Microsoft’s Windows 11 Experimental Preview Build 26300.8493, released to Insiders in mid-May 2026 for version 25H2 testing, restores official taskbar positioning and introduces a smaller taskbar mode after nearly five years of user complaints. The move is not merely a nostalgia play. It is Microsoft admitting, in code rather than apology, that Windows 11’s original taskbar redesign traded away too much muscle memory for too little practical gain. The catch is that the comeback is partial, cautious, and very Windows 11: the capability returns, but the old freedom does not.
The Windows taskbar has always been more than a strip of icons. For a huge class of users, it is the operating system’s cockpit: launcher, status board, window switcher, notification surface, clock, tray, and muscle-memory anchor all compressed into one persistent band. When Microsoft shipped Windows 11 in 2021 with a rebuilt, centered, visually cleaner taskbar, it also removed decades-old affordances that many users had stopped thinking of as “features” because they felt like furniture.
That is why the return of taskbar positioning matters. Windows 11 build 26300.8493 lets testers place the taskbar on the bottom, top, left, or right edge of the screen. It also introduces a smaller taskbar mode, shrinking the height and button size in a way that will feel instantly familiar to anyone who used Windows 10’s small taskbar buttons.
But this is not a simple restoration. Windows 10 let users unlock the taskbar and drag it around the desktop. Windows 11’s new implementation routes the change through Settings, under the taskbar behavior controls. The distinction sounds small until you remember that customization is not just the final state of a UI; it is also the path the user takes to get there.
Microsoft has restored the destination, but not the old road.
The deeper issue was that the taskbar had been rewritten with a thinner set of assumptions about how people use Windows. Moving it to the side disappeared. Resizing it disappeared. Multi-row taskbars disappeared. Mature context-menu behaviors were curtailed. Even if Microsoft had sound engineering reasons for starting over, the user-facing effect was unmistakable: Windows 11 felt less configurable than the Windows it replaced.
That mattered because Windows has historically won loyalty not by being the prettiest operating system, but by being the most accommodating one. It tolerated messy desktops, elaborate tray utilities, multi-monitor oddities, small icons, giant taskbars, left-docked vertical workflows, and decades of habits accumulated across offices, labs, classrooms, and home setups. Windows users are not all power users, but Windows has survived because power users could usually make peace with it.
The Windows 11 taskbar broke that contract. It told users that Microsoft’s simplified shell design had priority over their established workflows. The company may have seen that as modernization; many users experienced it as eviction.
That is important because a movable taskbar cannot feel native if the rest of the shell behaves as though nothing changed. Flyouts that appear in the wrong place, menus that animate from the wrong edge, and tray elements that feel bolted on would turn the feature into a compatibility checkbox. Microsoft appears to be doing the harder work of making the shell respond to placement rather than merely drawing the taskbar somewhere else.
Still, the new model is more constrained than the old one. Users do not drag the taskbar to a new edge; they pick a position from Settings. That fits Windows 11’s broader preference for declarative toggles over direct manipulation, but it also makes the feature feel less tactile. The old taskbar behaved like an object. The new one behaves like a configuration state.
This is a philosophical difference masquerading as a UI detail. Windows 10 assumed the desktop was a surface users could manipulate. Windows 11 often assumes the desktop is a managed experience users may tune within approved lanes. The returning taskbar shows Microsoft loosening the lanes, not abandoning them.
The new behavior reworks the existing “Show smaller taskbar buttons” option so it can shrink the taskbar itself, not just the icons. Users can choose to apply the smaller layout all the time, or only when the taskbar fills up. The latter is a clever compromise: Windows keeps the larger, touch-friendlier design until space pressure demands a denser mode.
That said, the implementation still stops short of the flexibility Windows 10 offered. Windows 10 did not merely have a small-button toggle; it allowed users to resize the taskbar by dragging its edge, including into multi-row arrangements. That mattered to people who pinned many applications, monitored many windows, or treated the taskbar as a working dashboard rather than a minimalist launcher.
Windows 11’s smaller mode is therefore a density preset, not true resizing. It helps. It may be enough for many users. But it does not fully replace the older model, where the user decided how much screen real estate the taskbar deserved.
That is why the return of left and right positioning is welcome. It is also where the rough edges become most visible. In vertical mode, the clock and date presentation changes, and seconds are reportedly not shown. The year may appear in abbreviated form rather than the full four-digit form. Auto-hide is also not yet working properly, and the tablet-optimized taskbar remains unsupported outside the bottom position.
