Get a FREE build sheet or original window sticker for your vehicle
Certain manufacturers provide access to vehicle build sheets. To simplify the process for car buyers, owners,
sellers, and enthusiasts, we have developed a website where users can enter a VIN to retrieve the corresponding
build sheet. If a free build sheet is not offered by the automaker, we check if a free original window sticker is
provided. In cases where neither is available, we have partnered with a service that recreates
window stickers
using the manufacturer's official build data.
What is a VIN?
A VIN (Vehicle Identification Number) is a unique 17-character code assigned to every vehicle. It serves as the
vehicle’s fingerprint and provides details about its manufacturer, model, year, and specific features.
How do I find my VIN?
Your VIN can typically be found:
- On the driver’s side dashboard, visible through the windshield
- Inside the driver’s side door jamb
- On your vehicle’s registration or insurance documents
- On the engine block or on a metal plate under the hood
Does this service work for all vehicles?
Availability of a build sheet or original window sticker depends on the manufacturer and model year. Chrysler,
Jeep, Dodge, RAM, and Fiat make build sheets for recent model years available free of charge. Buick, Cadillac,
and Chevrolet do not provide build sheets but do have complimentary original window stickers for recent model
years. Some brands or older vehicles may not have records available through the automaker. In such cases, please
check our partner’s site to see if it has a recreated
Monroney sticker.
What is a vehicle build sheet?
A build sheet is a document that outlines exactly how a specific vehicle was assembled at the
factory. It’s essentially the vehicle’s “birth certificate” or blueprint from the assembly line, listing all the
components, options, and specifications the car was built with. Build sheets typically include details like the
engine and transmission codes, paint and trim codes, optional equipment, and other configuration data unique to
that vehicle. They were originally internal documents used by factory workers to ensure each car received the
proper parts as it moved down the assembly line. Enthusiasts and owners prize build sheets today because they
verify a vehicle’s original factory configuration, which is important for restorations, authenticity, and
collectible value.
Is a build sheet the same as a window sticker?
A window sticker (often called the Monroney sticker in the U.S.) is not the same as a build
sheet but they share a lot of the same information. The window sticker is the large label affixed to a new car’s
window at the dealership, displaying the MSRP, optional equipment, fuel economy, and other consumer-facing
information at the time of sale. Its purpose is to inform buyers of the features, installed options and price. A
build sheet, on the other hand, is an internal factory document focusing on
manufacturing details – it shows how the car is configured as it leaves the assembly line.
Think of it this way: the build sheet is about how the car was built, and the window sticker is
about how the car is marketed and sold. For example, a window sticker will list an option
package name and price (like “Premium Sound System – $500”), whereas a build sheet will list the internal code
for that option and ensure the parts (speakers, wiring, etc.) are installed. A window sticker is intended for
the buyer and usually gets removed when the car is sold; a build sheet is intended for factory/dealer use and
often never seen by the buyer originally. Both are useful to an owner – the window sticker for historical pricing
and feature and installed options info, and the build sheet for the detailed original specs
beyond what the sticker shows (some minor build details never make it to the window sticker).
What is the origin and purpose of build sheets?
Build sheets date back to the early days of mass auto production, when manufacturers needed a reliable way to
communicate a car’s exact build specifications to workers on the assembly line. The build
sheet came before the car (often generated when the car was ordered) and acted as a “recipe” or
blueprint for assembling that vehicle. Assembly line workers would refer to it to know which
parts to install – for example, seeing a certain code for a suspension or paint meant selecting the
corresponding part or color for that car.
The primary purpose of the build sheet was to ensure the car was built according to the correct
order or trim level, especially as buyers could choose different engines, colors, and packages. It was
essentially an internal work order. Historically, these sheets were printed paper forms with a lot of
codes and abbreviations (short codes were quicker for factory use). They might be annotated or
stamped at various stations on the line. Once the car was completed, the build sheet often wasn’t needed and
many were just left in the car or thrown away. In many classic cars, owners have discovered the original build
sheets hidden in the vehicle – tucked under seat cushions, inside seat springs, under the carpet, on top of the
gas tank, or in door panels. Finding one in a vintage car is like discovering a time capsule of that vehicle’s
factory info.
