Clicks Power Keys Review: A Universal Physical Keyboard for Phones, Tablets, and More

Over the past two years, the return of physical buttons to smartphones has driven rapid experimentation in mobile keyboard design. Initial development focused on iPhone models to address the largest user base, followed by expansion to Android devices, where more diverse form factors offered additional flexibility. Throughout this evolution, one recurring limitation became clear: most solutions were restricted to a small set of supported phones. This raised a fundamental question—why couldn’t a physical keyboard work universally across devices?

The answer materialises in the form of the Clicks Power Keyboard, also referred to as Power Keys. Designed as a compact, multi-purpose accessory, it is roughly the size of a portable power bank by design rather than coincidence. Inside the unit is a 2,150mAh battery capable of wireless charging, paired with a magnetic docking ring compatible with MagSafe-enabled iPhones and Qi 2.2-supported Android devices. Phones without native magnetic support can still be accommodated through compatible cases.

When deployed for typing, the design follows a familiar sliding mechanism reminiscent of classic mobile devices with physical keyboards. The display shifts upward, revealing a full hardware keyboard beneath. A dual-height slider system allows compatibility with smartphones of varying sizes, including larger form factors. Unlike traditional accessories that rely on physical connectors, Power Keys communicates entirely through Bluetooth, removing dependency on USB ports and enabling flexible placement.

Bluetooth connectivity also allows pairing with multiple devices simultaneously. As a result, the keyboard is not limited to smartphones alone. Tablets, foldable devices, Bluetooth-enabled televisions, and even virtual reality headsets can be operated using the same physical input. This approach replaces on-screen keyboards, remotes, or gesture-based typing with tactile feedback from real keys.

The keyboard itself incorporates sculpted keycaps, inspired by earlier mobile keyboard designs, and includes backlighting for low-light environments. A newly added dedicated number row improves efficiency when entering passwords or numerical data, while also freeing additional keys for alternate functions. Directional inputs are mapped directly onto letter keys, further expanding functionality without increasing size.

Wireless operation removes orientation constraints, allowing devices to be used in portrait or landscape mode without interference. This flexibility proves especially useful for productivity tasks such as spreadsheet editing, document viewing, web browsing, and PDF reading. On supported Android devices, split-screen multitasking remains unobstructed since no virtual keyboard is triggered during use.

Beyond individual usage, Power Keys integrates with other compatible accessories to create a modular productivity setup. This configuration is designed to maximise efficiency for mobile workflows, particularly for users who rely on multiple devices throughout the day.

The broader context for this product lies in a market already populated with compact Bluetooth keyboards. However, many existing options suffer from inconsistent build quality, poor ergonomics, or limited durability. Power Keys was developed as a hybrid solution—combining wireless charging, a slide-away keyboard mechanism, detachable mounting, and consistent typing performance into a single device.

The design addresses longstanding complaints associated with earlier keyboard accessories while introducing a more versatile, device-agnostic approach. The result is a tool intended to disappear when not needed and perform reliably when deployed.

In parallel with this development, a shift has been occurring in the mobile landscape. Purpose-built secondary devices are increasingly used alongside primary smartphones, forming what can be described as a specialty phone segment. Within this space, a new product named Communicator has emerged, designed specifically for users who operate multiple phones for different tasks. Its release is planned for later in the year and represents an expansion into this growing category.

Together, these developments reflect a broader rethinking of mobile input, productivity, and device ecosystems—where physical interaction, modular accessories, and specialized hardware are once again finding relevance in a touchscreen-dominated world.

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