamentally different value proposition.
Flat-Tube Ergonomics: Why Shape Matters in EDC
Cylindrical flashlights roll off tables, spin in your hand under recoil or vibration, and waste pocket space because a circle inscribed in a rectangle leaves every corner unused. The cylinder is an inherited form factor from the days when flashlights used C or D cell batteries, and while LED technology has evolved radically, the basic shape has remained largely unchanged out of manufacturing inertia. A flat-tube design addresses these issues directly by widening the body, flattening the profile, and giving your palm four distinct edges to grip. The shape prevents rolling, increases surface area contact with your hand, and sits flat against your body when clipped to a belt or stored in a pocket.
Wuben machines the X1Pro body to 59.6mm wide, 29.5mm thick, and 138mm long, creating a rectangular profile that fits naturally in the palm and occupies pocket space efficiently. The four corners feature chamfered edges specifically redesigned in the Pro model to improve grip comfort and reduce weight. The original X1’s buttons were positioned on the front face, but Wuben moved them to the left side of the X1Pro so your thumb rests on them naturally during normal carry. This detail matters during extended use or when manipulating the light with gloves. The CNC-machined and anodized black sections provide texture, while the die-cast white sections add visual contrast that helps with gear identification in a pack. The flat profile also stabilizes the light when set down on a surface, allowing hands-free use without the need for a tripod in many situations. Combined with the included 1/4″ threaded port and optional zinc alloy bike mount, the form factor adapts to a wider range of mounting and carry configurations than a traditional cylindrical light can support.
Value Proposition: What $139.99 Actually Gets You
High-output EDC flashlights from established brands like Olight, Nitecore, and Fenix typically land between $100 and $200 depending on features. A comparable Olight Warrior model with 3,000 to 5,000 lumen output runs $120 to $150 but uses a sealed battery, single-beam design, and passive cooling that forces brightness stepdown within minutes. Nitecore’s high-output EDC offerings in the same class deliver excellent build quality and UI design but similarly lack active cooling or dual-beam switching. Fenix lights are known for durability and reliable performance, but again, you’re working within the constraints of passive thermal management and fixed beam patterns. None of these competitors offer power bank output in their EDC-class lights, and none offer user-replaceable batteries in their high-output models.
The X1Pro at $139.99 includes active cooling via a modular waterproof fan, dual-beam switching with independent spot and flood control, user-replaceable 21700 batteries, 30W PD charging with 15W power bank output, IP65 water resistance, 1-meter drop rating, and a zinc alloy bike mount in the box. Wuben launched the X1Pro on Kickstarter with early bird pricing at $99 to $119 before settling at the $139.99 retail price, which positions it aggressively against passive-cooled competitors that offer fewer features at similar or higher prices. The active cooling alone represents technology typically reserved for lights in the $200-plus range, and the dual-beam system eliminates the need to carry a second light for different beam profiles. The replaceable battery design extends the usable lifespan of the tool by years, effectively reducing long-term cost of ownership. If you’re evaluating high-output EDC lights and comparing feature sets at similar price points, the X1Pro delivers more functional capability per dollar than anything else currently available in the category.
EDC gear is converging. The knife becomes a multitool, the multitool becomes a bit driver, the bit driver becomes a pry bar, and somewhere in the middle someone bolts on a bottle opener. The flashlight, meanwhile, has resisted this trend longer than most categories. A light is a light. You charge it, you carry it, you press a button, photons happen. The addition of a USB port to charge your phone feels like a gimmick until you’re three days into a camping trip and your power bank dies at 11 PM. Then the flashlight that can push 15 watts back out through USB-C stops feeling like feature bloat and starts feeling like the obvious move the entire industry should have made years ago.
The Wuben X1Pro carries two 21700 Li-ion cells (4,800mAh each, user-replaceable, tool-free access) that deliver light output and device charging through a 30W input, 15W output PD system. Peak output hits 12,300 lumens across five Cree XHP50.3 emitters: one HI (high intensity, no dome) for spot throw, four HD (high density, domed) for flood coverage. A physical three-position slider lets you activate spot, flood, or both channels simultaneously without cycling through modes. Active cooling via a waterproof removable fan sustains 3,000 lumens for 1.8 hours, a threshold most non-cooled EDC lights hit for maybe 90 seconds before thermal management kicks in. Wuben machines the body from aluminum alloy, anodizes the black sections, die-casts the white sections, and sets the whole thing in a flat-tube form factor (59.6mm wide, 29.5mm thick, 138mm long) that rides in a pocket the way a good fixed blade rides on a belt.
