Hybrid mattress under the microscope - what are manufacturers hiding?

What is a hybrid mattress?

Traditionally, a hybrid mattress is a design that combines two different support technologies in one product. Most often, it's a combination of a base made of pocket or multipocket springs with a top layer of foam - typically standard or memory foam. However, global standards are evolving, and so is the definition. A true hybrid should take the best of available technologies - not just be a compromise. In 2026, ONSEN? will introduce a new generation of hybrid mattresses in Poland that eliminate springs altogether in favor of advanced polymers and foams.

What makes the Osaka Grid mattress different from other hybrid mattresses?

Instead of faulty springs, the Osaka Grid hybrid mattress features an advanced polymer grid. Its top layer is made of a specialized polymer that delivers the sensation of sleeping on air, offering excellent airflow and almost no pressure points. The polymer structure does not fatigue or sag, ensuring long-lasting durability. It?s the most advanced mattress on the market. Osaka Grid redefines the concept of a hybrid, likely becoming the first springless hybrid mattress.

Is a hybrid mattress a good choice?

It depends on the mattress construction. Traditional hybrids (spring + foam) are often a poor compromise. They might be a decent choice only if the manufacturer avoids cheap fillers (like coconut mats), doesn?t glue the spring pockets into a rigid block, and uses high-resilience foams. Still, the inherent issues with springs remain. In contrast, modern hybrids like Osaka Grid are an excellent choice for those seeking a perfect balance between support and comfort, as they eliminate the downsides of springs - squeaking, sagging, electromagnetic interference, and more.

Which hybrid mattress is the healthiest for the spine?

The healthiest mattress is one that provides real point elasticity and doesn?t exert pressure back onto your body. For spinal health, the best hybrid mattress is one that avoids stiff layers, springs, and inferior foams like T- or V-foam in the top layer. Models based on high-resilience (HR) foams and polymer grids - such as Osaka Grid - are considered healthier, as they allow the spine to rest in its natural alignment, do not disturb blood flow, and let muscles fully regenerate.

Why do spring-based hybrid mattresses lose to foam mattresses?

Spring-based mattresses, even pocketed ones, suffer from design flaws that high-quality foam mattresses do not. In many spring models, the pockets are glued together, creating a rigid surface that cancels out point elasticity. Springs react with force proportional to pressure - the more you press (e.g. with your hips), the more force they push back with, causing pressure on the body. Quality foam works oppositely by relieving pressure. Over time, metal loses resilience and forms permanent indentations. The inside of a spring mattress is a hollow space that collects dust, dead skin, and mites. In contrast, open-cell foam mattresses are breathable and do not promote mold growth.