FRC Strength and Conditioning Integration Flashcards

In FRC, what is the purpose of 'expansions' when applied in a strength and conditioning context?

Answer: To progressively push the boundary of active joint range by training in newly acquired positions under muscular control

Expansions in FRC are techniques used to progressively move into and develop control at new end-range positions, making previously inaccessible ranges available for strength training.

Why does FRC recommend assessing both active and passive joint range of motion before prescribing strength training programs?

Answer: To identify the passive-active gap and design programming that builds neurological control in the spaces where strength is absent

Assessing both passive and active ranges reveals where mobility exists but active control is absent, allowing FRC practitioners to target those specific gaps with strength and neurological training.

What distinguishes an 'FRC-integrated warm-up' from a traditional warm-up in a strength training program?

Answer: FRC warm-ups prioritize active joint loading and neural priming through CARs and end-range engagement, not just tissue temperature

An FRC-integrated warm-up emphasizes neurological activation and joint map maintenance through active range movements, preparing both the tissue and the nervous system for loaded training.

According to FRC principles, how does chronic under-loading of joints in conventional strength training contribute to injury risk?

Answer: It creates neurological 'blind spots' at end ranges where the nervous system loses control, making those positions vulnerable under unexpected loads

When joints are only loaded in comfortable mid-ranges, the nervous system loses familiarity and control at end ranges, leaving those positions vulnerable to injury when they are encountered unexpectedly.

In FRC-integrated strength programming, what is the recommended approach when a client experiences 'protective tension' blocking a joint range during loading?

Answer: Reduce load and use active neural engagement techniques to build the nervous system's tolerance of that range before progressing

Protective tension is the nervous system signaling insufficient control, so FRC practitioners reduce load and use active engagement techniques to gradually build the neural trust and strength needed to safely access that range.

What long-term benefit does FRC training offer competitive strength athletes beyond injury prevention?

Answer: Greater available range of motion with active control allows athletes to express force through more positions, improving athletic versatility and performance ceiling

By expanding and actively controlling a greater range of motion, FRC-trained athletes can express force through more joint positions, directly improving athletic versatility, movement efficiency, and long-term performance potential.