These limitations are not shocking in an Experimental build. They are, however, reminders that Microsoft is not simply flipping an old registry switch. The Windows 11 taskbar is a different creature from the Windows 10 taskbar, and each restored behavior has to be reconciled with newer shell components, animation models, accessibility expectations, touch modes, widgets, search, tray overflow, notification surfaces, and multi-monitor behavior.
That makes Microsoft’s original removal easier to understand, but not easier to excuse. Rebuilding a core UI component is hard. Shipping the replacement without core user-facing capabilities was a choice.
But direct manipulation has a power that Settings pages lack. Dragging the taskbar to an edge taught the feature by doing. It made the desktop feel physical. It also encouraged experimentation because the action was reversible and immediate.
Windows 11’s settings-first approach imposes ceremony. To move the taskbar, a user opens Settings, navigates to Personalization, enters Taskbar, expands taskbar behaviors, and selects a position. That is not difficult, but it changes the emotional tone from “I can move this” to “Windows permits this under a submenu.”
The difference matters because the Windows 11 backlash has never been only about missing toggles. It has been about the creeping sense that Microsoft is replacing user agency with curated preference panels. The new taskbar controls are progress, but they still speak the language of permission.
This is the context that gives a taskbar setting strategic weight. Windows 11 adoption has always been shaped by hardware requirements, enterprise deployment cycles, and the usual inertia around operating system upgrades. But user sentiment matters too. If Windows 11 feels like a downgrade in daily friction, users will delay, complain, or reach for third-party shell tools.
Taskbar customization is a symbolic battleground because it sits at the intersection of taste, productivity, and trust. A user who docks the taskbar vertically is not asking for an obscure kernel switch. They are asking the operating system to respect a visible, repeated, daily choice. When Windows 11 removed that, it sent a message. Bringing it back sends another.
The message now is that Microsoft is listening. The unresolved question is whether it is listening deeply enough.
A left-docked or top-docked taskbar may sound like a personal quirk, but at scale those quirks become deployment politics. If a Windows 10 user has spent a decade with a vertical taskbar and Windows 11 takes it away, the resulting irritation may be small in any single ticket but large across an organization. Multiply that by other removed or changed shell behaviors, and Windows 11 becomes harder to sell internally.
The smaller taskbar also has practical enterprise value. Remote desktops, virtualized apps, and lower-resolution displays remain common in many environments. A denser taskbar can reduce overflow, preserve working space, and make Windows 11 feel less wasteful on constrained screens.
Administrators will still want policy clarity. Preview features are not deployment guarantees, and Experimental channel behavior should not be mistaken for a production roadmap. But if these taskbar changes stabilize for Windows 11 version 25H2, they could remove one more objection from organizations that have treated Windows 11 as an eventual obligation rather than an upgrade they wanted.
That response is not ingratitude. It is a predictable consequence of Microsoft restoring only part of a known baseline. When a company removes mature functionality and later reintroduces a subset, users judge the comeback against what they lost, not against the reduced feature set that existed yesterday.
There is also the third-party factor. Tools that modify the Windows 11 shell found an audience precisely because Microsoft left gaps. Some users have already built workflows around those utilities, and partial native restoration may not bring them back. Once users learn that the stock shell cannot be trusted to preserve their preferences, they become harder to win over.
This is the lingering cost of Windows 11’s first impression. Microsoft can repair the product faster than it can repair the memory of why users needed workarounds in the first place.
Hybrid design is hard. Microsoft wants Windows to work across laptops, desktops, tablets, handhelds, foldables, and cloud sessions. A single taskbar density cannot serve all of those contexts equally well. What feels spacious on a Surface device can feel bloated on a developer’s multi-window desktop or a 13-inch business laptop.
The new “Always” and “When taskbar is full” behavior suggests Microsoft is edging toward adaptive density rather than a single opinionated default. That is a healthier direction. The OS should be able to respect touch where touch matters without forcing pointer-and-keyboard users to live inside a touch-optimized frame.
This is where Windows 11 has often struggled. It has modernized visuals faster than it has modernized adaptability. The taskbar changes are promising because they acknowledge that one size fits all is not a serious desktop strategy.
The Experimental channel is the right place to test this. Microsoft can collect telemetry, observe layout failures, refine flyouts, fix auto-hide, and decide how much old behavior to restore. It can also avoid promising that every preview feature will ship unchanged to mainstream users.
