Actual Precision Health report · static read-only Mission Control copy · internal record identifiers removed · decisions disabled

Precision Health — Weekly Training Review

Week of 3–9 Aug 2026

4 sessions · layer 1 rendered 2026-08-13 14:53 MDT · vs = prior week (27 Jul – 2 Aug 2026) · narrative snapshot v2 · 2026-08-12

Reading level
Plain words, no jargon. Same facts and the same decisions.Written for someone who knows fitness but is not a specialist.Full technical detail: scores, gate conditions and figures in the prose.
The coach's write-up below is about 27 Jul – 2 Aug 2026, not the week shown here. It stays until a new one is written.Narrative snapshot describes the week of 27 Jul – 2 Aug 2026 — not the week rendered below. It stays until the coach lands a new snapshot.Narrative snapshot describes the week of 27 Jul – 2 Aug 2026 — not the week rendered below. It stays until the coach lands a new snapshot.
Biggest week since late June — 110.5k lb across a full 7-for-7, and it got easier as it got heavier: mid-set fade dropped from 15.5% to 9.5%. Protein is still the gap, but a third smaller than the first version of this review claimed — one bad log day was doing most of the damage.

Scoreboard

Sessions
4
4 planned
Volume lb
63.6k
▼ 46.9k vs 110.5k
Training time
4h56
▼ 4h19 vs 9h15
Weight-PR flags
5
12 prior
Velocity fade
11.3%
▲ 1.8pp vs 9.5pp
typical · 163 sets measuredmedian · 163 set-sidesmedian · 163 set-sides
Sleep avg
5h54
7 nights · 91.5% eff
Protein avg
101 g
2/7 days ≥ 135 g
Steps/day
10,051
7/7 days covered
Cardio km
28.8
7 walking · 3 running

Sessions

DateTemplate matchVolume lbMinWork
Tue 04 Aug[template identifier removed] (91%)12,4547932 sets · 2 PR
Wed 05 AugIntermediate - Legs18,6967145 sets · 1 PR
Sat 08 AugIntermediate - Back24,03011543 sets · 1 PR
Sun 09 AugIntermediate - Core Express #18,4683114 sets · 1 PR

Charts

Volume — 10 weeks (lb)
Sets per muscle this week · dashed line = the least that is worth doingFractional working sets per muscle group · dashed line = published minimumFractional working sets per muscle group · dashed line = published minimum

The dashed line at 4 is the smallest amount of work per muscle per week that research actually shows is worth doing. There is no line at the top on purpose: the old 10–20 "green zone" came from numbers nobody has properly demonstrated, so it was removed rather than left there looking official. Only loaded exercises count, and a left-and-right exercise counts once. A set counts 1.0 for a muscle doing the work and 0.5 for one helping out — which is why you will see halves.

The dashed line at 4 is the minimum effective dose — the only per-muscle weekly figure with a published derivation behind it. There is deliberately no upper band: the 10–20 range shown here previously came from a family of landmarks with no peer-reviewed derivation, and one is not drawn again until something published supports it. Working sets only (loaded exercises); a unilateral set counts once. A set counts 1.0 toward each muscle that drives the movement and 0.5 toward each that assists — a stated convention, not a finding, so half-sets are expected.

The dashed line at 4 is the minimum effective dose — the only per-muscle weekly figure with a published derivation behind it. There is deliberately no upper band: the 10–20 MEV/MAV/MRV range shown here previously came from a family of landmarks with no peer-reviewed derivation, and one is not drawn again until something published supports it. Working sets only (loaded exercises); a unilateral set counts once. Set weights come from the muscle-role mapping: 1.0 for a driving role, 0.5 for an assisting role — a stated convention, not a finding, so half-sets are expected.

Strength moves

ExercisePrev wkThis wkΔStreak
Standing Single-Leg Hip Extension6668+2new load this week · seen 9/10 wks
Belt Bulgarian Split Squat (per-side)6667+1new load this week · seen 6/10 wks
Barbell Romanian Deadlift (per-side)606002 wk at 60 lb · seen 9/10 wks
Archer Rows565602 wk at 56 lb · seen 9/10 wks
Standing Push Twist565602 wk at 56 lb · seen 9/10 wks
Bent-Over Dual-Handle Wide Row5153+2new load this week · seen 9/10 wks
Seated Dual-Handle Lat Pulldown535302 wk at 53 lb · seen 8/10 wks
Standing Tricep Rope Hammer Curl5352-1new load this week · seen 8/10 wks
Barbell Bent Over Row (per-side)515104 wk at 51 lb · seen 9/10 wks
Crunch From Top4647+1new load this week · seen 9/10 wks
Standing Tricep Rope Pushdown464602 wk at 46 lb · seen 8/10 wks
Seated Tricep Rope Crunch4245.5+3.5new load this week · seen 9/10 wks
Seated Barbell Row (per-side)444403 wk at 44 lb · seen 5/10 wks
Barbell High Pull (per-side)414103 wk at 41 lb · seen 9/10 wks

These are the heaviest loads the machine recorded (lb; per side where marked). "Prev wk" is the last week before this one that you actually did the exercise — not simply last week.Loads are device-recorded peak loads (lb; per-side where marked). Prev wk = the most recent earlier appearance-week in the 10-week window.Loads are device-recorded peak loads (lb; per-side where marked). Prev wk = the most recent earlier appearance-week in the 10-week window. Progression checks: 47 of 60 exercises earned a step up this week.Gate: 47/60 qualified this week.Gate: 47/60 qualified this week. 0 decision(s) waiting for you.Decision inbox: 0 open.Decision inbox: 0 open.