Active Cooling: The Performance Difference That Actually Matters
Most high lumens EDC flashlights marketing themselves as “high output” can hold their advertised lumen count for roughly the time it takes to walk from your car to your front door. Thermal stepdown kicks in fast because the LED and driver generate more heat than a pocket-sized aluminum body can dissipate passively. The light throttles itself to prevent component damage, and what started as 10,000 lumens drops to 2,000 or less within two minutes. This limitation has defined the entire category for years. Manufacturers chase peak numbers for the spec sheet, enthusiasts make peace with the reality that sustained brightness requires a larger light, and everyone accepts the compromise. Active cooling fans exist in the flashlight world, but they’re almost exclusively found in large, heavy units designed for search-and-rescue or industrial use, not everyday carry.
The X1Pro’s waterproof removable fan sustains 3,000 lumens for 1.8 hours, a threshold even the brightest EDC flashlight alternatives can hold for 90 seconds at best before firmware forces a stepdown. The fan uses a modular design, meaning users can replace it without voiding warranty or sending the light back to Wuben. Independent testing from 1lumen.com confirmed sustained output hovering around 2,500 lumens in real-world use, far exceeding what passive cooling can achieve in this size class. Lights like the Astrolux MF09 or Lumintop Mach 4695 offer similar active cooling, but they weigh considerably more and sacrifice pocket carry entirely. As a 21700 flashlight with active cooling baked in, the X1Pro delivers fan-stabilized output in a 383-gram package that still fits in a jacket pocket, cargo pocket, or belt holster. That makes it the only actively cooled EDC light at this price point that you’d actually carry daily.
Dual-Beam System: Three Lights in One Body
Single-beam flashlights force you to choose your compromise upfront. A thrower gives you distance but floods your peripheral vision with darkness. A flooder lights up your immediate area but can’t reach beyond 50 meters. Most users end up carrying two lights or cycling through brightness modes that still don’t address the fundamental beam shape limitation. The problem becomes obvious the moment you’re navigating a trail at night and need both close-range footing visibility and long-distance obstacle awareness simultaneously. Switching between lights or modes breaks your stride, kills your night vision adaptation, and adds friction to a task that should be seamless. A rechargeable power bank flashlight with a genuine dual-beam system solves this at the root.
The X1Pro runs 1 x Cree XHP50.3 HI emitter (no dome, high intensity, 3,500 lumens) for spot throw and 4 x Cree XHP50.3 HD emitters (domed, high output, 9,500 lumens combined) for flood coverage. A physical three-position slider on the front face toggles between spot only, flood only, or both channels firing simultaneously for 12,300 lumens peak output. The slider is mechanical, which means it’s faster and more intuitive than digital mode cycling, and it gives you tactile feedback even with gloves on. Each LED has its own reflector, and Wuben uses an orange-peel texture specifically to eliminate hot spots and smooth out the beam pattern. The spot channel delivers 410 meters of throw, while the flood channel covers a wide area for close-to-mid-range work. The ability to run both simultaneously or isolate one channel based on the task makes this genuinely versatile in a way most single-beam EDC lights simply cannot match.
Power Bank Functionality: Emergency Backup When You Need It Most
Carrying a separate power bank makes sense until you’re three days into a camping trip, your phone dies at 11 PM, and you realize your 20,000mAh brick ran out of juice six hours ago because you’ve been charging your headlamp, GPS unit, and backup radio all day. Redundancy in the backcountry matters. A flashlight that can push power back out through USB-C stops being a novelty feature and starts being a legitimate safety layer when you’re operating in environments where a dead phone means no emergency contact, no navigation, and no weather updates. The same logic applies to urban emergencies, power outages, or any scenario where device uptime determines whether you stay informed or go dark.
The X1Pro’s dual 21700 batteries deliver 35.52Wh of total capacity and feed a bidirectional USB-C PD system rated for 30W charging input and 15W power bank output. That 15W output is enough to fast-charge most smartphones, tablets, or USB-powered devices at rates comparable to a wall charger. Independent testing from ZeroAir confirmed that with a proper PD power source, the X1Pro charges at 20V and completes a full recharge in roughly 2.5 hours. On a standard 5V source, charging takes just over five hours, which is still reasonable for overnight recovery. The ability to swap out the 21700 cells means you can carry spares and extend both light runtime and power bank capacity indefinitely. Most EDC lights with USB output are limited by non-replaceable internal batteries, meaning once they’re drained, you’re done until you find an outlet. The X1Pro gives you control over your power supply, which fundamentally changes how the tool functions in extended-use scenarios.
