Preparing for the CCEP (Certified Chiropractic Extremity Practitioner) certification examination? A printable CCEP practice test PDF gives you an offline format to review upper and lower extremity anatomy, orthopedic assessment, adjusting techniques, and rehabilitation protocols that the CCEP certification examination assesses. Extremity adjusting extends chiropractic care beyond the spine to peripheral joints — shoulders, elbows, wrists, hips, knees, and ankles — requiring specialized anatomy knowledge and clinical reasoning distinct from axial skeleton adjusting. This page provides a free PDF download and a comprehensive CCEP exam preparation guide.
The CCEP certification is offered through the Council on Extremity Adjusting (CEA) and validates a chiropractor proficiency in diagnosing and managing extremity joint conditions using chiropractic manipulation and rehabilitation. CCEP-certified practitioners treat athletes, workers with repetitive strain injuries, post-surgical patients, and general population patients with peripheral joint dysfunction. The certification requires postgraduate study and examination and is recognized as a specialty credential within the chiropractic profession.
Your CCEP practice test PDF covers the anatomy, assessment, and technique knowledge tested in the CCEP certification examination.
The shoulder complex involves four articulations: glenohumeral, acromioclavicular, sternoclavicular, and the scapulothoracic interface. CCEP candidates must understand rotator cuff muscle anatomy and function (supraspinatus — initiates abduction; infraspinatus and teres minor — external rotation; subscapularis — internal rotation), bony landmarks, and the neurovascular structures at risk during examination. Common conditions include adhesive capsulitis, shoulder impingement syndrome, and acromioclavicular sprains. Elbow anatomy covers the humeroulnar, humeroradial, and proximal radioulnar articulations, the carrying angle, and the annular ligament. Clinical presentations of lateral epicondylalgia (tennis elbow) versus medial epicondylalgia (golfer elbow) are frequently tested, as are adjusting thrust vectors for flexion-extension and pronation-supination restrictions. Wrist and hand anatomy includes the eight carpal bones, distal radioulnar joint, and carpal tunnel contents. The CCEP tests mechanisms of scaphoid fracture and its risk of avascular necrosis, and the adjustive approach to restricted intercarpal motion.
Hip joint anatomy includes the ball-and-socket architecture, acetabular labrum function, and the three capsular ligaments (iliofemoral, pubofemoral, ischiofemoral). Hip conditions tested: femoroacetabular impingement (FAI), trochanteric bursitis, iliotibial band syndrome, and hip flexor contracture contributing to lumbar hyperlordosis. The knee involves three articulations — medial tibiofemoral, lateral tibiofemoral, and patellofemoral. CCEP candidates must understand cruciate and collateral ligament anatomy, meniscal load distribution roles, and patellofemoral biomechanics during open and closed kinetic chain movements. Extremity adjusting at the knee addresses tibiofibular joint restrictions and patellar mobility restrictions. Ankle anatomy encompasses the talocrural, subtalar, and transverse tarsal joints. Lateral ankle ligament anatomy (anterior talofibular, calcaneofibular, posterior talofibular), ankle sprain grading, subtalar neutral position, and plantar fasciitis biomechanics (overpronation, gastrocnemius-soleus tightness, forefoot structure) are all examined.
Orthopedic assessment follows a systematic approach: history, observation, range of motion measurement, special orthopedic tests, neurological screening, and motion palpation. CCEP exam questions test sensitivity and specificity of key tests: Hawkins-Kennedy and Neer tests for shoulder impingement, Speed test and Yergason test for bicipital pathology, valgus and varus stress tests for knee ligament integrity, Lachman and anterior drawer tests for ACL assessment, Thompson test for Achilles rupture, and Tinel test and Phalen test for carpal tunnel syndrome. Motion palpation assesses joint play — the passive accessory movement available beyond active range of motion. End-feel interpretation (normal soft, firm, or hard end-feel vs. abnormal empty, springy, or boggy end-feel) guides clinical decision-making. Contraindications to extremity adjusting are also tested: active inflammatory arthritis, fracture, joint replacement, vascular compromise, and conditions requiring surgical referral.
Chiropractic extremity care integrates manual therapy with rehabilitation. CCEP candidates must design programs that include closed kinetic chain exercises for lower extremity stability, open kinetic chain exercises for targeted muscle strengthening, proprioceptive training progressions (balance board, single-leg activities), and stretching protocols for capsular tightness or muscle shortening. Therapeutic modalities tested include: ice versus heat indications, therapeutic ultrasound for deep tissue heating, and kinesiology taping for joint position awareness and lymphatic drainage. Patient education is tested as a clinical competency — explaining exercise rationale, activity modifications during acute phases, and expected recovery timelines. Ergonomic modification recommendations for occupational injuries and return-to-sport criteria for athletic injuries are also within the examination scope.
Focus on orthopedic special tests and end-feel interpretation — these are the most tested clinical assessment topics. After this PDF, take online CCEP practice tests at CCEP practice test for instant scored feedback by examination domain.
After completing this PDF, take full online CCEP practice tests at CCEP practice test — instant scoring across upper extremity, lower extremity, assessment protocols, and rehabilitation with explanations for every answer. Use both: PDF for offline anatomy and technique review, online for timed chiropractic extremity certification exam simulation.