Haptics Products and Developments That Defined the Year

What stood out this year wasn’t a single breakthrough. It was repetition. The same product patterns, feedback strategies, and use cases kept resurfacing across releases, patents, and reader interest. Wearables became more intentional. Interfaces were reworked or upgraded. Patents often revealed more than the press.

Before we dive in, thanks for reading and sharing ATH this year. It’s helped bring more eyes to haptics and more momentum to the people building it. I’m excited to keep it going in 2026. Onward!

🛌 Sleepy Haptics - The new Woojer bed mat blends sound and vibration to make relaxation something you lie on, not interact with. (T3 / Verge)

🎛️Closed-loop Haptics in the Dashboard - Cirrus Logic’s new closed-loop driver chips aim to deliver more consistent haptics across automotive touchscreens, steering wheels, seats, and other in-cabin controls. (EPT)

🤢Apple Adds Cues to Reduce Motion Sickness - Apple’s iOS 26 update improves on-screen cues to help reduce motion sickness for iPhone or iPad users in cars, buses or trains. (Mashable)

🎮 Tactile Tension as Horror Design - New game Little Nightmares III uses tactile cues to build tension as part of its horror design language. (Super Jump Magazine)

🛠️ A Shell that Rumbles - DIY and experimental haptics turns a nautilus shell into a full-blown speaker. (Instructables)

📱Best Smartphone Haptics in 2025? - TechGenyz compares current smartphones, highlighting where haptics meaningfully improve interaction and where they fall flat. (Tech Genyz)

🖱️Feel your Way Through 3D Models - Haply Robotics and Geomagic Freeform unveiled co-developed haptic sculpting tools to let designers physically feel digital surfaces as they model. (Fox40)

🖼️ Academic Research on Visuo-Haptic Displays - Research from UCSB explores display technology that pairs visual output with tactile feedback. (goodmenproject / ucsb)

The top five haptics trends this year, based on volume of releases, research, patents, and reader interest.

Gloves, finger-based input, rings, and exosuits showed up repeatedly this year, often outside pure entertainment contexts. Early in the year, interest clustered around open source gloves and VR training. By mid-year and into November, coverage expanded into applied checkpoints and full-body systems.

Why this matters: Wearable haptics didn’t scale this year, but it refused to disappear, resurfacing across armbands and assistive systems wherever precise, eyes-free feedback was needed.

Coverage this year moved away from raw intensity toward timing, intent, and interpretation. Stories focused on vibration as support rather than spectacle, emphasizing emotional meaning and context-aware feedback over stronger or more complex effects. This showed up across phones, games, and everyday interfaces, including trackpads, where subtle, well-timed haptics mattered more than force.

Why this matters: This shift reframes haptics from an effect to a design tool. Timing, intention, and restraint are starting to show up more as product-supporting features, not just add-on gimmicks.

Seen in: March (Pixel vibration critique), September (emotional tuning), October (analog + haptics mouse).

Patents offered clues about where companies might be heading, especially in the absence of product announcements. ATH editions tracked filings for smart rings, input surfaces, speaker-touchpad systems, controller tension mechanics, and tactile rendering architectures.

Why this matters: The most revealing work often happened quietly in filings rather than features. These pointed to incremental extensions of existing products, as well as early attempts by large players to carve out niche territory.

Less conventional use cases drove strong interest, especially where haptics supported soft interfaces, accessibility, or specific applications like hydration sensing and precision tasks in robotics. Standouts included soft button research, pen-based tools for XR, and interfaces for musicians. These smaller stories routinely outperformed big-brand launches in terms of reader attention.

Why this matters: Haptics proved most valuable when feedback clarity solved a concrete user problem, not when it was added for effect.

Seen in: February (hospitality VR), April (soft buttons), August (hydration wearables), September (bandage-like interface), November (Tap-Tap for blind musicians).

Seen in: January (Vision Pro), February –October (ring/touchpad/actuator patents), May (music-triggered haptics), September (Taptic Engine patent).

That’s all folks. If you’re wondering where AI is, it just didn’t show up much in haptics this year. Same goes for humanoid robots, drone deliveries, and bioengineering. They made plenty of headlines, but not much impact here… yet.

I’m looking forward to what 2026 brings and will be here to share it with you. If you’ll be at CES and want to compare notes, share a demo, chat about what TITAN Haptics is up to, or just nerd out on haptics, let me know.

Yours truly,

Ashley Huffman

Founder, All Things Haptics
Strategic Partnerships at TITAN Haptics
Co-Founder of Haptics Club
Follow me on LinkedIn, X and Bsky

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