But caution has a public-relations downside when the feature in question already existed for decades. Users are not asking Microsoft to invent movable taskbars. They are asking Microsoft to stop withholding something Windows already taught them to expect. The longer the restoration feels tentative, the more it reinforces the sense that Microsoft is negotiating with its own users over basic desktop autonomy.
That is why this build feels both encouraging and faintly absurd. It is good news that Windows 11 is getting these features. It is also strange that their return in 2026 qualifies as news at all.
Restoring taskbar controls helps that narrative. It gives Microsoft a concrete example of feedback-driven improvement. It also lets the company frame Windows 11’s evolution as cumulative rather than stubborn: yes, the initial release was simplified, but the OS is maturing back into a fuller desktop platform.
The risk is that Microsoft overestimates how much goodwill a partial restoration buys. Users who skipped Windows 11 because of hardware requirements, ads, account prompts, Start menu changes, File Explorer performance, Recall concerns, or general distrust will not be converted by a movable taskbar alone. The taskbar is important, but it is one symptom of a broader confidence problem.
That said, symbols matter. If Microsoft continues reversing the most needless regressions, Windows 11’s reputation can change. Not overnight, and not through branding, but through the slow accumulation of “finally” moments that make the OS feel less hostile to existing workflows.
Microsoft’s best path forward is not to recreate Windows 10 pixel for pixel. That would be a dead end. The better goal is to preserve the agency that made older Windows versions durable while modernizing the parts that genuinely need modernization: security boundaries, update reliability, accessibility, performance, battery behavior, app consistency, and cloud-era management.
A modern Windows taskbar can be cleaner than Windows 10’s, better animated, more accessible, and more coherent. It can also be movable, resizable, dense, multi-monitor-aware, and respectful of users who work differently from Microsoft’s default design persona. Those goals are not in conflict unless Microsoft chooses to make them so.
The new preview build suggests the company is beginning to make the right choice. It just has not made it completely yet.
Microsoft Reopens a Door It Should Never Have Locked
The Windows taskbar has always been more than a strip of icons. For a huge class of users, it is the operating system’s cockpit: launcher, status board, window switcher, notification surface, clock, tray, and muscle-memory anchor all compressed into one persistent band. When Microsoft shipped Windows 11 in 2021 with a rebuilt, centered, visually cleaner taskbar, it also removed decades-old affordances that many users had stopped thinking of as “features” because they felt like furniture.That is why the return of taskbar positioning matters. Windows 11 build 26300.8493 lets testers place the taskbar on the bottom, top, left, or right edge of the screen. It also introduces a smaller taskbar mode, shrinking the height and button size in a way that will feel instantly familiar to anyone who used Windows 10’s small taskbar buttons.
But this is not a simple restoration. Windows 10 let users unlock the taskbar and drag it around the desktop. Windows 11’s new implementation routes the change through Settings, under the taskbar behavior controls. The distinction sounds small until you remember that customization is not just the final state of a UI; it is also the path the user takes to get there.
Microsoft has restored the destination, but not the old road.
Windows 11’s Original Sin Was Not Centered Icons
The loudest early debate around Windows 11’s taskbar focused on centered icons, because centered icons were visible in every screenshot and easy to parody as a Mac-like affectation. But centered icons were never the real wound. Users could move the Start button and pinned apps back to the left, and many did.The deeper issue was that the taskbar had been rewritten with a thinner set of assumptions about how people use Windows. Moving it to the side disappeared. Resizing it disappeared. Multi-row taskbars disappeared. Mature context-menu behaviors were curtailed. Even if Microsoft had sound engineering reasons for starting over, the user-facing effect was unmistakable: Windows 11 felt less configurable than the Windows it replaced.
That mattered because Windows has historically won loyalty not by being the prettiest operating system, but by being the most accommodating one. It tolerated messy desktops, elaborate tray utilities, multi-monitor oddities, small icons, giant taskbars, left-docked vertical workflows, and decades of habits accumulated across offices, labs, classrooms, and home setups. Windows users are not all power users, but Windows has survived because power users could usually make peace with it.
The Windows 11 taskbar broke that contract. It told users that Microsoft’s simplified shell design had priority over their established workflows. The company may have seen that as modernization; many users experienced it as eviction.
The New Taskbar Moves, but It Does Not Roam
The restored positioning support is real. In the new preview build, the taskbar can sit on any edge of the screen, and Windows adapts surrounding interface elements accordingly. Put the taskbar at the top, and Start and Search open downward from the top edge. Put it on the left or right, and the tray, buttons, and clock adjust to the vertical layout.That is important because a movable taskbar cannot feel native if the rest of the shell behaves as though nothing changed. Flyouts that appear in the wrong place, menus that animate from the wrong edge, and tray elements that feel bolted on would turn the feature into a compatibility checkbox. Microsoft appears to be doing the harder work of making the shell respond to placement rather than merely drawing the taskbar somewhere else.
