State Farm
Estimatics
2026 EXAM
Multiple-choice and scenario-based questions
CONTAINS
• 200+ unique State Farm Estimatics exam-style questions and answers
• High-yield questions covering the most frequently tested Estimatics concepts
• Multiple-choice and scenario-based questions
• Real-world estimating situations aligned with State Farm claims standards
• Clearly marked Correct Answers for every question
• Detailed, exam-focused rationales explaining estimating logic and calculations
• Property damage estimating principles and methodologies
• Labor, material, and repair vs replacement decision-making
• Understanding of estimating software logic and workflows
• Line-item accuracy, documentation, and compliance expectations
• Claims handling best practices and internal quality standards
• Common exam traps and how to avoid them
• Updated content reflecting the latest 2026/2027 exam format, among others
,A vehicle arrives at the repair facility with significant front-end damage. The estimator notices that
the upper radiator support is made of aluminum and the lower rail is made of high-strength steel.
Regarding the attachment methods for these components, which of the following statements is TRUE
according to industry standard repair procedures for mixed-material vehicles?
A) Both components can be welded using MIG (Metal Inert Gas) welding with a silicon bronze wire to
ensure a strong bond between the dissimilar metals.
B) The aluminum support must be replaced using factory-approved rivet bonding or self-piercing
rivets (SPR), while the steel rail may be sectioned or welded using squeeze-type resistance spot
welding (STRSW).
C) Both components should be replaced with adhesive bonding only, as welding creates heat that will
compromise the galvanized coating on the steel and warp the aluminum.
D) The aluminum support can be gas metal arc welded (GMAW) to the existing structure provided the
technician lowers the voltage and amperage settings to prevent burn-through.
Correct Answer: B) The aluminum support must be replaced using factory-approved rivet
bonding or self-piercing rivets (SPR), while the steel rail may be sectioned or welded using squeeze-
type resistance spot welding (STRSW).
Explanation / Rationale:
In modern vehicle construction, mixed materials are used to optimize weight and safety. Aluminum
and steel cannot be welded together directly in the field due to galvanic corrosion and metallurgical
incompatibility. Aluminum components require specific attachment methods such as rivet bonding,
self-piercing rivets (SPR), or flow drill screws, often in conjunction with structural adhesive. Steel
components generally utilize welding techniques like STRSW or MIG brazing. Option A is incorrect
because welding dissimilar metals (aluminum to steel) is not a standard repair procedure due to
corrosion risks and structural failure. Option C is incorrect because while adhesive is used, it is rarely
the sole method of attachment for structural components without mechanical fasteners. Option D is
incorrect because welding aluminum to existing steel structures is not recommended, and altering
voltage/amperage does not resolve the fundamental material incompatibility.
During the estimation process for a 2025 luxury sedan equipped with Advanced Driver Assistance
Systems (ADAS), the estimator identifies that the front radar sensor, located in the grille, has been
displaced. The bumper cover is being replaced. Which of the following procedures is MANDATORY to
ensure the proper function of the ADAS system after the repair is completed?
A) Visually inspect the sensor bracket for straightness and reinstall the original sensor; no calibration is
required if the bracket was not bent.
,B) Replace the radar sensor with a new unit, as the shock of the impact has likely damaged the internal
electronics, regardless of visual appearance.
C) The sensor must be aimed or calibrated using a target procedure specified by the OEM (Original
Equipment Manufacturer), usually requiring a specialized scan tool and a specific flat floor space.
D) Clear the diagnostic trouble codes (DTCs) from the module using a generic OBD-II scanner, which will
automatically reset the sensor positioning.
Correct Answer: C) The sensor must be aimed or calibrated using a target procedure specified by
the OEM (Original Equipment Manufacturer), usually requiring a specialized scan tool and a specific
flat floor space.
Explanation / Rationale:
ADAS calibration is a critical safety step that cannot be skipped. Displacement of the sensor, removal
of the bumper, or even a battery disconnect can necessitate a static or dynamic calibration. Static
calibration often involves placing targets at precise distances from the sensor. Option A is incorrect
because visual inspection is insufficient; even microscopic misalignment can render safety features like
Automatic Emergency Braking (AEB) inoperative. Option B is incorrect because sensors do not always
need replacement solely due to displacement; they must be tested first. Option D is incorrect because
clearing codes does not recalibrate the physical aiming of the sensor or the logic within the module.
An estimator is writing a supplement for a vehicle where the technician discovered hidden damage.
The inner quarter panel has a tear that requires sectioning. The vehicle manufacturer prohibits
sectioning of the outer panel but allows sectioning of the inner panel at a specific location. The
estimator must locate the sectioning joint. Which of the following is the correct resource to identify
the exact location and method for this sectioning procedure?
A) The I-CAR Repairability Technical Support (RTS) portal general guidelines for sectioning.
B) The vehicle’s specific Service Manual or Body Repair Manual provided by the OEM.