In short, the build sheet’s origin is as a factory assembly instruction sheet, and its purpose
is to detail every option and feature the car was built with. This ensures accuracy during production and
provides a record of the car’s original configuration.
How have build sheets evolved over time?
Historically (1950s-1970s), build sheets were paper documents created for each car and often
traveled with the car down the assembly line. Different manufacturers had their own formats (blocks of codes,
checkboxes, or line items), but all served the same role. In that era, computers were not widely used on the
factory floor, so a physical paper was the main reference. Many of these paper sheets accidentally remained in
the car, which is why collectors sometimes find original, yellowed build sheets in classic cars.
By the 1980s and 1990s, manufacturers began using computer systems to track vehicle orders.
Build information might be printed on internal labels or stored in databases. For example,
General Motors started putting a Service Parts Identification (SPID) label in each vehicle –
often in the glove box or trunk – listing the car’s VIN and all the option codes it was built with. Chrysler
Motor Parts (Mopar) still printed “broadcast sheets” for internal use but also started retaining build records
in databases. Ford kept records of builds in centralized systems from about 1967 onward (earlier records are
spottier), enabling them later to provide data for services like Marti Reports.
Modern era (2000s-Present), build sheets have largely gone digital. Assembly line workers might
use barcode scanners and computer displays to get build info, rather than a paper sheet. Many new vehicles no
longer have a paper build sheet left inside them at all. Instead, the build data is stored in the manufacturer’s
database tied to the VIN. Some manufacturers include the build info on a sticker or QR code on
the vehicle for service purposes. For instance, starting with the 2018 model year, GM phased out the long option
code sticker and replaced it with a QR code on the certification label (driver’s door jamb),
which encodes the same build information digitally. A quick scan of the QR code reveals the VIN, model, build
date, and all the option codes the car was built with. Other manufacturers like BMW or Mercedes store the build
data in their online systems accessible by dealers, though specifics may vary by geography.
How can I obtain a build sheet for my vehicle?
Obtaining a build sheet or the build information for your vehicle can range from an exciting treasure hunt in
the car itself to contacting manufacturers or using online services. Here are some common ways, with
manufacturer-specific procedures where applicable:
-
Search the Car Itself (Classic vehicles): If you have an older car (especially from the
1960s-1980s), first check the vehicle for any hidden build sheets. Look under the seats (between seat springs
and cushions), under the carpet, behind door panels, above the gas tank, inside the glove box, or other
crevices. Manufacturers often stashed or accidentally left the paper build sheet in these areas. For example,
many old Ford, GM, and Chrysler cars have been found with their build sheets under the rear seat springs or
taped to interior panels. This original document (if you’re lucky enough to find it) is the actual factory
printout.
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General Motors (Chevrolet, Buick, GMC, Cadillac): For classic GM cars, if no physical sheet
is found, you have a few options:
-
Service Parts ID Label / RPO Codes: Many GM vehicles have a Service Parts ID label
in the glovebox, trunk, or door jamb listing all the RPO (Regular Production Option) codes. If your
car still has this label, it essentially is your build sheet in code form. You can decode
these at resources like the
RPO Codes Decoder – GM Chevrolet Buick Cadillac.
-
GM Heritage Center & Archives:
GM’s Heritage Center
offers Vehicle Information Kits for many vintage models (often not VIN-specific, but useful). For
certain older or Canadian-built vehicles, GM Canada Vintage Vehicle Services can provide build info
for a fee.
-
Third-Party Services: Some GM marques have specialized archives: e.g.,
Pontiac Historical Services (PHS) for 1961-1986 Pontiacs,
or the
National Corvette Museum
for Corvettes built in Bowling Green. These often require purchasing a copy of the records.
