SolidX Launch｜The Science Behind Corner Structure Breakthrough

Since RHINOSHIELD introduced the SolidSuit phone case in 2016, our engineering team has focused on structural design excellence, continuously enhancing everyday device protection.

We've pushed the boundaries of material science, implemented circular recycling systems, and integrated diverse printing technologies while empowering users to express their personal style through premium phone case design.

Today marks a revolutionary milestone in mobile protection technology.

The birth of SolidX represents the evolution of proven SolidSuit DNA, preserving the trusted minimalist aesthetics and comprehensive coverage that users rely on.

The "X" in our new SolidX phone case name signifies our redefined protection standards. This isn't just improved drop protection. It's a completely reimagined defense that's more resilient, extreme, and uncompromising in its approach to smartphone safety.

This breakthrough emerged from RHINOSHIELD's comprehensive review of internal phone case drop protection standards.

Through repeated drop testing protocols, our research team made a critical discovery that became the catalyst for SolidX's enhanced protection capabilities.

During AirX development, our product design team built more precise drop-testing equipment and revisited years of accumulated SolidSuit drop protection data.

Through extensive comparison and testing, we discovered a critical phenomenon:
The corner near the camera frame consistently delivered stable performance, significantly outperforming the other three corners.

This sparked our curiosity:
Why did this single corner stand out among all the data points?

Our engineers launched an in-depth analysis, systematically deconstructing the internal corner structure and thickness combinations.

Through extensive trial and refinement, we identified the key impact-resistance factors without changing material formulations. After countless structural adjustments and optimizations, this region demonstrated characteristics similar to a "shock-absorption structure."

Under instantaneous impact, it immediately generates a controlled collapse effect, effectively distributing and weakening impact forces creating an invisible protective barrier for smartphones.

In that moment, we realized:
True protection doesn't always come from sweeping changes, but from reimagining the details that were there all along.

When drop meets science, innovation is born. But the real test had just begun.

Translating this discovery into actual protection enhancement required our product development team to rethink every detail of energy transmission within phone case structures. They built precise testing models, simulating impact scenarios from various angles, tracking the distribution and dissipation of every energy pathway.

Through extensive testing and analysis, we began searching for optimal solutions without changing material formulations.

• First attempt: The team assumed strengthening that specific region was the answer. Result? Overall test performance plummeted, and protection actually worsened.

• Second revision: Conservative parameter adjustments. Result? Improvements were negligible which essentially back to square one.

In the following days, our team entered a tug-of-war with the laws of physics. Hundreds of structural adjustments, testing validations, overhauls, and restarts. Every "failure" narrowed the solution range, every breakthrough revealed new challenges.

Until we found that "Balance Spot." Like a baseball player finding the perfect contact point on the bat, we finally discovered the golden ratio of structural depth, angle, and material hardness.

At that moment, all data pointed to one conclusion: this was our answer.

True protective power never comes from simply adding material thickness. It comes from structural insight and mastery.

We constantly challenge conventional thinking, refusing to rely on increased thickness for enhanced protection. Instead, through precise structural design, we make every region perform at maximum protective efficiency. Optimized structures in critical areas function like finely-tuned suspension systems, effectively channeling and dispersing energy during impact moments.

We view impact forces as energy flow, continuously seeking the balance point that maintains both structural integrity and optimal protection which is like building an invisible suspension system for smartphones. Every structural adjustment has engineering justification. In the moment of impact, energy is effectively channeled and distributed while overall structural stability is maintained.

This isn't design complexity. It's the intelligence of precision engineering.

This isn't over-engineering. It's precision at exactly the right level.

"Looks simple, but it's not simple." This captures the essence of SolidX.

In an era that pursues visual impact, we chose a different path: letting true value hide in invisible places.

Not every innovation requires changing product appearance. Not every breakthrough requires reinventing the wheel. Sometimes, with enough dedication, you can discover world-changing possibilities in the most ordinary details.

This is SolidX's origin story: from overlooked corners to new heights in protection technology.

SolidX represents our obsession with details, our hunger for innovation, our commitment to users.

Through continuous technological development, we've discovered breakthrough impact-resistance solutions, establishing new protection standards for the industry.