Still, the new model is more constrained than the old one. Users do not drag the taskbar to a new edge; they pick a position from Settings. That fits Windows 11’s broader preference for declarative toggles over direct manipulation, but it also makes the feature feel less tactile. The old taskbar behaved like an object. The new one behaves like a configuration state.
This is a philosophical difference masquerading as a UI detail. Windows 10 assumed the desktop was a surface users could manipulate. Windows 11 often assumes the desktop is a managed experience users may tune within approved lanes. The returning taskbar shows Microsoft loosening the lanes, not abandoning them.
Shrinking the Taskbar Is a Bigger Deal Than It Sounds
The smaller taskbar option may prove just as consequential as repositioning. Windows 11’s default taskbar height has long annoyed users on smaller laptops, dense workstations, and remote desktop sessions where every vertical pixel counts. A tall taskbar is tolerable on a 32-inch monitor; on a compact notebook or virtual machine window, it can feel like rent collected by the operating system.The new behavior reworks the existing “Show smaller taskbar buttons” option so it can shrink the taskbar itself, not just the icons. Users can choose to apply the smaller layout all the time, or only when the taskbar fills up. The latter is a clever compromise: Windows keeps the larger, touch-friendlier design until space pressure demands a denser mode.
That said, the implementation still stops short of the flexibility Windows 10 offered. Windows 10 did not merely have a small-button toggle; it allowed users to resize the taskbar by dragging its edge, including into multi-row arrangements. That mattered to people who pinned many applications, monitored many windows, or treated the taskbar as a working dashboard rather than a minimalist launcher.
Windows 11’s smaller mode is therefore a density preset, not true resizing. It helps. It may be enough for many users. But it does not fully replace the older model, where the user decided how much screen real estate the taskbar deserved.
The Vertical Taskbar Exposes the Cost of Rebuilding the Shell
Vertical taskbars have always been a niche preference, but an important one. On widescreen displays, horizontal space is often cheaper than vertical space, especially for developers, writers, spreadsheet users, and anyone working with long documents. A left- or right-docked taskbar can make better use of modern aspect ratios than the default bottom bar.That is why the return of left and right positioning is welcome. It is also where the rough edges become most visible. In vertical mode, the clock and date presentation changes, and seconds are reportedly not shown. The year may appear in abbreviated form rather than the full four-digit form. Auto-hide is also not yet working properly, and the tablet-optimized taskbar remains unsupported outside the bottom position.
These limitations are not shocking in an Experimental build. They are, however, reminders that Microsoft is not simply flipping an old registry switch. The Windows 11 taskbar is a different creature from the Windows 10 taskbar, and each restored behavior has to be reconciled with newer shell components, animation models, accessibility expectations, touch modes, widgets, search, tray overflow, notification surfaces, and multi-monitor behavior.
That makes Microsoft’s original removal easier to understand, but not easier to excuse. Rebuilding a core UI component is hard. Shipping the replacement without core user-facing capabilities was a choice.
Settings Pages Are Not Always Better Than Direct Manipulation
Microsoft’s decision to put taskbar positioning in Settings will be defensible to anyone who thinks in support matrices. A settings dropdown is explicit, discoverable through search, easier to document, and less prone to accidental movement. It also aligns with managed environments where administrators may want predictable configuration surfaces.But direct manipulation has a power that Settings pages lack. Dragging the taskbar to an edge taught the feature by doing. It made the desktop feel physical. It also encouraged experimentation because the action was reversible and immediate.
Windows 11’s settings-first approach imposes ceremony. To move the taskbar, a user opens Settings, navigates to Personalization, enters Taskbar, expands taskbar behaviors, and selects a position. That is not difficult, but it changes the emotional tone from “I can move this” to “Windows permits this under a submenu.”
The difference matters because the Windows 11 backlash has never been only about missing toggles. It has been about the creeping sense that Microsoft is replacing user agency with curated preference panels. The new taskbar controls are progress, but they still speak the language of permission.
