Alex Viada asks a question that most coaches intuitively answer but rarely articulate: what must be performed fresh, and what can be performed fatigued? The answer has a simple principle at its core: high skill and high intensity demand freshness. Low skill and low intensity can tolerate fatigue. Everything in between exists on a spectrum that the program designer must understand and respect.
Must be done fresh (high skill / high intensity): Heavy Olympic lifting, sprint work at maximal effort, technical gymnastics skills (muscle-ups, handstands), ME top sets in competition movements.
Can be done with moderate fatigue (lower skill / high intensity): Max effort powerlifts (technically demanding but well-practiced), power variations of Olympic lifts, weighted carries.
Tolerates full fatigue (low skill / low intensity): Zone 2 running, biking, rowing; light isolation accessory work; active recovery mobility.
This framework is the organizing logic behind every session structure in the program.
Day 7 is the most technically demanding conditioning day. The Olympic complex — Hang Power Clean + Front Squat + Push Jerk — is programmed first, before the conditioning rounds, before everything else. This is not accidental. The Olympic complex at 65–78% requires precise bar path, violent hip extension, correct catch position, maintained front rack in the front squat, stable overhead position in the push jerk. These technical demands cannot be met with a CNS that's already been through three rounds of 400m + sandbag cleans + burpees + carries. After the conditioning rounds, the Olympic complex would be sloppy at best and injurious at worst. Before them, on a fresh nervous system, the quality of technical practice is high enough to actually drive the skill and positional adaptation that makes the movement better over time.
The most significant misapplication of the fresh/fatigued principle in the original program was the placement of broad jumps in alactic EMOMs at the end of Day 1 sessions. Day 1 is max effort lower — Anderson back squats or sumo block pulls or banded front squats, followed by accessory supersets, posterior chain work, and sled GPP. By the time an alactic EMOM arrives, the athlete is 85–97 minutes into a demanding session.
Broad jumps at minute 85–97 are not meaningful power training. The nervous system is fatigued, the contractile machinery is compromised, and the ATP-CP system has been repeatedly called upon without adequate recovery. The fix: broad jumps are removed from the end of sessions and embedded in warm-up Block 4, where they are trained fresh. Three standing broad jumps for maximum distance, logged as a benchmark, performed before any significant fatigue has accumulated. Same training stimulus — but delivered where the CNS can actually express maximum power.
Put the high-skill, high-intensity work first. Not second. Not third. Not "after I warm up with some conditioning." The warm-up prepares the body for what comes next. What comes next should be the thing that most demands a fresh nervous system.
When broad jumps are the most important power development stimulus in the session, they go in the warm-up. When the Olympic complex is the most technical movement, it goes first on Day 7. When the gymnastics skill block needs clean neurological expression, it goes first on Day 4. The conditioning, the EMOM, the carries — they go after, because they can be done effectively at fatigue. The skill work cannot.
See how session structure is applied in practice. Start with ETR.
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