100+ Free C.Ped Practice Questions

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Question 1

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Which bone forms the primary weight-bearing structure of the heel during the stance phase of gait?

Talus

Calcaneus

Navicular

Cuboid

to track

2026 Statistics

Key Facts: C.Ped Exam

165

Total Questions

ABC Pedorthist Candidate Guide

3 hours

Exam Time

ABC Pedorthist Candidate Guide

$425

Total Cost (App + Exam)

ABC Fee Schedule

1,000 hrs

Supervised Experience (Pathway 1)

ABC Eligibility Requirements

5 Domains

Content Areas

ABC Test Content Outline

Bi-monthly

Exam Frequency

ABC Exam Schedule

ABC describes the C.Ped exam as a 165-question, 3-hour multiple-choice CBT exam offered bi-monthly at 350+ locations nationwide or online with a live remote proctor. The ABC fee schedule lists a $265 exam fee and $160 application fee. Effective January 1, 2026, candidates must complete at least 50% of required supervised experience hours after finishing an ABC-approved pedorthic pre-certification course.

Sample C.Ped Practice Questions

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

1Which bone forms the primary weight-bearing structure of the heel during the stance phase of gait?

A.Talus

B.Calcaneus

C.Navicular

D.Cuboid

Explanation: The calcaneus is the largest tarsal bone and bears the majority of body weight during heel strike and the stance phase of gait. It serves as the attachment point for the Achilles tendon and the plantar fascia, making it critical to pedorthic assessment.

2The plantar fascia originates from which anatomical structure?

A.Head of the first metatarsal

B.Medial calcaneal tubercle

C.Sustentaculum tali

D.Base of the fifth metatarsal

Explanation: The plantar fascia (plantar aponeurosis) originates from the medial calcaneal tubercle and fans out to insert at the proximal phalanges. Understanding its origin is essential for pedorthists managing plantar fasciitis and designing appropriate orthotic support.

3Which of the following joints allows the primary motion of dorsiflexion and plantarflexion of the foot?

A.Subtalar joint

B.Talocrural (ankle) joint

C.Calcaneocuboid joint

D.Tarsometatarsal joint

Explanation: The talocrural (ankle) joint, formed by the tibia, fibula, and talus, is a hinge joint that primarily allows dorsiflexion and plantarflexion. Pedorthists must understand this joint's motion to assess gait deviations and prescribe appropriate footwear or orthoses.

4The medial longitudinal arch of the foot is primarily supported by which structure?

A.Peroneus longus tendon

B.Spring ligament (calcaneonavicular ligament)

C.Lateral collateral ligament

D.Anterior talofibular ligament

Explanation: The spring ligament (plantar calcaneonavicular ligament) connects the calcaneus to the navicular and provides critical support to the head of the talus, maintaining the medial longitudinal arch. Pedorthists frequently address arch support through orthotic design targeting this structure.

5During which phase of the gait cycle does the foot typically achieve maximum pronation?

A.Initial contact (heel strike)

B.Midstance

C.Terminal stance (toe-off)

D.Swing phase

Explanation: Maximum pronation typically occurs during midstance as the foot flattens to absorb shock and adapt to the ground surface. Understanding this timing is essential for pedorthists to identify excessive pronation and design appropriate orthotic interventions.

6What is the primary purpose of the windlass mechanism in normal foot biomechanics?

A.To increase subtalar joint eversion during heel strike

B.To tighten the plantar fascia and raise the medial arch during toe-off

C.To absorb shock by flattening the transverse arch

D.To increase ankle dorsiflexion range during midstance

Explanation: The windlass mechanism occurs when dorsiflexion of the toes (especially the hallux) tightens the plantar fascia around the metatarsal heads, raising the medial longitudinal arch and converting the foot into a rigid lever for efficient push-off. Pedorthists must understand this mechanism when designing toe spring in footwear and rigid orthotic plates.

7Excessive subtalar joint pronation during midstance is most commonly associated with which foot type?

A.Rigid cavus foot

B.Flexible pes planus

C.Equinus foot

D.Rigid forefoot valgus

Explanation: Flexible pes planus (flatfoot) is characterized by excessive subtalar joint pronation, especially during midstance, resulting in medial arch collapse under weight-bearing. Pedorthists commonly address this with medial posted orthoses or motion-control footwear to limit excessive pronation.

8A patient presents with a forefoot varus deformity. Which orthotic modification is most appropriate to address this condition?

A.Lateral forefoot wedge

B.Medial forefoot post

C.Heel lift only

D.Metatarsal bar on the outsole

Explanation: A medial forefoot post brings the ground up to meet the inverted forefoot, preventing compensatory subtalar pronation. This is a fundamental orthotic intervention for forefoot varus deformity that pedorthists must understand for effective treatment planning.