Replaceable 21700 Batteries: Longevity by Design
Sealed-battery flashlights have a built-in expiration date. Lithium-ion cells degrade with charge cycles, and after 300 to 500 cycles (roughly two to three years of regular use), capacity drops noticeably. Once the internal battery loses enough capacity to compromise performance, you’re left with a choice: send the light back for a factory battery replacement (if the manufacturer even offers that service), attempt a DIY repair that likely voids warranty, or retire the entire light and buy a new one. This disposability model benefits manufacturers who want recurring revenue, but it punishes users who invest in quality tools and expect them to last.
The X1Pro uses dual 21700 cells (4,800mAh each) accessed through a push-latch battery compartment that opens without tools. When the cells degrade after years of use, you buy new batteries for $15 to $25 per pair and swap them in 30 seconds. The 21700 format offers 4,000 to 5,200mAh typical capacity compared to the older 18650’s 2,200 to 3,500mAh, and the larger cell surface area improves heat dissipation under high-drain conditions. The format has become the standard in electric vehicles and high-performance flashlights specifically because it balances energy density, thermal performance, and discharge capability better than any previous consumer cell size. Wuben’s decision to make the batteries user-replaceable transforms the X1Pro from a disposable gadget into a long-term tool. You’re not buying a flashlight with a two-year lifespan. You’re buying a chassis, an LED array, a cooling system, and a driver circuit that you can keep functional for a decade or longer by spending $25 every few years on fresh cells. That’s a fundamentally different value proposition.
Flat-Tube Ergonomics: Why Shape Matters in EDC
Cylindrical flashlights roll off tables, spin in your hand under recoil or vibration, and waste pocket space because a circle inscribed in a rectangle leaves every corner unused. The cylinder is an inherited form factor from the days when flashlights used C or D cell batteries, and while LED technology has evolved radically, the basic shape has remained largely unchanged out of manufacturing inertia. A flat-tube design addresses these issues directly by widening the body, flattening the profile, and giving your palm four distinct edges to grip. The shape prevents rolling, increases surface area contact with your hand, and sits flat against your body when clipped to a belt or stored in a pocket.
Wuben machines the X1Pro body to 59.6mm wide, 29.5mm thick, and 138mm long, creating a rectangular profile that fits naturally in the palm and occupies pocket space efficiently. The four corners feature chamfered edges specifically redesigned in the Pro model to improve grip comfort and reduce weight. The original X1’s buttons were positioned on the front face, but Wuben moved them to the left side of the X1Pro so your thumb rests on them naturally during normal carry. This detail matters during extended use or when manipulating the light with gloves. The CNC-machined and anodized black sections provide texture, while the die-cast white sections add visual contrast that helps with gear identification in a pack. The flat profile also stabilizes the light when set down on a surface, allowing hands-free use without the need for a tripod in many situations. Combined with the included 1/4″ threaded port and optional zinc alloy bike mount, the form factor adapts to a wider range of mounting and carry configurations than a traditional cylindrical light can support.
Value Proposition: What $139.99 Actually Gets You
High-output EDC flashlights from established brands like Olight, Nitecore, and Fenix typically land between $100 and $200 depending on features. A comparable Olight Warrior model with 3,000 to 5,000 lumen output runs $120 to $150 but uses a sealed battery, single-beam design, and passive cooling that forces brightness stepdown within minutes. Nitecore’s high-output EDC offerings in the same class deliver excellent build quality and UI design but similarly lack active cooling or dual-beam switching. Fenix lights are known for durability and reliable performance, but again, you’re working within the constraints of passive thermal management and fixed beam patterns. None of these competitors offer power bank output in their EDC-class lights, and none offer user-replaceable batteries in their high-output models.
The X1Pro at $139.99 includes active cooling via a modular waterproof fan, dual-beam switching with independent spot and flood control, user-replaceable 21700 batteries, 30W PD charging with 15W power bank output, IP65 water resistance, 1-meter drop rating, and a zinc alloy bike mount in the box. Wuben launched the X1Pro on Kickstarter with early bird pricing at $99 to $119 before settling at the $139.99 retail price, which positions it aggressively against passive-cooled competitors that offer fewer features at similar or higher prices. The active cooling alone represents technology typically reserved for lights in the $200-plus range, and the dual-beam system eliminates the need to carry a second light for different beam profiles. The replaceable battery design extends the usable lifespan of the tool by years, effectively reducing long-term cost of ownership. If you’re evaluating high-output EDC lights and comparing feature sets at similar price points, the X1Pro delivers more functional capability per dollar than anything else currently available in the category.
