Windows 11 is set to enhance user experience with the introduction of haptic feedback for various interactions, such as snapping or resizing windows, hovering over the close button, and aligning objects in PowerPoint. This feature, however, is contingent upon having compatible hardware, specifically laptops equipped with haptic trackpads—a rarity among Windows OEMs, yet a compelling reason for them to adopt this technology.
The rollout of this feature is currently underway for Windows Insiders using Preview Build 26300.8155 or higher in the Dev channel, which is poised to transition to the Experimental channel, as announced by Microsoft. March Rogers, Partner Director of Design at Microsoft, shared insights on the haptic feedback feature, likening it to a revelation for users: “It’s one of those features that users don’t know they want until they experience it,” echoing sentiments reminiscent of Steve Jobs’ famous assertion about consumer desires.
While capacitive touch screens have become commonplace, even in budget Windows laptops, haptic trackpads have not gained similar traction. This is particularly puzzling given the enthusiastic reviews they receive from tech influencers when discussing MacBooks. Although flagship Windows laptops do feature haptic trackpads, many reviewers note that they lack the intuitive feel of their Mac counterparts. The Surface Laptop series is often cited as the closest alternative, boasting haptic feedback that rivals that of Apple’s offerings.
Microsoft announces haptic feedback effects for Windows PCs with compatible input devices
Microsoft has yet to disclose the complete list of interactions that will support haptic effects, but the confirmed actions include:
- Aligning objects in PowerPoint
- Window snapping
- Window resizing
- Hovering over the Close button
The challenge for Microsoft lies in identifying which mouse pointer interactions warrant haptic feedback. Currently, haptic touchpads simulate physical clicks without any actual movement, creating a unique user experience. Interestingly, the company has not specified which devices qualify as “compatible input devices,” although haptic trackpads are a clear candidate. Premium mice, such as the Logitech MX Master 4, offer haptic feedback independently, leaving it uncertain whether they will support the aforementioned actions.
Users can easily toggle haptic feedback effects on or off by navigating to Settings > Bluetooth & devices > Mouse > Haptic signals. Additionally, Microsoft is not neglecting standard touchpads; a recent Canary build update introduced a new setting that allows users to customize the size of the right-click zone, offering options ranging from small to large. This feature is applicable only to touchpads with a pressable surface.
Windows OEMs need to prioritize haptic touchpads
The success of this feature is intrinsically linked to hardware availability, presenting a significant challenge. Microsoft can integrate haptic feedback experiences into Windows, but without OEMs producing compatible devices, the effort may fall flat. For instance, the recently launched ASUS Zenbook A16, despite its impressive performance and a price tag of ,999, does not include a haptic touchpad.
In contrast, Apple has successfully made haptic feedback a standard feature across nearly its entire product lineup, leading users to expect this level of sophistication in feedback and precision. The MacBook Neo stands as the sole exception, yet even it employs a mechanism that surpasses the feel of conventional Windows touchpads.
Once users have experienced the haptic feedback of a MacBook, transitioning back to standard touchpads can be a challenge. As it stands, OEMs must strive to entice users to remain within the Windows ecosystem. The newly announced haptic feedback effects from Microsoft hold the potential to elevate the perception of Windows laptops to a more premium status, but it ultimately rests on OEMs to incorporate this technology into a broader range of devices, including more budget-friendly options.