Coach's read

What went well. You trained seven days out of seven and moved 11% more weight than the week before — 110.5k lb against 99.6k — and your body did not object. The clearest sign is the fade number: within a set, your reps slow down as you tire, and that slowdown shrank from 15.5% to 9.5% even while the loads went up. Getting stronger and less tired in the same week is the combination you want. Sleep held at 91.6% efficiency across all seven nights, and you walked or ran 21.2 km on top of the lifting.

Loads moved where they should. Barbell Bench Press went 62 → 66 lb a side, Romanian Deadlift 58 → 60, and Archer Rows, Standing Push Twist and Lat Pulldown each picked up 2 lb. Twelve device PR flags, level with the prior week's thirteen on a bigger base.

What needs attention. Protein — but the honest number is better than the one you were shown before. Three of the six logged days in this week fall before you started logging properly on 30 July, and one of them recorded 3 g, which is a logging artifact rather than a day of eating. On the four days the log can actually be trusted you averaged about 105 g against a 135 g target. That is a real gap of roughly 30 g a day on a week where you added 11% volume, and it is worth closing — but it is not the near-total shortfall the earlier version of this review described.

One movement went backwards: Standing Tricep Rope Pushdown slipped 48 → 46 lb, and it has been drifting off its 48 peak for a while now. Nothing to change yet — one focused week first.

The muscle chart has a genuine gap in it: Erector Spinae — your lower back — got 3 sets, the only muscle below the published minimum of 4. It never appears as the main target of anything you do; it only ever assists. That is worth a decision at some point, not a panic this week.

What I'd do next. Nothing on load. The progression engine is doing its job — 51 of 113 gates qualified — and any change to a template comes to you as a decision on the board, not as an instruction in a report. The decision board is currently clear.

The one change worth making is behavioural, and it is smaller than it looked: get to 135 g of protein on your three heaviest training days, and log every day so the next review can tell eating from logging. You are already close on the days you record properly.

Two things changed in the numbers since version 1 of this narrative, and neither is a correction to your training. First, the per-muscle set chart now counts a muscle that assists a movement as half a set, where before it counted only muscles that drive the movement. That is why Pecs, Front Delts and Erector Spinae now show real numbers instead of near-zero — they were always being worked, the chart just could not see it. Second, the old 10–20 sets green zone is gone: it came from a set of training landmarks with no published derivation behind them, and it has been replaced by a single line at 4, which is the only per-muscle weekly figure that does have one. Half-sets in the chart are expected, not a rounding error. The coefficient behind them (1.0 for a driver, 0.5 for an assistant) is a widely-used convention rather than a proven fact, and is labelled that way wherever it appears.

This narrative is a frozen snapshot: it describes the week of 27 Jul – 2 Aug 2026 and stays put until the next one is written. The scoreboard above refreshes independently. Nutrition before 30 July 2026 reflects logging habit rather than intake and no coaching conclusion is drawn from it. Loads shown are device-recorded peaks, per-side where marked.

Layer 1 reads the Precision Health analytics marts (exclusion rules encoded in the views; versioned metric definitions). Layer 2 narrative is a stamped snapshot — frozen until the coach lands a new narrative version. What this page cannot tell you yet: PR counts are not comparable with anything before June 2026; progression checks and step counts only start on 13 July 2026 (and the week of 27 July includes a one-off tidy-up sweep); resting heart rate, HRV and VO₂max are not here yet; dates are shown in your home time zone, because a session does not record which zone you were in; and where nutrition looks empty that means it was not written down, not that nothing was eaten.Known caveats: PR-flag counts not comparable before Jun 2026; gate statistics start 2026-07-13 (the 27 Jul week contains a conformance sweep); steps/energy history starts 2026-07-13; resting HR, HRV and VO₂max arrive with a planned wearables backfill; session time-zone offsets are not recorded, so local dates fall back to the home time zone; nutrition gaps are logging, not intake.Known caveats: PR-flag counts not comparable before Jun 2026; gate statistics start 2026-07-13 (the 27 Jul week contains a conformance sweep, with no decision reference by design); steps/energy history starts 2026-07-13; resting HR, HRV and VO₂max arrive with a planned wearables backfill; session time-zone offsets are not recorded, so local dates fall back to the home time zone; nutrition gaps are logging, not intake. Static export details omitted from Guest Mode.