Leatherette Seat Covers Vs OEM Factory Upholstery: Buying Guide

Written by Coverland's Content Team, Reviewed and Approved by Hyeon Deog Han, Director of Product Development

Leatherette seat covers and OEM factory upholstery serve different purposes, so neither is automatically better for every driver. OEM upholstery is the vehicle's original seating surface, while leatherette seat covers add a protective layer that can change the seat's feel, appearance, and cleaning routine. For drivers comparing leatherette seat covers vs. OEM factory upholstery, the main factors are comfort, support, everyday protection, material performance, fit, and how each option suits the vehicle's use.

Leatherette Seat Covers vs. OEM Factory Upholstery: At a Glance

• Primary purpose: Leatherette seat covers: Protect the original upholstery and provide a new seating surface. OEM factory upholstery: Serve as the vehicle's original seating surface.
• Comfort: Leatherette seat covers: Depends on cover construction, padding, and fit. OEM factory upholstery: Designed around the original seat structure.
• Spill resistance: Leatherette seat covers: Wipe-clean surface can make some spills easier to remove. OEM factory upholstery: Depends on the original upholstery material.
• Cleaning: Leatherette seat covers: Generally easy to wipe clean. OEM factory upholstery: Cleaning method varies by material.
• Support: Leatherette seat covers: May add padding or lumbar reinforcement. OEM factory upholstery: Determined by the factory seat design.
• Fit: Leatherette seat covers: Varies by manufacturer and cover type. OEM factory upholstery: Factory-integrated fit.
• Protection: Leatherette seat covers: Shields original upholstery from direct contact and daily wear. OEM factory upholstery: Exposed to normal passenger use.
• Material performance: Leatherette seat covers: Depends on the specific leatherette and construction. OEM factory upholstery: Depends on the OEM upholstery material.
• Best suited for: Leatherette seat covers: Owners seeking added protection and a different seating surface. OEM factory upholstery: Owners who prefer the original factory configuration.

How Leatherette Seat Covers Fit Over OEM Seats

OEM upholstery is installed as part of the vehicle's original seat assembly. The upholstery works with the seat foam, frame, stitching, bolsters, lumbar structure, and other components built into the vehicle. A leatherette seat cover takes a different approach. Rather than removing the factory upholstery, it is installed over the existing seat to create another seating surface.

This can provide a practical layer of protection between the original upholstery and everyday sources of wear. Food, drinks, dirt, pet hair, and routine friction contact the cover rather than the factory material directly.

Fit is an important part of that equation. A loose universal cover may bunch, shift, or leave parts of the original seat exposed. A vehicle-specific cover can follow the contours of the particular seat more closely.

Coverland's custom-fit seat covers are developed using 3D laser measurements for specific vehicle applications. That approach is intended to account for the shape and dimensions of the actual seat rather than relying only on generalized measurements.

Comfort and Support: What Changes With a Seat Cover?

Adding a seat cover does not automatically make a factory seat more or less comfortable. The underlying foam and seat structure remain important, while the cover's own padding, material, and fit determine how the occupant experiences the surface.

A cover with additional padding can change pressure distribution across the seat. Lumbar reinforcement can also create a different feel for the lower back. Conversely, a poorly fitted cover may bunch or shift, potentially making the seating experience less consistent.

The material itself also affects the seating experience. Leatherette provides a different surface texture from woven cloth, while OEM upholstery varies according to the vehicle's original specification.

This means comfort is best judged by looking at the complete cover construction rather than the material name alone. Buyers should consider how much padding is used, how closely the cover follows the seat contours, and whether the design accounts for the vehicle's existing support features.

The meaning of "custom fit" also varies between manufacturers. Buyers comparing aftermarket options can review custom-fit seat cover differences and then look at the specific vehicle application, seat configuration, construction, and available testing rather than treating the term as a universal product category.

Leatherette vs. OEM Upholstery for Everyday Protection

The biggest practical difference between a leatherette cover and exposed OEM upholstery is the additional barrier provided by the cover.

Factory cloth can absorb liquids and allow dirt, crumbs, and pet hair to settle between its fibers. A smooth leatherette surface is easier to wipe after many common spills and can prevent some of that contamination from reaching the original upholstery.

This can be useful for vehicles that regularly carry children, pets, food, drinks, work equipment, or outdoor gear. The factory seat remains underneath the cover rather than taking all of that direct contact.

Leatherette is not, however, immune to damage. Repeated friction, sharp objects, excessive heat, UV exposure, and unsuitable cleaning products can affect the surface over time. The same principle applies to OEM materials, although each material can show wear differently.

The key distinction is therefore not that leatherette cannot wear. It is that an aftermarket cover can take much of the daily contact that would otherwise reach the original upholstery.

What the SGS Testing Shows

Independent laboratory testing provides more specific information than a general statement that a seat cover is "SGS certified." Coverland's current SGS testing of car seat-cover material evaluated dimensional stability, tensile strength, tear strength, bonding strength, scuff resistance, heat resistance, water resistance, and flammability.

The tested material recorded average tensile strength of 45.5 daN lengthwise and 67.9 daN widthwise, where daN is a unit of force. Tear strength averaged 2.9 daN lengthwise and 3.5 daN widthwise. These figures show how the submitted material performed under the specified laboratory methods.

Bonding strength was also measured between the cover's material layers. Fabric-to-coated-material bonding averaged 16.4 N lengthwise and 15.5 N widthwise, while fabric-to-foam with scrim measured 5.2 N lengthwise and 5.3 N widthwise, with N being a unit of force.

