What Is The Restonic Hybrid Apollo Mattress Made Of? Materials Explained
If you’re asking “What Is The Restonic Hybrid Apollo Mattress Made Of”, you’re likely trying to understand what’s inside the mattress, how those layers work together, and what that might mean for comfort and durability. This overview breaks down the typical materials and structure you’ll find in a hybrid mattress of this style so you know what you’re actually sleeping on.
What does “hybrid” mean in this mattress?
When you search “What Is The Restonic Hybrid Apollo Mattress Made Of”, the term hybrid is an important clue. A hybrid mattress usually combines:
- Foam layers on top for contouring and pressure relief
- Coil support underneath for bounce, airflow, and structure
The result is a blend of cushioning foam with a more traditional, supportive feel from coils.
What Is The Restonic Hybrid Apollo Mattress Made Of, layer by layer?
While exact specifications can vary by model year and firmness level, a mattress in this category typically includes the following components, stacked from top to bottom:
1. Quilted cover
The top surface is usually a quilted fabric cover, often made from:
- A soft knit or woven textile
- Light padding or fiber fill stitched into the surface
This layer is designed to feel smooth and comfortable to the touch and may add a bit of initial cushioning before you reach the deeper foam layers.
2. Comfort foams
Beneath the cover, you’ll generally find comfort foam layers. These can include:
- Specialty foams: Often used for contouring, responding to body shape, and easing pressure on areas like shoulders and hips
- Transition foams: Slightly firmer foam that sits between the plush top and the coils to smooth out the feel
These foams are usually engineered to provide a balance of softness on the surface and support as you sink in slightly.
3. Coil support system
A core part of answering “What Is The Restonic Hybrid Apollo Mattress Made Of” is the coil unit. In a hybrid mattress, this is typically:
- A layer of individually wrapped coils (pocketed coils)
- Coils that move more independently than traditional interconnected springs
This support system is intended to:
- Provide overall support across the mattress
- Allow for targeted response under heavier areas of the body
- Encourage airflow through the mattress core
4. Edge support components
Around the perimeter, hybrid mattresses often include edge reinforcement, such as:
- Firmer foam rails
- Higher-gauge (thicker) coils at the edges
These materials are used to help the edges feel more stable when sitting or lying near the side of the bed.
5. Base or stabilizing layer
At the very bottom, there is typically:
- A thin layer of dense foam or similar stabilizing material
This helps support the coil unit, keep the mattress structure consistent, and create a flat, even base for the rest of the layers.
Why do these materials matter?
Understanding what the Restonic Hybrid Apollo mattress is made of helps you predict how it might feel and perform:
- Foam layers influence surface softness, contouring, and how “hugged” you feel by the bed.
- Pocketed coils contribute to bounce, ease of movement, and steady support.
- Edge support materials matter if you sit on the side of the bed often or sleep close to the edge.
- Cover and quilting affect first impressions of softness and temperature feel at the very top.
None of these materials can guarantee a specific experience for every person, but together they create a typical hybrid feel: some cushioning from foam with noticeable underlying support from coils.
Common questions about the materials
Are the foams firm or soft?
Foam firmness can vary by specific model and comfort level (such as plush, medium, or firmer versions). Generally:
- Top foams tend to be softer and more cushioning
- Transition foams tend to be slightly firmer to prevent sinking too deeply into the coils
The combination is chosen to create a particular overall comfort feel.
How do the coils work with the foam?
In a hybrid design:
- The foam layers handle most of the pressure relief
- The coils provide the main structural support and help keep the mattress from feeling too flat or too “stuck in”
Many sleepers describe this type of build as offering both contouring and support rather than one or the other.
Does the construction affect temperature?
The materials in a hybrid mattress can influence how warm or cool it feels:
- The coil unit allows air to move through the mattress core
- The type and thickness of foam on top can affect how closely the mattress hugs the body
Some people notice that the combination of foam and coils feels more breathable than all-foam designs, but temperature comfort is still very individual.
✅ Quick Mattress Takeaways
Key points consumers should understand about What Is The Restonic Hybrid Apollo Mattress Made Of
- The mattress is typically a hybrid design, combining foam layers with a coil support core.
- It usually includes a quilted cover, comfort foams, transition foam, a pocketed coil support unit, and a base layer.
- Foam layers are used mainly for contouring comfort and pressure relief.
- Individually wrapped coils provide support, structure, and help with airflow through the mattress.
- Edge support components are added to help the perimeter feel more stable.
- The exact feel depends on the specific foam types, thicknesses, and coil design, even within the same model family.
Understanding “What Is The Restonic Hybrid Apollo Mattress Made Of” comes down to knowing how these layers—cover, foams, coils, and edge support—work together. With that picture in mind, it becomes easier to compare this type of hybrid construction to other mattresses and decide whether this general style of build matches your preferences for comfort and support.
