Why the Clicks Power Keyboard Exists: The Mobile Screen Space Problem
There’s a specific moment every mobile power user recognizes: you’re away from your desk when an urgent project update hits. The phone comes out, but the second you tap that text box, the viewport collapses. The on-screen keyboard hijacks nearly 50% of your vertical resolution, turning what should be a premium productivity experience into something that feels like peering through a letterbox.
This isn’t about declaring touchscreen keyboards “bad”—for most people, most of the time, they work perfectly fine. Quick texts, social media comments, search queries—virtual keyboards handle these cases elegantly. The swipe typing is fluid, the autocorrect is helpful for casual language, and the keyboard disappears completely when you don’t need it.
But there’s a specific use case where the math stops working: sustained text entry with complex content while needing full screen visibility. That’s where the Clicks Power Keyboard enters the conversation as a physical keyboard solution for iPhone and Android devices.

Table of Contents
What Is the Clicks Power Keyboard?
The Clicks Power Keyboard is a magnetic, slide-out physical QWERTY keyboard accessory for smartphones. Unlike traditional keyboard cases that permanently encase your phone, the Clicks keyboard uses a modular design—it attaches magnetically to your device and slides down to reveal a full keyboard layout when you need it.
Clicks Power Keyboard Key Specifications:
- Compatibility: iPhone 15/16 series (MagSafe), select Android devices with Qi2 magnetic standard
- Connection: Bluetooth HID (Human Interface Device) protocol
- Battery: Independent 2,150 mAh lithium-ion power source
- Charging capability: Provides 5W reverse wireless charging to your phone
- Key technology: Polycarbonate dome switches with 1.2mm travel
- Dimensions (closed): Adds approximately 4mm thickness to phone
- Weight: 68g including battery
The Clicks Power Keyboard’s design philosophy centers on being an option rather than a replacement for your phone’s touchscreen keyboard. For most mobile tasks, the virtual keyboard remains faster and more convenient. But for specific sustained-typing scenarios, the Clicks keyboard removes the viewport constraint.
How the Clicks Power Keyboard Works: Technical Design
Magnetic Slider Mechanism
The Clicks Power Keyboard attaches to the back of your iPhone or Android device using the Qi2 magnetic standard (the same technology behind MagSafe). In closed position, it sits flush against your phone. When you need to type, it slides down to reveal the full QWERTY layout while maintaining device balance.
The clever engineering: even when extended, the Clicks keyboard maintains your phone’s center of gravity, preventing the top-heavy awkwardness common in traditional keyboard cases.
Independent Battery System
One distinguishing feature of the Clicks Power Keyboard is its independent power management. The keyboard runs on its own 2,150 mAh lithium-ion battery with dedicated power management circuitry (PMIC). This design means:
No phone battery drain: The Clicks keyboard manages its own power through low-energy Bluetooth HID protocol, consuming less than 15mW during active typing.
Reverse charging capability: When your phone hits low battery, the Clicks Power Keyboard can provide 5W wireless charging—essentially functioning as a backup battery that also happens to be a keyboard.
The keyboard connects instantly when you extend the slider—no pairing requirements, no app installations needed, compatible with every native application.
Physical Typing Surface
The Clicks Power Keyboard uses polycarbonate dome switches with 1.2mm travel and 65g actuation force—similar to laptop scissor-switch keyboards. The layout includes dedicated modifier keys (Shift, Alt, Ctrl, Command/Windows), which means desktop keyboard shortcuts transfer directly to mobile.
For users accustomed to laptop or desktop keyboards, the muscle memory transfers to the Clicks keyboard—home row positioning, modifier key combinations, typing rhythm all remain consistent with larger keyboard experiences.
Clicks Power Keyboard Benefits: Screen Space and Battery Life
Full-Screen Visibility During Typing
The primary benefit of the Clicks Power Keyboard is simple geometry: moving the input method off-screen reclaims the viewport. On-screen keyboards typically consume 45-50% of vertical space. The Clicks keyboard eliminates this tradeoff entirely.
Apps that benefit from Clicks keyboard screen space:
- Notion and productivity apps: Full database visibility while editing properties
- Slack and messaging apps: Complete message threads visible while composing responses
- Terminal apps (Termius, SSH clients): Command history remains visible while typing new commands
- Google Docs and document editors: Document structure stays visible during editing
- Email apps: Full context threads visible while drafting responses
For quick interactions, virtual keyboard screen compression is manageable. For sustained work sessions where you need to reference context while typing, the Clicks Power Keyboard removes this specific friction point.
Typing Accuracy for Technical Content
Virtual keyboards excel at casual language because autocorrect and prediction handle common patterns well. The Clicks Power Keyboard serves a different use case: technical content where autocorrect interferes rather than assists.
Where Clicks keyboard typing accuracy matters:
- Code syntax and programming
- Terminal commands and scripts
- API endpoints and technical documentation
- SQL queries and database commands
- Specialized jargon and technical terminology
Physical keys mean what you type appears exactly as typed, without prediction algorithm “corrections.” For workflows involving technical typing, the Clicks keyboard removes autocorrect conflict entirely.
That said, for casual messaging and standard prose, virtual keyboard prediction actively helps. The Clicks Power Keyboard advantage is specific to content where precision matters more than prediction assistance.