C) The P-pages (Procedures Pages) of the major information database (e.g., Mitchell, CCC), as they
override OEM recommendations.
D) The technician’s personal experience and judgment based on previous similar vehicles.
Correct Answer: B) The vehicle’s specific Service Manual or Body Repair Manual provided by the
OEM.
, Explanation / Rationale:
OEM Service Manuals and Body Repair Manuals are the authoritative source for repair procedures.
While general resources like I-CAR provide best practices, specific vehicle engineering determines
where a panel can be safely cut and joined. Sectioning in the wrong location can compromise the
structural integrity of the vehicle during a collision. Option A is a reference tool but not the final
authority on specific vehicle measurements. Option C is incorrect because database P-pages aggregate
information but default to OEM guidelines; they do not override them. Option D is dangerous and
unprofessional; "judgment" cannot replace engineering data.
When reviewing an estimate for a vehicle with a damaged rear bumper cover, the line item for "R&I
(Remove and Install) Rear Lamp Assembly" is included. The labor time noted is 0.5 hours. The rear
bumper cover replacement operation actually overlaps with the labor required to remove the lamp.
How should the estimator handle this labor overlap?
A) Include the full 0.5 hours for R&I lamp because it is a separate operation and the shop needs to be
paid for every part touched.
B) Deduct the overlapping labor time (not included time) from the estimate to avoid double-billing, or
ensure the database has automatically applied the overlap logic.
C) Change the operation to "Replace" the lamp assembly instead of R&I to increase the value of the
claim, justifying it by stating the bulbs were likely old.
D) Ignore the overlap because the complexity of the alignment required for the lamp after the bumper is
replaced warrants the additional time.
Correct Answer: B) Deduct the overlapping labor time (not included time) from the estimate to
avoid double-billing, or ensure the database has automatically applied the overlap logic.
Explanation / Rationale:
Estimating databases and ethical estimating practices require the application of "not included"
operations. If a lamp must be removed to take off the bumper, and the bumper removal labor time
assumes the lamp is already off (or includes the removal of the lamp), charging separately for the
lamp R&I is "double-dipping." Option A constitutes fraud/inflated billing. Option C is fraud and
unethical. Option D might be true in rare complex custom scenarios, but generally, standard overlap
rules apply to standard procedures.
[SELECT ALL THAT APPLY] A vehicle with a Steel Space Frame construction has sustained
damage to the front structural rail. The estimator is determining the repair method. Which of the
following factors are critical in deciding whether the rail can be straightened or must be replaced?
Estimatics
2026 EXAM
Multiple-choice and scenario-based questions
CONTAINS
• 200+ unique State Farm Estimatics exam-style questions and answers
• High-yield questions covering the most frequently tested Estimatics concepts
• Multiple-choice and scenario-based questions
• Real-world estimating situations aligned with State Farm claims standards
• Clearly marked Correct Answers for every question
• Detailed, exam-focused rationales explaining estimating logic and calculations
• Property damage estimating principles and methodologies
• Labor, material, and repair vs replacement decision-making
• Understanding of estimating software logic and workflows
• Line-item accuracy, documentation, and compliance expectations
• Claims handling best practices and internal quality standards
• Common exam traps and how to avoid them
• Updated content reflecting the latest 2026/2027 exam format, among others
,A vehicle arrives at the repair facility with significant front-end damage. The estimator notices that
the upper radiator support is made of aluminum and the lower rail is made of high-strength steel.
Regarding the attachment methods for these components, which of the following statements is TRUE
according to industry standard repair procedures for mixed-material vehicles?
A) Both components can be welded using MIG (Metal Inert Gas) welding with a silicon bronze wire to
ensure a strong bond between the dissimilar metals.
B) The aluminum support must be replaced using factory-approved rivet bonding or self-piercing
rivets (SPR), while the steel rail may be sectioned or welded using squeeze-type resistance spot
welding (STRSW).
C) Both components should be replaced with adhesive bonding only, as welding creates heat that will
compromise the galvanized coating on the steel and warp the aluminum.
D) The aluminum support can be gas metal arc welded (GMAW) to the existing structure provided the
technician lowers the voltage and amperage settings to prevent burn-through.
Correct Answer: B) The aluminum support must be replaced using factory-approved rivet
bonding or self-piercing rivets (SPR), while the steel rail may be sectioned or welded using squeeze-
type resistance spot welding (STRSW).
Explanation / Rationale:
In modern vehicle construction, mixed materials are used to optimize weight and safety. Aluminum
and steel cannot be welded together directly in the field due to galvanic corrosion and metallurgical
incompatibility. Aluminum components require specific attachment methods such as rivet bonding,
self-piercing rivets (SPR), or flow drill screws, often in conjunction with structural adhesive. Steel
components generally utilize welding techniques like STRSW or MIG brazing. Option A is incorrect
because welding dissimilar metals (aluminum to steel) is not a standard repair procedure due to
corrosion risks and structural failure. Option C is incorrect because while adhesive is used, it is rarely
the sole method of attachment for structural components without mechanical fasteners. Option D is
incorrect because welding aluminum to existing steel structures is not recommended, and altering
voltage/amperage does not resolve the fundamental material incompatibility.