For water resistance, the specimen reached an average hydrostatic pressure of 2,996 mbar before bursting. This is a laboratory measurement under the specified test conditions and should not be treated as a guarantee of complete protection against every real-world liquid exposure. The flammability testing recorded results that met the applicable requirement for the tested materials and layers.

These results should be interpreted as measurements of specific material properties under defined test conditions. They do not establish a predicted service life, nor do they provide evidence for properties that were not included in the testing.

Does Fit Matter More Than Material?

Material selection is only one part of an aftermarket seat-cover purchase. The cover also needs to work with the specific shape and configuration of the vehicle's seats.

A well-fitted cover should follow the seat's contours instead of leaving large areas loose or exposed. This is particularly relevant for seats with pronounced bolsters, separate headrests, adjustable lumbar controls, heating, ventilation, or other built-in features. Installation also affects the finished result. Even a high-quality material can look or feel poorly fitted if the cover is not secured correctly.

The phrase "custom fit" should therefore be examined rather than treated as a universal product category. Some companies use broad vehicle compatibility, while others develop patterns around more specific vehicle and seat measurements.

Drivers comparing different products can learn more about custom-fit seat cover differences before deciding which construction is appropriate for their vehicle. For a vehicle-specific example, buyers can also review Honda CR-V seat covers to see how a specific application is presented.

How to Evaluate Leatherette Quality Before Buying

"Leatherette" describes a type of synthetic upholstery, but the term alone does not establish how a particular product will perform.

Before purchasing, buyers should look beyond the material name and check the product specifications. Useful information includes:

• Material composition and layer construction
• Padding or foam used within the cover
• Vehicle and seat compatibility
• How the cover is secured
• Available laboratory testing
• Cleaning instructions
• Warranty coverage

Testing is particularly useful when the manufacturer provides measurable results instead of relying only on terms such as "premium" or "durable." Tensile, tear, bonding, scuff, heat, and water-resistance measurements can give buyers more information about the material that was actually tested.

Warranty terms are another point of comparison. Coverland provides a 10 year warranty, which buyers can review alongside the product specifications and installation requirements.

For an additional ownership perspective, buyers can also read Coverland customer reviews on Trustpilot. These reviews provide individual customer experiences rather than technical evidence, so they are most useful as context alongside the product specifications, test results, and warranty terms already discussed.

Frequently Asked Questions

Are aftermarket seat covers more comfortable than factory upholstery?

Aftermarket seat covers are not automatically more comfortable than factory upholstery. Comfort depends on the original seat, cover fit, padding, surface feel, and support features. Some covers add memory foam or lumbar reinforcement that can change pressure distribution and improve comfort during longer drives. A well-designed OEM seat may already provide excellent support, so comfort should be compared product by product.

Does a seat cover affect factory lumbar or bolster support?

A properly fitted seat cover should follow the original seat's contours rather than flattening its lumbar area or bolsters. Added padding can change the seating feel, while a loose cover may shift and affect how consistently the seat supports the body. Buyers should check the cover's construction and vehicle compatibility before installation, particularly on seats with pronounced bolsters.

How does leatherette wear compare to OEM cloth over time?

Leatherette and OEM cloth age differently. Cloth can absorb liquids and collect dirt within its fibers, while a smooth leatherette surface can make many spills easier to wipe away. Leatherette can still develop cracking, peeling, or scuffing from friction, heat, UV exposure, or improper care. Longevity depends on material quality, construction, climate, usage, and maintenance rather than material name alone.

Which material holds up best in cold weather?

The materials can feel different in cold conditions, but there is no universal winner based on the available testing. Leatherette may offer a practical cleaning advantage after exposure to moisture or wet clothing. The available SGS testing evaluates heat resistance at 85°C, not freezing temperatures, so it does not establish a low-temperature performance ranking between materials.

Which lasts longer, leatherette or OEM upholstery?

Leatherette does not have a fixed lifespan and should not be assumed to outlast every OEM material. Service life depends on coating quality, construction, friction, UV exposure, temperature, cleaning, and vehicle use. A warranty provides a useful comparison point, but it should not be treated as a laboratory prediction of appearance or performance for the entire warranty period.

How do I tell which material a listing is actually using?

Check the listing for its material composition, layer construction, manufacturer specifications, testing information, and care instructions. Terms such as "premium leather," "leather look," or "leather-style" do not identify the material precisely. A stronger listing names the synthetic material, explains its construction, identifies independent testing where available, and clearly states the applicable warranty and care terms.

Leatherette Seat Covers vs. OEM Factory Upholstery: Which Should You Choose?

OEM factory upholstery is already integrated with the vehicle's original seating system and provides the factory appearance and feel. For drivers who are satisfied with that configuration and have little need for additional protection, keeping the original upholstery exposed may be the simplest choice.

Leatherette seat covers provide another option. They create a new seating surface while placing a protective layer between the original upholstery and everyday spills, dirt, pet hair, and friction.

Climate can also influence how each option is experienced over time. Leatherette creates a smooth surface that can be wiped clean after exposure to moisture, while the feel of the material can change with temperature. OEM upholstery varies by vehicle, so cloth, vinyl, and other factory materials may respond differently to heat, cold, moisture, and repeated use.

For buyers considering aftermarket protection, the material should not be evaluated on its own. Fit, construction, padding, test data, warranty coverage, and intended use all affect whether a cover is a suitable choice. Buyers should also consider the vehicle's climate, how often the seats are exposed to spills or dirt, and whether maintaining the original factory surface is a priority.