-
Dealership or GM Customer Support: For newer GM vehicles, a dealership’s service
department can often print out the build sheet or vehicle build manifest by VIN
from their system. Since 2018, scanning the QR code on the certification label may also reveal build
data.
-
Ford (Ford, Lincoln, Mercury): Ford Motor Company has records of builds going back to the
late 1960s:
-
Marti Reports: For 1967-2017 Ford vehicles, you can order a
Marti Report.
Marti Auto Works
reproduces factory build records and shows the codes in their exact positions (body style, paint,
trim, axle, etc.), explaining each. This is a paid service but popular for classic Mustang, Cougar,
and other Ford models.
-
Ford 999 History Report: In the past, Ford offered a “999 Report” by VIN, returning
a letter with the original build details. It’s less common now, but worth asking Ford’s customer
relations if Marti doesn’t cover your vehicle or if you need additional info.
-
Ford Performance Certificates: Certain special models (SVT Cobras, Ford GT, Shelby
editions, etc.) can get certificates of authenticity listing unique build details.
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Dealership: Modern Ford owners can often have a dealer pull a
vehicle build sheet from Ford’s OASIS system. Also, third-party websites like
iSeeCars
or
Window Sticker Lookup
may retrieve an original window sticker by VIN for many 2000s-on Ford models (though a sticker is not
exactly the full build sheet).
-
DSO Codes: Ford’s District Sales Office or Domestic Special Order
code can indicate a sales region or special order. For instance,
Ford’s DSO Codes
can help decode whether a car was a fleet order or had other unique conditions.
-
Chrysler/Mopar (Dodge, Plymouth, Chrysler, Jeep, Ram): Chrysler referred to their build
sheets as broadcast sheets during the muscle car era. Here’s how to get Mopar build info:
-
Physical Search: For classic Mopars (1960s–1970s), the primary source is finding the
original broadcast sheet in the car. They might be tucked under carpet, seats, or taped above the
glove box. If missing, the metal fender tag in the engine bay (with stamped option codes) is your
next best bet. Enthusiast sites (MyMopar, Mopar1.us) help decode these codes.
-
Stellantis Historical Services: Microfilm records exist for certain pre-1967 models.
You can contact Stellantis (formerly FCA) archives to see if they have a build record or IBM card for
your VIN.
-
Online VIN Lookup: For modern Mopars, a single interface like
Build Sheet by VIN
lets you obtain the official equipment listing by entering a VIN.
-
European & Other Manufacturers: Outside of the American Big Three, procedures vary:
-
German Manufacturers: Many German automakers keep detailed build data by VIN. For
example, Mercedes-Benz owners can request a Data Card (the
equivalent of a build sheet) via the Classic Center or a dealer. BMW and
Audi/VW have internal codes that can be printed out by a dealer or checked with
online VIN decoders. Porsche provides a Certificate of Authenticity (now called
Porsche Production Specifications) for older cars, which includes factory-installed options, paint,
and interior details.
-
Japanese Manufacturers: Typically, Japanese brands keep build data in their own
systems. Dealers may provide an original options list if the vehicle isn’t too old. Enthusiast
avenues like Toyota’s heritage services can also help with older Land Cruisers, etc.
-
British and Other Vintage: Many British marques (Jaguar, MG, Mini, etc.) have a
Heritage Trust or similar archives issuing Heritage Certificates for a fee, based
on factory records. Some Italian manufacturers (Ferrari, Alfa Romeo) also maintain archives for
classic models.
How do different manufacturers format their build sheets, and how do they differ?
Each manufacturer historically had its own format for build sheets, tailored to their
production process and coding system. Here’s how they differ:
-
General Motors (GM): GM build sheets (or broadcast sheets) often looked
like a grid or list of codes. GM is famous for its
RPO (Regular Production Option) codes—3-character alphanumeric codes for every option. On
older Chevrolet models, you might see a letter-sized page full of codes like Z28
(Camaro performance), LS1 (a type of V8), G80 (limited-slip differential), etc. By
contrast, the in-car SPID label is much smaller, listing these RPO codes in rows. Modern GM vehicles
condensed the info or replaced it with a QR code. Thus, the format can vary from a big
printed sheet of codes to a sticker with simpler text references.
