Is OE Code 23947911 the Correct Brake Pad for Chevrolet Groove?

Is OE Code 23947911 the Correct Brake Pad for Chevrolet Groove?

Struggling to confirm the right brake pad for the Chevrolet Groove1? Ordering the wrong parts costs time and money. This guide provides the clarity you need to get it right.

Yes, OE 239479112 is the designated brake pad for some Chevrolet Groove1 models, but confirming a match is extremely complex. Fitment depends on the specific model year, trim level3, and manufacturing region. Standard parts lookup systems are often not accurate enough for this specific part number.

a close-up of a brake pad with part number 23947911 visible

Just knowing the part number isn't enough, especially when you are ordering in bulk. The details behind this number are what separate a successful order from a costly mistake. As a B2B supplier, we understand that precision is everything. This is why we need to dig deeper into what this OE code really means and how to verify it correctly. Let’s break down the process step-by-step so you can order with complete confidence.

What Exactly Is OE 239479112 and What Brake Component Does It Represent?

Confused by a long string of numbers on a part? An OE code seems simple, but getting its meaning wrong can lead to major inventory and fitment4 problems.

The code OE 239479112 is an Original Equipment (OE) part number assigned by General Motors. It specifically identifies a front brake pad set5. It is not a caliper, rotor, or any other component. This number links directly to a unique set of technical specifications6.

an engineering diagram of a brake pad set

When we talk about an OE code, we're talking about the part's DNA. It's more than just an identifier for reordering. This number is a blueprint created by the original car manufacturer, in this case, General Motors. It dictates everything about the part. For OE 239479112, this means a specific type of brake pad set5 designed for the front axle. The number itself is a key that unlocks a vault of critical information that we, as a manufacturer, must follow perfectly. We don't just see a number; we see a complete technical profile that we need to replicate.

The Blueprint Behind the Number

The OE code tells us the exact requirements for the part. It's a standard that ensures the brake pad will fit and perform exactly as the car's designers intended. Any part claiming to match this OE code must adhere to these strict parameters.

Specification What OE 239479112 Dictates
Dimensions The exact length, width, and thickness of the pad backing plate and friction material.
Material Composition The specific friction formula (e.g., ceramic, semi-metallic) for optimal performance.
Hardware The inclusion of specific shims, clips, or sensors that come with the brake pad set5.
Performance The required friction coefficient7, heat resistance, and noise, vibration, and harshness (NVH) levels.

Component Identification

It is also critical to understand that OE 239479112 refers only to the brake pads. In the complex world of automotive parts, it's easy to get confused. This number does not represent the brake caliper8 that holds the pads, the brake rotor9 that the pads press against, or the wear sensor that might be attached. It is solely for the set of two pairs of pads that service the front wheels of the vehicle. For a wholesale buyer, this distinction is crucial to avoid ordering a completely wrong component.

Which Chevrolet Groove1 Models Use Brake Pads with OE Code 23947911?

You have a fleet of Chevrolet Groove1 vehicles, but will this brake pad fit all of them? Ordering based on just the model name is a common but costly mistake.

OE 239479112 is primarily used on specific Chevrolet Groove1 models, particularly those produced for Latin American and other emerging markets. Fitment is not universal and depends heavily on the production year10, trim level3, and even the specific assembly plant of the vehicle.

a lineup of Chevrolet Groove cars in different colors

The Chevrolet Groove1 is a perfect example of modern automotive manufacturing, which often involves rebadging and platform sharing. The Groove is based on the Chinese-market Baojun 510. This creates a lot of complexity in the supply chain. A part for a Groove sold in Chile might be different from one sold in another region, even if they look identical. This is why just knowing the model name "Chevrolet Groove1" is not enough information for a reliable B2B order. We have to look at the specific version of the vehicle.

The Importance of VIN-Based Lookups

The single most reliable way to confirm fitment4 is by using the Vehicle Identification Number (VIN). A VIN provides the exact manufacturing details of a specific car, including the factory it came from, its production date, and the original parts it was built with. For our clients, especially importers and distributors, we always recommend a VIN-based verification11 process before placing a large order. This step eliminates almost all guesswork.

Potential Fitment Guide (For Reference Only)

While a VIN is best, here is a general guide to where you might find this part. Please note, this is for informational purposes and must be verified.

Model Year Trim Level Market Region Likelihood of Fit
2021-2023 Premier Latin America High
2021-2023 LTZ Latin America High
2022-2024 Premier Middle East Medium
2022-2024 LT Latin America Low (May use a different part)

As you can see, the variations are significant. A buyer sourcing parts for the "LT" trim might accidentally order the wrong pads if they rely on information for the "Premier" trim. As a manufacturer, our job is to provide parts that precisely match the specified OE code, but it is the buyer's responsibility to ensure that OE code is correct for their target vehicles.

How Can You Verify OE 239479112 Against Original GM Specifications?

You're about to order thousands of brake pads. How can you be 100% sure they are correct? Relying on a simple online search is a huge financial risk.