During the estimation process for a 2025 luxury sedan equipped with Advanced Driver Assistance
Systems (ADAS), the estimator identifies that the front radar sensor, located in the grille, has been
displaced. The bumper cover is being replaced. Which of the following procedures is MANDATORY to
ensure the proper function of the ADAS system after the repair is completed?
A) Visually inspect the sensor bracket for straightness and reinstall the original sensor; no calibration is
required if the bracket was not bent.
,B) Replace the radar sensor with a new unit, as the shock of the impact has likely damaged the internal
electronics, regardless of visual appearance.
C) The sensor must be aimed or calibrated using a target procedure specified by the OEM (Original
Equipment Manufacturer), usually requiring a specialized scan tool and a specific flat floor space.
D) Clear the diagnostic trouble codes (DTCs) from the module using a generic OBD-II scanner, which will
automatically reset the sensor positioning.
Correct Answer: C) The sensor must be aimed or calibrated using a target procedure specified by
the OEM (Original Equipment Manufacturer), usually requiring a specialized scan tool and a specific
flat floor space.
Explanation / Rationale:
ADAS calibration is a critical safety step that cannot be skipped. Displacement of the sensor, removal
of the bumper, or even a battery disconnect can necessitate a static or dynamic calibration. Static
calibration often involves placing targets at precise distances from the sensor. Option A is incorrect
because visual inspection is insufficient; even microscopic misalignment can render safety features like
Automatic Emergency Braking (AEB) inoperative. Option B is incorrect because sensors do not always
need replacement solely due to displacement; they must be tested first. Option D is incorrect because
clearing codes does not recalibrate the physical aiming of the sensor or the logic within the module.
An estimator is writing a supplement for a vehicle where the technician discovered hidden damage.
The inner quarter panel has a tear that requires sectioning. The vehicle manufacturer prohibits
sectioning of the outer panel but allows sectioning of the inner panel at a specific location. The
estimator must locate the sectioning joint. Which of the following is the correct resource to identify
the exact location and method for this sectioning procedure?
A) The I-CAR Repairability Technical Support (RTS) portal general guidelines for sectioning.
B) The vehicle’s specific Service Manual or Body Repair Manual provided by the OEM.
C) The P-pages (Procedures Pages) of the major information database (e.g., Mitchell, CCC), as they
override OEM recommendations.
D) The technician’s personal experience and judgment based on previous similar vehicles.
Correct Answer: B) The vehicle’s specific Service Manual or Body Repair Manual provided by the
OEM.
, Explanation / Rationale:
OEM Service Manuals and Body Repair Manuals are the authoritative source for repair procedures.
While general resources like I-CAR provide best practices, specific vehicle engineering determines
where a panel can be safely cut and joined. Sectioning in the wrong location can compromise the
structural integrity of the vehicle during a collision. Option A is a reference tool but not the final
authority on specific vehicle measurements. Option C is incorrect because database P-pages aggregate
information but default to OEM guidelines; they do not override them. Option D is dangerous and
unprofessional; "judgment" cannot replace engineering data.
When reviewing an estimate for a vehicle with a damaged rear bumper cover, the line item for "R&I
(Remove and Install) Rear Lamp Assembly" is included. The labor time noted is 0.5 hours. The rear
bumper cover replacement operation actually overlaps with the labor required to remove the lamp.
How should the estimator handle this labor overlap?
A) Include the full 0.5 hours for R&I lamp because it is a separate operation and the shop needs to be
paid for every part touched.
B) Deduct the overlapping labor time (not included time) from the estimate to avoid double-billing, or
ensure the database has automatically applied the overlap logic.
C) Change the operation to "Replace" the lamp assembly instead of R&I to increase the value of the
claim, justifying it by stating the bulbs were likely old.
D) Ignore the overlap because the complexity of the alignment required for the lamp after the bumper is
replaced warrants the additional time.
Correct Answer: B) Deduct the overlapping labor time (not included time) from the estimate to
avoid double-billing, or ensure the database has automatically applied the overlap logic.
Explanation / Rationale:
Estimating databases and ethical estimating practices require the application of "not included"
operations. If a lamp must be removed to take off the bumper, and the bumper removal labor time
assumes the lamp is already off (or includes the removal of the lamp), charging separately for the
lamp R&I is "double-dipping." Option A constitutes fraud/inflated billing. Option C is fraud and
unethical. Option D might be true in rare complex custom scenarios, but generally, standard overlap
rules apply to standard procedures.
[SELECT ALL THAT APPLY] A vehicle with a Steel Space Frame construction has sustained
damage to the front structural rail. The estimator is determining the repair method. Which of the
following factors are critical in deciding whether the rail can be straightened or must be replaced?