9Which gait deviation is most commonly observed in a patient with a rigid hallux limitus?

A.Circumduction of the limb during swing phase

B.Early heel rise with lateral weight transfer during push-off

C.Foot drop during swing phase

D.Excessive knee hyperextension at initial contact

Explanation: Rigid hallux limitus restricts dorsiflexion at the first MTP joint, preventing normal windlass mechanism activation. Patients compensate with early heel rise and lateral weight transfer to push off through the lesser toes. Pedorthists address this with rocker soles, Morton's extensions, or stiff-soled footwear.

10What is the normal range of dorsiflexion at the first metatarsophalangeal (MTP) joint required for unimpaired gait?

A.10-20 degrees

B.30-40 degrees

C.65-75 degrees

D.90-100 degrees

Explanation: Normal gait requires approximately 65-75 degrees of dorsiflexion at the first MTP joint for proper toe-off. Less than 65 degrees is considered hallux limitus, and pedorthists must assess this range during biomechanical evaluation to determine appropriate footwear and orthotic interventions.

About the C.Ped Exam

The ABC Certified Pedorthist (C.Ped) exam evaluates knowledge and clinical competencies in pedorthics, including patient assessment, treatment planning, implementation of foot orthoses and therapeutic footwear, follow-up care, and practice management. Pedorthists design, fabricate, fit, and modify footwear and foot orthoses for conditions originating at the ankle or below.

Questions

165 scored questions

Time Limit

3 hours

Passing Score

Criterion-referenced (set by expert panel)

Exam Fee

$265 exam fee (+ $160 non-refundable application fee) (ABC / Meazure Learning)

C.Ped Exam Content Outline

32%

Patient Evaluation

Review prescriptions, take patient history, perform biomechanical evaluations, assess skin integrity, circulation, sensation, and document findings

18%

Formulation of the Treatment Plan

Evaluate assessment findings, consult with healthcare providers, communicate treatment options and risks, confirm financial responsibilities, document treatment plans

24%

Implementation of the Treatment Plan

Select appropriate footwear and pedorthic devices, fabricate and fit custom orthoses, perform shoe modifications, educate patients on use and maintenance

16%

Continuation of the Treatment Plan

Follow-up assessment, reassess fit and function, make adjustments, monitor patient compliance and outcomes, develop long-term care plans

10%

Practice Management

Compliance with federal and state regulations, billing and documentation, safety procedures, ethical guidelines, and business management

How to Pass the C.Ped Exam

What You Need to Know

Passing score: Criterion-referenced (set by expert panel)
Exam length: 165 questions
Time limit: 3 hours
Exam fee: $265 exam fee (+ $160 non-refundable application fee)

Keys to Passing

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

C.Ped Study Tips from Top Performers

1Focus heavily on Patient Evaluation (32%) — master biomechanical assessment, gait analysis, skin and vascular evaluation techniques

2Study orthotic materials, fabrication methods, and shoe modification techniques thoroughly for the Implementation domain (24%)

3Know common foot pathologies including diabetes-related conditions, plantar fasciitis, bunions, and neuroma presentations

4Review casting, scanning, and impression-taking techniques for custom orthotic fabrication

5Understand Medicare/CMS billing requirements, HIPAA compliance, and ABC Code of Professional Responsibility for Practice Management questions

Frequently Asked Questions

How many questions are on the ABC C.Ped exam?

The ABC Certified Pedorthist exam consists of 165 multiple-choice questions administered via computer-based testing (CBT) with a 3-hour time limit.

What score do I need to pass the C.Ped exam?

The C.Ped exam uses criterion-referenced scoring. The passing score is determined by a geographically diverse panel of practicing certified pedorthists under the guidance of testing experts from ABC's testing service.

How much does the C.Ped exam cost?

The exam fee is $265 plus a non-refundable $160 application fee, totaling $425. A $100 late application fee applies for applications submitted up to 14 days after the deadline.

What are the eligibility requirements for the C.Ped exam?

You must be 18 or older, hold a high school diploma or GED, complete an ABC-approved pedorthic pre-certification course, and accumulate 1,000 hours of supervised pedorthic patient care experience (Pathway 1) or 500 hours plus a related healthcare credential (Pathway 2).

When is the C.Ped exam offered?

The exam is offered bi-monthly (every other month) at over 350 testing center locations nationwide or online with a live remote proctor through Meazure Learning.

Which C.Ped content domain is weighted the most?

Patient Evaluation is the most heavily weighted domain at 32% of the exam. Implementation of the Treatment Plan follows at 24%, then Formulation of the Treatment Plan at 18%.