To properly verify OE 239479112, you must use a professional-grade automotive parts database12. The process requires a multi-step verification that includes an OE code lookup, a vehicle compatibility cross-reference, and a direct comparison with original GM technical specifications6 and drawings.

a person comparing technical data on two different computer screens

Verifying this specific OE code, 23947911, is surprisingly difficult. Standard parts-lookup systems that many smaller shops use just don't have the required accuracy. They might give you a "match," but that match could be based on incomplete or outdated data. From my experience, a truly reliable verification process must involve at least three distinct checks. The hardest part of this process is the cross-referencing stage. High-precision systems that can do this properly are usually only available through major data platforms in automotive hubs like the Yangtze River Delta or Guangzhou here in China.

The Three-Step Verification Process

To ensure accuracy, we follow a strict process.

  1. Initial OE Code Lookup: We first enter "23947911" into a professional database to confirm it is a valid GM part number and identify the component type (front brake pad set5).
  2. Vehicle Fitment Cross-Reference: This is the most challenging step. We cross-reference the part number against specific vehicle models, years, and VIN ranges. This requires a database that is constantly updated with regional vehicle variations.
  3. Technical Parameter Comparison: Finally, we pull up the original GM technical drawings and material specifications for OE 239479112. We then compare these specs against the physical part or our own production blueprint to ensure a perfect match in dimensions, materials, and included hardware.

A Personal Story: The South American Client

I learned the importance of this process the hard way. Early on, I was working with a new client from South America who needed parts for the Groove. I used a system I thought was reliable, but my verification process wasn't as robust as it is today. After we produced and shipped the parts, the client reported a high number of "mismatched fitment13t](https://www.pullapart.com/inventory/interchangeable-parts/)%%%FOOTNOTE_REF_4%%%" issues. My heart sank. Fortunately for me, the client was actually upgrading and modifying their vehicles, and the parts we sent, while not a direct stock replacement for some of their cars, were a better fit for their modified brake caliper8s. They ended up being very happy. But it was a wake-up call. If this had been for a standard replacement parts distributor, it would have been a disaster. That experience taught me that there is no substitute for a rigorous, multi-step verification process, especially when dealing with complex parts like OE 239479112.

Is OE 239479112 an OEM14 or Aftermarket Brake Pad Replacement?

You see the "OE" code, but does that mean you have to buy it from GM? Understanding the difference between OEM14 and aftermarket is key to your business's profitability.

The code "OE 239479112" itself refers to the Original Equipment specification. A brake pad can be an OEM14 part (made for GM by their supplier) or a high-quality aftermarket part, like ours, that is manufactured to meet or exceed those exact OE specifications.

a factory assembly line producing brake pads

This is a question we get all the time from our B2B clients. The "OE" in the code defines the standard, not the source of the part. General Motors designs the part and sets the specifications, but they often do not manufacture it themselves. They contract another company to produce it for them. This company is the Original Equipment Manufacturer (OEM14). As an ODM/OEM14 supplier ourselves, we operate in this space. We can either be the OEM14 for a brand, or we can produce a part for the aftermarket that is engineered to the same OE standard.

OEM14 vs. High-Quality Aftermarket

For a wholesale buyer, the choice between sourcing an OEM14-branded part and a high-quality aftermarket equivalent comes down to balancing cost, quality, and branding. An aftermarket part is not automatically lower in quality. A good aftermarket manufacturer uses the OE specifications as the minimum benchmark and builds a product that performs just as well, if not better.

Factor OEM14 Part High-Quality Aftermarket Part
Source Made by the car brand's contracted manufacturer. Made by an independent manufacturer like us.
Quality Standard Meets the minimum OE specification. Meets or exceeds the OE specification.
Branding Carries the car manufacturer's brand (e.g., GM). Carries the manufacturer's or distributor's brand.
Cost Typically higher due to brand markup. More competitive pricing, offering better margins.

Our Role as a Manufacturer

Our role as an OEM14/ODM supplier is to provide our clients with a competitive advantage. We take the OE specification for 23947911 and use our engineering expertise and production capabilities to create a brake pad that is a perfect equivalent. We manage the entire process, from creating the tooling and molds to sourcing the correct friction materials and conducting rigorous quality control tests. This allows our clients—whether they are distributors, importers, or e-commerce sellers—to offer their customers a product that provides OE-level safety and performance at a much better value. This is the core of our business: providing reliable, high-quality automotive solutions.

Conclusion

Verifying OE 239479112 for the Chevrolet Groove1 is complex, but it's essential. Using a robust, multi-step process ensures you get the exact part you need for your market.



  1. Explore detailed specifications to ensure you order the correct brake pads for your Chevrolet Groove.

  2. Understanding OE codes is crucial for accurate parts ordering and avoiding costly mistakes.

  3. Learn how trim levels affect parts specifications and ordering accuracy.

  4. Discover methods to verify fitment and avoid ordering incorrect parts.

  5. Learn about the components of a brake pad set to make informed purchasing decisions.

  6. Get insights into the technical details that ensure brake pads meet performance standards.

  7. Discover how friction coefficients affect braking performance and safety.

  8. Understanding brake calipers helps in comprehending the entire braking system.

  9. Learn about the interaction between brake rotors and pads for better maintenance.

  10. Understand the impact of production year on parts compatibility for accurate orders.

  11. Understand the importance of VIN for accurate parts ordering and compatibility.

  12. Discover the role of parts databases in ensuring accurate automotive parts sourcing.

  13. Explore common causes of fitment issues to avoid costly errors in ordering.

  14. Learn the distinctions to make better purchasing choices for your automotive needs.