Unveiling the Secrets Behind Mazda's Engineering Mastery: How the Miata's DNA Transformed the CX-5
The Ultimate Crossover? Prepare to be amazed as we delve into the world of Mazda's engineering prowess. The CX-5, already renowned for its exceptional handling, has undergone a remarkable evolution for the 2026 model year. But here's the twist: it's not just about growth; it's about refinement and precision.
Mazda, with its unique approach, has crafted a crossover that feels tighter and more composed than ever before. It's a testament to their commitment to excellence, and we're about to uncover the secrets behind this impressive feat.
The Magic Behind the Wheel
Ruben Archilla, Mazda's senior manager of Research & Development, reveals the key to their success. It's not just about changing the character; it's about enhancing what already made the CX-5 exceptional.
The new damper design, a more expensive yet crucial investment, works in harmony with a reimagined suspension setup inspired by the iconic MX-5 Miata. This combination results in a more linear damping curve, providing improved sensitivity, especially at lower speeds.
"It's more linear," Archilla explains. "We've increased damping at the beginning of the motion and reduced it at higher piston speeds, creating a smoother, more controlled ride."
But here's where it gets controversial: Mazda has "changed the relationship" between springs and dampers. The new CX-5 adopts a concept from the Miata, featuring soft springs and firm dampers. According to Archilla, this approach, unique to Mazda, results in a lower ride frequency, enhancing comfort and control.
"The spring rate is lower, allowing it to absorb imperfections effortlessly. Yet, we've increased damping force for initial movements, keeping body posture and motions well-controlled," he adds.
Steering with Precision
Mazda's focus extends to steering feel, adding more analog feedback for a truly immersive driving experience. Their refined G-Vectoring Control system reduces engine torque, transferring weight to the front tires during turns, enhancing grip and response.
"This creates more force fed back through the steering, giving the driver a more connected feel," Archilla notes.
And this is the part most people miss: the 2026 CX-5 introduces a lightly preloaded torque coupling in the all-wheel-drive system. This innovative feature forces the front and rear tires to spin at the same rate, ensuring a straight-line path and improving steering feel.
"It's a self-aligning torque that translates into more force through the column, and when combined with reduced damping in the electric power steering assist, the result is a more tactile, analog feedback experience," Archilla explains.
The Future of Driving
With these enhancements, the 2026 Mazda CX-5 sets a new benchmark for crossovers. It's a masterpiece of engineering, blending comfort, control, and precision. But what do you think? Is this the future of driving? Should other automakers follow Mazda's lead?
We want to hear your thoughts! Join the discussion in the comments and share your opinions on Mazda's innovative approach to engineering.