-
Ford Motor Company: Ford build sheets and records used a mix of numeric and letter codes.
In the 1960s-1970s, a build/broadcast sheet was often a half-page with fields for paint,
trim, axle, transmission, etc. Ford references the DSO (District Sales Office or Domestic
Special Order) to show where the car was ordered or if it was special/fleet. Modern reproductions (like
Marti Reports) present the codes in specific “positions” tied to the original factory data line. The
format can be cryptic without a decoding manual, whereas newer printed or digital
summaries from a dealer are more straightforward.
-
Chrysler (Dodge, Plymouth) – Mopar: Historically, Mopar broadcast sheets
were very tabular, with each box referencing a specific category (engine, interior, brakes, etc.).
Mopar used letter + two-digit codes—like A62, E55, D21, or
A01, B41, E63. The build sheet showed these codes in a grid, which can appear cryptic without a
reference guide. In modern Chrysler vehicles, the VIN-based “build sheet” is simply a plain-language
equipment list, far easier to read.
-
European/Japanese Manufacturers: Many European cars simply had build plates
plus a “Data Card” stored in central records (e.g. Mercedes). BMW, VW/Audi, etc. use systematic codes as
well. Japanese cars typically store data in a manufacturer database. So you won’t find a “broadcast sheet”
in the older American sense, but you can obtain the list of as-built options from their systems.
What do the codes and abbreviations on build sheets mean?
Build sheets are full of shorthand codes and abbreviations. Here are some common codes/terms and their meanings,
applicable across many brands:
-
VIN: The Vehicle Identification Number, a unique serial number for the car. Often the first
thing on a build sheet to identify the vehicle.
-
RPO Codes (GM): Regular Production Option codes—3-character combos (like
Z28, G80, LS1) representing specific options or configurations.
RPO Codes Decoder – GM Chevrolet Buick Cadillac is a helpful resource.
-
Broadcast Codes (Mopar): Chrysler’s letter + two-digit system (e.g., A62, E55,
D21) for features like engines, transmissions, or packages. Many Mopar broadcast sheets also show
A01 (Light Package), B41 (Front disc brakes), E63 (383 engine).
Broadcast VIN Fender Tag Decoder for Mopar Dodge Chrysler Plymouth
can help translate them.
-
DSO (Ford): Ford’s District Sales Office or Domestic Special Order code.
Two digits typically indicate a regional sales district; six digits can indicate a special/fleet order.
Ford’s DSO Codes are a handy reference.
-
Paint/Trim Codes: Often numeric or alphanumeric codes specifying the vehicle’s color and
interior trim. For example, “PAINT: 65” might refer to Midnight Blue Metallic.
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Engine/Transmission Codes: Identify the exact powertrain installed. For instance,
L34 in a Chevy might be a 396ci V8; M20 might be a GM Muncie 4-speed transmission;
E55 for a Mopar 340 V8, etc.
-
Axle Code / Rear End: Indicates the axle ratio or type, such as G92 (performance
axle in GM) or “3L50” in Ford for a 3.50:1 limited-slip.
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Abbreviations for Features: A/C = Air Conditioning, P/S = Power Steering, etc. Many older
build sheets used concise abbreviations to fit everything in small spaces.
You may also see order numbers or sequence codes (internal scheduling
references) and terms like “broadcast sheet” (Chrysler), “build record” or
“vehicle invoice” (archival docs), and “Monroney label” for a window sticker.
In collector circles, “numbers matching” means the major components (engine, trans, etc.) match
what the build sheet indicates was originally installed. Verifying these serial numbers against the build sheet
is how owners confirm authenticity and preserve the vehicle’s collectible value.
How can I contact support?
If you have any issues or questions, feel free to reach out to our support team via
info at buildsheetbyvin dot com.
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