Programming & Client Application Flashcards

A new client has a large gap between passive and active hip flexion range. What is the primary FRC programming goal for this client?

Answer: Close the gap by building strength and control at end range

FRC defines usable mobility as range the client can actively control, so programming aims to convert passive range into active range.

During a hip lift-off at end range, a client's hamstring cramps immediately. What is the most appropriate response?

Answer: Regress the angle or intensity and rebuild control closer to the available active range

Cramping signals the nervous system lacks control at that range, so the drill is regressed and progressed gradually.

Which FRC tool is most appropriate as a daily maintenance routine to keep joints healthy and to self-assess?

Answer: Daily CARs

Daily CARs move each joint through its full controllable rotational range to maintain joint health and provide ongoing self-assessment.

When programming PAILs, what is the intended effect of contracting the stretched tissue at end range?

Answer: To load the lengthened tissue and signal adaptation at the new range

PAILs load the tissue being lengthened, sending a stress signal that drives tissue and neurological adaptation at that range.

In a PAILs/RAILs sequence, what do RAILs ask the client to do?

Answer: Actively contract the opposing (shortened-side) muscles to pull deeper into range

RAILs (Regressive Angular Isometric Loading) contract the tissues on the closing side of the joint to actively drive into the new range.

A client wants faster results and asks to do maximal-intensity PAILs/RAILs on the same joint every day. What is the best FRC-informed advice?

Answer: Advise that high-intensity end-range loading requires recovery, so frequency must match tissue adaptation capacity

End-range isometrics are a significant tissue stress, so intensity, volume, and frequency must be balanced with recovery.

Which statement best describes how FRC uses assessment to guide programming?

Answer: Assessment identifies joint-specific limitations so interventions target the actual restriction

FRC emphasizes assessing each joint's active and passive capacity so programming addresses the specific limitation.

Which sequence best represents the FRC approach to developing a new usable range?

Answer: Expand range, then build control and strength within that new range

FRC aims to first gain range and then make it usable by developing strength and control within it.

Why are CARs performed slowly and with high tension elsewhere in the body (irradiation)?

Answer: To isolate the target joint and prevent compensation from other joints

Bracing the rest of the body keeps movement localized so the target joint's true controllable range is expressed.

A client performing shoulder CARs shows a pinch at one point of the circle. What is the best programming adjustment?

Answer: Reduce the circle size to stay just short of the pinch while working on the restriction

Clients should work within pain-free controllable range and gradually expand it rather than forcing through impingement.

Kinstretch is best described as which of the following?

Answer: The group class system that applies FRC principles

Kinstretch is the group movement class methodology built on Functional Range Conditioning principles.

When progressing a client's end-range isometric work, which variable is a valid progression?

Answer: Increasing the angle of approach or depth of the position

Progressions in FRC include deeper positions, longer durations, higher intensities, and new angles of approach.

A strength athlete has full passive hip internal rotation but cannot actively reach it. How should end-range training fit into the athlete's week?

Answer: Integrate targeted end-range control work alongside strength training, managing total load

Mobility work is integrated into the overall training program and its stress is accounted for in total training load.

What is the purpose of the passive stretch period that typically precedes PAILs in a PAILs/RAILs sequence?

Answer: To allow the tissue to settle into its end-range position before isometric loading

Holding the position first lets the client reach a stable end-range position from which the isometric loading is applied.

A client reports joint pain during an end-range drill. What should the FRC practitioner do first?

Answer: Modify the position, angle, or intensity so the drill is pain-free

FRC programming stays within tolerable, pain-free ranges and modifies variables rather than pushing through joint pain.

Why does FRC emphasize training the joint at end ranges rather than only in mid-range?

Answer: Unconditioned end ranges are vulnerable, so building capacity there increases resilience

Tissues adapt to the demands placed on them, so training end ranges builds capacity where the joint is otherwise unprepared.

Which best describes a 'hover' or 'lift-off' drill in FRC programming?

Answer: Actively lifting a limb at or near end range without momentum to build strength at that range

Lift-offs and hovers require active strength to hold or move a limb at end range without assistance.

How should CARs be used within a single training session for a client focused on hip mobility?

Answer: As a joint preparation and assessment tool, often at the beginning of the session

CARs prepare joints and reveal current capacity, making them useful at the start of training sessions.

A client asks why passive stretching alone is not enough. Which FRC-based explanation is most accurate?

Answer: Passive stretching can increase passive range but does not build active control or strength in that range

Without active loading at end range, passive gains may not translate into usable, controlled mobility.

When programming for a client returning to sport, how should FRC drills relate to sport demands?

Answer: They should build capacity in the specific joint positions the sport requires

FRC programming targets the joint ranges and positions the client needs for their activities, consistent with specific adaptation.