100+ Free IMSA Signs & Markings II Practice Questions

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Question 1

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FHWA's minimum maintained retroreflectivity values for traffic signs are found in which MUTCD table?

Table 1A-1

Table 2A-3

Table 3B-1

Table 6F-1

to track

2026 Statistics

Key Facts: IMSA Signs & Markings II Exam

Exam Questions

IMSA

70%

Passing Score

IMSA

3 hrs

Exam Duration

IMSA

$500

Exam Fee (Members)

IMSA

~65-75%

First-Time Pass Rate

Industry estimate

3 years

Certification Validity

IMSA

The IMSA Signs & Pavement Markings Technician Level II exam has 50 multiple-choice questions in 3 hours with a 70% passing score. Major topics: Sign Design (25%), Marking Layout (20%), Advanced MUTCD (15%), Maintenance Management (15%), Advanced Materials (10%), Retroreflectivity (10%), Project Management (5%). Requires Level I cert and 2 years experience.

Sample IMSA Signs & Markings II Practice Questions

Try these sample questions to test your IMSA Signs & Markings II exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1FHWA's minimum maintained retroreflectivity values for traffic signs are found in which MUTCD table?

A.Table 1A-1

B.Table 2A-3

C.Table 3B-1

D.Table 6F-1

Explanation: MUTCD Table 2A-3 contains the minimum maintained retroreflectivity values for all regulated sign colors and types. Agencies must use an assessment or management method designed to maintain sign retroreflectivity at or above these levels. Compliance is mandatory for regulatory and warning signs. Exam Tip: Table 2A-3 is the definitive reference for minimum retroreflectivity — know that it covers both the color of the sign and the minimum RA value required.

2What is the minimum maintained retroreflectivity for the white legend on a green guide sign according to FHWA standards?

A.7 cd/lx/m²

B.15 cd/lx/m²

C.25 cd/lx/m²

D.120 cd/lx/m²

Explanation: The FHWA minimum maintained retroreflectivity standard requires 25 cd/lx/m² for white legend on green guide signs per MUTCD Table 2A-3. This is lower than the 35 cd/lx/m² required for white legend on red signs because green sheeting provides better contrast. Exam Tip: White-on-green guide signs have lower retroreflectivity requirements than white-on-red signs — the background color affects the minimum legend requirement.

3Which of the following is NOT one of the FHWA-approved assessment methods for maintaining sign retroreflectivity?

A.Visual nighttime inspection

B.Measured sign retroreflectivity

C.Expected sign life (blanket replacement)

D.Relying solely on citizen complaints

Explanation: FHWA identifies several acceptable methods: visual nighttime inspection, measured retroreflectivity, expected sign life (blanket replacement), and control signs for comparison. Relying solely on citizen complaints is not an acceptable method because it is reactive rather than proactive and does not constitute a systematic management approach. Exam Tip: Any method must be proactive and systematic — reactive-only approaches like complaint-based replacement do not meet FHWA compliance requirements.

4In a sign management system, what does a 'blanket replacement' program involve?

A.Replacing all signs in the entire jurisdiction at once

B.Replacing all signs of a specific type or in a specific area based on their expected service life

C.Covering signs with blankets during winter

D.Replacing signs only when they are reported missing

Explanation: A blanket replacement program replaces all signs of a specific type, on specific routes, or in designated areas based on their expected service life. For example, replacing all Engineering Grade signs older than 7 years. This systematic approach ensures retroreflectivity compliance without individual sign measurement. Exam Tip: Blanket replacement is the simplest compliance method but may be wasteful if signs are replaced that still have adequate retroreflectivity.

5What is the primary purpose of a sign inventory database in a sign management system?

A.To track employee work hours

B.To catalog all signs with location, condition, age, and retroreflectivity data for systematic management

C.To record traffic violation data

D.To store sign design templates

Explanation: A sign inventory database provides a comprehensive record of every sign in the jurisdiction including its location (GPS coordinates), type, installation date, sheeting type, condition rating, and retroreflectivity measurements. This data enables proactive replacement scheduling, budget planning, and tort liability defense. Exam Tip: A complete sign inventory is the foundation of any effective sign management system — without it, systematic maintenance is impossible.

6When conducting a nighttime visual inspection of signs, what should the inspector compare each sign against?

A.The inspector's memory of what the sign should look like

B.A set of calibrated comparison panels or minimum acceptable sign samples

C.Photographs taken during daytime

D.The original purchase order specifications

Explanation: Nighttime visual inspections require calibrated comparison panels (reference signs with known retroreflectivity at or near the minimum maintained level) to provide an objective standard. Inspectors compare field signs against these references to determine if replacement is needed. Without comparison panels, the inspection is too subjective. Exam Tip: Comparison panels must be maintained and periodically verified with a retroreflectometer to ensure they still represent the target minimum values.

7Sign sheeting degradation is primarily caused by which environmental factor?

A.Wind erosion of the sheeting surface

B.Ultraviolet (UV) radiation from sunlight

C.Acid rain dissolving the reflective elements

D.Temperature cycling causing expansion and contraction

Explanation: UV radiation from sunlight is the primary cause of sign sheeting degradation over time. UV exposure breaks down the polymer binder in the sheeting, causing yellowing, cracking, delamination, and loss of retroreflective performance. South-facing signs typically degrade faster than north-facing signs due to greater sun exposure. Exam Tip: Sign orientation affects degradation rate — south-facing and west-facing signs receive more UV exposure and typically need earlier replacement.

8What visual indicator suggests a sign's retroreflective sheeting has significantly degraded?