Extended Battery Life for Mobile Work
The Clicks Power Keyboard’s supplemental 2,150 mAh battery extends operational uptime by approximately 30% during typing-intensive sessions.
Scenarios where Clicks keyboard battery matters:
- Long flights without power access
- Full-day conferences with active note-taking
- Extended commutes with sustained mobile work
- Travel days requiring continuous productivity
For typical mixed-use patterns—some typing, mostly content consumption—the battery supplement provides marginal benefit. For sustained mobile productivity sessions, it meaningfully shifts viable work duration.
Who Should Buy the Clicks Power Keyboard?
The Clicks Power Keyboard addresses specific user profiles with specific pain points. Being direct about who benefits matters for purchase decisions.
Clicks Power Keyboard Target Users
Mobile developers and technical professionals: DevOps engineers checking server logs, developers SSH-ing into systems, data analysts running queries—scenarios requiring precise syntax typing without laptop access.
- Content creators doing long-form mobile writing: Writers drafting articles on phones, social media managers composing detailed threads, professionals writing substantial emails—cases producing paragraphs rather than sentences.
- Product managers and knowledge workers: Anyone editing complex documents in Notion, Airtable, Google Docs, or project management tools on mobile—workflows needing document structure visibility while editing.
- Former BlackBerry users: People who remember physical keyboard phones and miss tactile typing for mobile productivity.
- Heavy mobile productivity users: Anyone regularly frustrated by on-screen keyboard screen space limitations during sustained work sessions.
When Virtual Keyboards Work Better Than Clicks
- Quick messaging and social media: Brief inputs where swipe typing and prediction actively help—virtual keyboards are faster and more convenient for these cases.
- One-handed mobile use: Standing, commuting, or situations requiring one hand free—the Clicks Power Keyboard requires two-handed operation.
- Primarily consumption-focused mobile use: Reading, browsing, watching videos with occasional brief inputs—virtual keyboard advantages (instant appearance/disappearance, no added bulk) outweigh spatial constraints.
- Casual document editing: Light editing and brief responses where typing is secondary activity rather than primary focus.
The virtual keyboard isn’t inferior for these cases—it’s actually superior. The swipe gestures, contextual prediction, instant availability, and one-handed operation are genuine advantages for majority mobile interactions.
Clicks Power Keyboard Limitations and Considerations
- Added Bulk and Weight: The Clicks Power Keyboard adds 4mm thickness and 68g weight to your phone. For users who prioritize minimal pocket profile, this represents a meaningful tradeoff. The device is noticeably thicker and heavier than phone-only configuration.
- Two-Handed Operation Required: Unlike touchscreen keyboards that support one-handed thumb typing, the Clicks Power Keyboard requires two-handed use. This eliminates certain mobile usage scenarios where one hand needs to remain free.
- Learning Curve for Small Physical Keys:
- The Clicks keyboard’s compact key layout requires adjustment period. Users accustomed to full-size keyboards may initially experience reduced typing speed while adapting to smaller key spacing and different key arrangement.
- Price Consideration:The Clicks Power Keyboard represents a premium accessory investment. Users should evaluate whether the specific productivity benefits justify the cost relative to their actual mobile typing patterns.
Clicks Power Keyboard Alternatives
- Standard Bluetooth Keyboards: Portable Bluetooth keyboards solve screen space problems but require flat surfaces and separate device carrying. The Clicks Power Keyboard’s advantage: integrated attachment maintaining phone portability.
- Larger Phone Screens: “Pro Max” and “Ultra” devices increase total screen area, but on-screen keyboards scale proportionally—percentage viewport loss remains constant. The Clicks keyboard solves the fundamental spatial problem rather than just increasing total available space.
- Optimized Virtual Keyboards (SwiftKey, Gboard):Third-party keyboards improve prediction and customization but cannot escape 40-50% screen space consumption. The Clicks Power Keyboard’s advantage: physical off-screen input method.
Clicks Power Keyboard: The Bottom Line
The Clicks Power Keyboard doesn’t make smartphones universally better at text input. It makes them better at a specific category of text input:sustained, technical, context-dependent typing where screen visibility and precision matter more than input speed or convenience.
You should consider the Clicks Power Keyboard if:
- You regularly do sustained typing work on your phone (30+ minutes sessions)
- You work with technical content where autocorrect interferes (code, commands, specialized terminology)
- You need to see full app interfaces while typing (document structure, message threads, database views)
- You experience battery anxiety during mobile work sessions
- You’re a former physical keyboard phone user missing tactile typing
Stick with virtual keyboards if:
- Your mobile typing is primarily quick messages and brief inputs
- You value one-handed operation and minimal device bulk
- Your typing is casual language where prediction helps rather than hinders
- You’re primarily consuming content with occasional text entry
The Clicks Power Keyboard is a narrow solution for a narrow problem—but for users experiencing that problem regularly, it removes the exact friction point making mobile productivity feel constrained. It’s not about whether physical keyboards are objectively better—they’re not, for most use cases. It’s about whether you regularly encounter scenarios where reclaiming screen space and eliminating autocorrect interference matters more than virtual keyboard convenience.
For mobile power users hitting the viewport constraint during sustained work sessions, the Clicks Power Keyboard transforms their phone from a device where typing is tolerable into a device where typing is genuinely productive.