Windows K2 Looks Like a Trust Repair Program
The taskbar work is reportedly part of Microsoft’s broader Windows K2 initiative, an effort to address pain points and improve confidence in Windows 11. The branding is less important than the direction. Microsoft appears to understand that it cannot keep asking users to accept removals as modernization, especially while Windows 10’s end-of-support deadline keeps pushing reluctant holdouts toward Windows 11.This is the context that gives a taskbar setting strategic weight. Windows 11 adoption has always been shaped by hardware requirements, enterprise deployment cycles, and the usual inertia around operating system upgrades. But user sentiment matters too. If Windows 11 feels like a downgrade in daily friction, users will delay, complain, or reach for third-party shell tools.
Taskbar customization is a symbolic battleground because it sits at the intersection of taste, productivity, and trust. A user who docks the taskbar vertically is not asking for an obscure kernel switch. They are asking the operating system to respect a visible, repeated, daily choice. When Windows 11 removed that, it sent a message. Bringing it back sends another.
The message now is that Microsoft is listening. The unresolved question is whether it is listening deeply enough.
The Enterprise Case Is About Predictability, Not Nostalgia
For IT departments, the restored taskbar options are less about sentiment and more about migration friction. Enterprises standardize desktops for reasons that are often invisible to consumer users: training materials, help-desk scripts, accessibility accommodations, line-of-business workflows, kiosk layouts, remote desktop ergonomics, and user acceptance testing. A missing taskbar behavior can become a surprisingly expensive support issue when thousands of workers have years of muscle memory behind it.A left-docked or top-docked taskbar may sound like a personal quirk, but at scale those quirks become deployment politics. If a Windows 10 user has spent a decade with a vertical taskbar and Windows 11 takes it away, the resulting irritation may be small in any single ticket but large across an organization. Multiply that by other removed or changed shell behaviors, and Windows 11 becomes harder to sell internally.
The smaller taskbar also has practical enterprise value. Remote desktops, virtualized apps, and lower-resolution displays remain common in many environments. A denser taskbar can reduce overflow, preserve working space, and make Windows 11 feel less wasteful on constrained screens.
Administrators will still want policy clarity. Preview features are not deployment guarantees, and Experimental channel behavior should not be mistaken for a production roadmap. But if these taskbar changes stabilize for Windows 11 version 25H2, they could remove one more objection from organizations that have treated Windows 11 as an eventual obligation rather than an upgrade they wanted.
Enthusiasts Will Notice What Is Still Missing
The most committed Windows users are not likely to greet this build with unqualified applause. They will appreciate the return of positioning and density controls, then immediately ask for the next layer: drag-to-move, true height resizing, multi-row taskbars, fuller vertical clock behavior, more granular tray options, and broader parity with Windows 10.That response is not ingratitude. It is a predictable consequence of Microsoft restoring only part of a known baseline. When a company removes mature functionality and later reintroduces a subset, users judge the comeback against what they lost, not against the reduced feature set that existed yesterday.
There is also the third-party factor. Tools that modify the Windows 11 shell found an audience precisely because Microsoft left gaps. Some users have already built workflows around those utilities, and partial native restoration may not bring them back. Once users learn that the stock shell cannot be trusted to preserve their preferences, they become harder to win over.
This is the lingering cost of Windows 11’s first impression. Microsoft can repair the product faster than it can repair the memory of why users needed workarounds in the first place.
The Smaller Taskbar Reveals Microsoft’s Touch-First Hangover
Windows 11’s original taskbar size made sense if viewed through the lens of touch targets and visual simplicity. Larger buttons are easier to hit, easier to see, and more consistent with modern design systems. The problem is that Windows is not primarily a tablet operating system, and the market has been telling Microsoft that for more than a decade.Hybrid design is hard. Microsoft wants Windows to work across laptops, desktops, tablets, handhelds, foldables, and cloud sessions. A single taskbar density cannot serve all of those contexts equally well. What feels spacious on a Surface device can feel bloated on a developer’s multi-window desktop or a 13-inch business laptop.
The new “Always” and “When taskbar is full” behavior suggests Microsoft is edging toward adaptive density rather than a single opinionated default. That is a healthier direction. The OS should be able to respect touch where touch matters without forcing pointer-and-keyboard users to live inside a touch-optimized frame.
This is where Windows 11 has often struggled. It has modernized visuals faster than it has modernized adaptability. The taskbar changes are promising because they acknowledge that one size fits all is not a serious desktop strategy.
Microsoft’s Caution Is Understandable but Frustrating
There are good reasons for Microsoft to proceed slowly. The taskbar is loaded early, visible constantly, integrated with system components, and depended on by accessibility tools, enterprise controls, and shell extensions. A sloppy restoration could create bugs far worse than user annoyance.The Experimental channel is the right place to test this. Microsoft can collect telemetry, observe layout failures, refine flyouts, fix auto-hide, and decide how much old behavior to restore. It can also avoid promising that every preview feature will ship unchanged to mainstream users.