A.The sign appears brighter than when new

B.The sign shows crazing, cracking, edge lifting, or faded/yellowed colors

C.The sign post is slightly tilted

D.The sign has minor surface dust

Explanation: Visual indicators of sheeting degradation include crazing (fine surface cracks), cracking, edge lifting or peeling, color fading, yellowing of white sheeting, and reduced nighttime brightness. These physical signs indicate the sheeting is approaching or past its effective service life and should be evaluated for replacement. Exam Tip: Daytime visual defects often correlate with nighttime retroreflectivity loss — a sign that looks bad during the day likely performs poorly at night too.

9What is the key advantage of wet-retroreflective pavement marking materials?

A.They cost less than standard markings

B.They maintain visibility during rain when conventional markings lose retroreflectivity

C.They dry faster after application

D.They require no glass beads

Explanation: Wet-retroreflective markings use specially designed large or composite glass elements that maintain retroreflectivity during rain. Conventional markings lose virtually all retroreflectivity when covered with a film of water because the water layer prevents light from entering the glass beads. Wet-reflective designs protrude above the water film. Exam Tip: Wet-night visibility is one of the biggest challenges in pavement markings — technologies like profiled markings and large beads address this by keeping reflective elements above the water surface.

10Profiled pavement markings improve wet-night visibility by:

A.Using brighter paint colors

B.Creating raised surface profiles that keep retroreflective elements above the water film

C.Absorbing water into the marking material

D.Generating their own light source

Explanation: Profiled markings (also called structured or textured markings) have raised dots, ridges, or other surface profiles that elevate retroreflective elements above the water film during rain. This allows headlight beams to reach the glass beads even in wet conditions. Common profiles include dot, rib, and inverted profile patterns. Exam Tip: Profiled markings serve a dual purpose — they improve wet-night visibility AND provide an audible/tactile warning when drivers cross the marking.

About the IMSA Signs & Markings II Exam

The IMSA Signs & Pavement Markings Technician Level II certification is the advanced signs and markings credential. The exam covers sign design and manufacturing, pavement marking layout calculations, advanced MUTCD standards, maintenance program management, advanced materials and technology, retroreflectivity measurement standards, and project management. This certification demonstrates deeper expertise in designing, manufacturing, and managing sign and marking programs.

Questions

50 scored questions

Time Limit

3 hours

Passing Score

70% correct

Exam Fee

$500 members / $525 non-members (IMSA)

IMSA Signs & Markings II Exam Content Outline

25%

Sign Design and Manufacturing

Sign layout, design specifications, manufacturing processes, and quality control

20%

Pavement Marking Layout

Marking layout calculations, intersection markings, special markings, and field layout techniques

15%

Advanced MUTCD Standards

Advanced sign placement, temporary signs, school zone signs, and freeway guide signs

15%

Maintenance Program Management

Preventive maintenance programs, sign inventory systems, replacement schedules, and budgeting

10%

Advanced Materials and Technology

Advanced sheeting materials, thermoplastic, epoxy, MMA, and durability testing

10%

Retroreflectivity Standards

Retroreflectivity measurement, minimum maintained levels, inspection methods, and FHWA requirements

Project Management

Bid specifications, contract management, quality assurance, and documentation

How to Pass the IMSA Signs & Markings II Exam

What You Need to Know

Passing score: 70% correct
Exam length: 50 questions
Time limit: 3 hours
Exam fee: $500 members / $525 non-members

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

IMSA Signs & Markings II Study Tips from Top Performers

1Study sign design specifications including letter size, border width, spacing, and FHWA Standard Highway Signs book

2Master pavement marking layout calculations for turn lane tapers, crosswalk dimensions, and intersection markings

3Know retroreflectivity measurement methods and minimum maintained levels per FHWA requirements

4Understand sign manufacturing processes including sheeting application, screening, and quality control testing

5Review maintenance program management concepts including sign inventory systems, lifecycle costing, and replacement schedules

Frequently Asked Questions

What is the IMSA Signs & Pavement Markings Level II exam?

The IMSA SPM-II is the advanced signs and markings certification. It has 50 multiple-choice questions in 3 hours covering sign design, marking layout, advanced MUTCD standards, maintenance programs, and retroreflectivity. A 70% score is required to pass.

What are the IMSA Signs & Markings Level II prerequisites?

You need a current IMSA Signs & Pavement Markings Technician Level I certification and 2 years of experience in signs and pavement markings operations.

How hard is the IMSA Signs & Markings Level II exam?

The exam is moderately challenging with a 65-75% first-time pass rate. It requires advanced knowledge of sign design, marking layout calculations, and maintenance management. Most candidates study 50-80 hours over 6-8 weeks.

What makes Level II different from Level I?

Level I covers basic sign and marking standards and installation. Level II advances to sign design and manufacturing, pavement marking layout calculations, maintenance program management, retroreflectivity measurement, and project management.

Does Level II cover sign manufacturing?

Yes, sign design and manufacturing make up 25% of the exam. This includes sign layout specifications, sheeting application, screen printing, digital printing, quality control procedures, and ASTM material standards.

What are retroreflectivity measurement requirements?

The FHWA requires agencies to maintain minimum retroreflectivity levels for traffic signs. Level II tests knowledge of measurement methods, retroreflectometers, visual nighttime inspection, expected service life, and sign replacement criteria.

What pavement marking layout skills are tested?

Level II tests marking layout calculations for intersections, turn lanes, crosswalks, and special markings like railroad crossings and speed humps. You need to know field layout techniques, offset calculations, and transition taper formulas.