But caution has a public-relations downside when the feature in question already existed for decades. Users are not asking Microsoft to invent movable taskbars. They are asking Microsoft to stop withholding something Windows already taught them to expect. The longer the restoration feels tentative, the more it reinforces the sense that Microsoft is negotiating with its own users over basic desktop autonomy.
That is why this build feels both encouraging and faintly absurd. It is good news that Windows 11 is getting these features. It is also strange that their return in 2026 qualifies as news at all.
The 25H2 Signal Is Bigger Than the Taskbar
Because build 26300.8493 is tied to Windows 11 version 25H2 testing, the timing matters. Microsoft is shaping the next phase of Windows 11 at the same time many Windows 10 users are confronting the reality that their preferred OS is aging out of mainstream life. The company needs Windows 11 to feel less like a forced migration and more like the obvious successor.Restoring taskbar controls helps that narrative. It gives Microsoft a concrete example of feedback-driven improvement. It also lets the company frame Windows 11’s evolution as cumulative rather than stubborn: yes, the initial release was simplified, but the OS is maturing back into a fuller desktop platform.
The risk is that Microsoft overestimates how much goodwill a partial restoration buys. Users who skipped Windows 11 because of hardware requirements, ads, account prompts, Start menu changes, File Explorer performance, Recall concerns, or general distrust will not be converted by a movable taskbar alone. The taskbar is important, but it is one symptom of a broader confidence problem.
That said, symbols matter. If Microsoft continues reversing the most needless regressions, Windows 11’s reputation can change. Not overnight, and not through branding, but through the slow accumulation of “finally” moments that make the OS feel less hostile to existing workflows.
This Is How Windows Wins Back Its Own Users
The most concrete lesson from the taskbar reversal is that Windows users are not allergic to change. They are allergic to losing control without a persuasive reason. Windows 11’s cleaner design was never doomed because it looked different; it stumbled because it made familiar tasks less flexible.Microsoft’s best path forward is not to recreate Windows 10 pixel for pixel. That would be a dead end. The better goal is to preserve the agency that made older Windows versions durable while modernizing the parts that genuinely need modernization: security boundaries, update reliability, accessibility, performance, battery behavior, app consistency, and cloud-era management.
A modern Windows taskbar can be cleaner than Windows 10’s, better animated, more accessible, and more coherent. It can also be movable, resizable, dense, multi-monitor-aware, and respectful of users who work differently from Microsoft’s default design persona. Those goals are not in conflict unless Microsoft chooses to make them so.
The new preview build suggests the company is beginning to make the right choice. It just has not made it completely yet.
The Comeback That Still Has to Earn Its Place on the Desktop
This preview does not restore the old taskbar so much as it sketches the outline of a better Windows 11 taskbar. The distinction matters for anyone deciding whether to celebrate, test, or wait.- Windows 11 build 26300.8493 restores official taskbar placement on the bottom, top, left, and right edges of the screen for Insider testers.
- The new smaller taskbar mode reduces both taskbar height and button size, rather than merely shrinking icons.
- Microsoft’s implementation uses Settings controls instead of the old drag-to-move behavior from Windows 10 and earlier releases.
- Vertical taskbar layouts are functional but still have limitations, including incomplete auto-hide behavior and differences in clock display.
- The restored features reduce one major Windows 11 complaint, but they do not yet bring full parity with Windows 10’s taskbar flexibility.
- The change matters most because it signals Microsoft is willing to reverse Windows 11 design decisions that prioritized simplification over user control.
References
- Primary source: Windows Central
Published: Sat, 23 May 2026 13:49:31 GMT
Windows 11 brings back taskbar positioning and resizing, but longtime users will notice key differences
Microsoft brings back Taskbar positioning and smaller Taskbar options on Windows 11, though some Windows 10 features remain missing.
www.windowscentral.com
- Official source: learn.microsoft.com
Experimental Preview Build 26300.8493 - Windows Insider Program
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Windows 11 Experimental Build 26300.8493 Restores Top, Left, Right Taskbar Positioning
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www.technine.be
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Microsoft released Windows 11 Build 26300.8493 to the Experimental channel on May 15, 2026, restoring official taskbar placement options, adding a smaller taskbar mode, expanding Fluid Dictation to Spanish and French, and polishing several Windows shell behaviors. The build is not a...
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