Bratha

Part 5.0 — The Athletic Standard

12 min read

This is Part 5 of 5 in the Athletic Series — the synthesis. The chassis, the engine, the five qualities, and the integration playbook all come together into a single standard and a workable year. The full path:

Table of Contents

What a complete fitness practice looks like

The chassis series built how you look and how much force you can produce. This series built the engine that delivers it and the qualities that express it. Put them together and you have a body that runs, lifts, sustains, recovers, changes direction, and lasts — for decades. That is the standard. This article puts a number on every part of it and shows you a year that gets you there.

Where this fits: closing the loop

Five articles ago, Part 1.0 opened on a deliberate cut: aesthetic and strength were the chassis; agility and endurance belonged to a separate category — athleticism — that the average gym-goer was set aside. Then we built that category back, in five parts:

  • An engine (2.0 / 2.1) — Zone 2 raises the floor, intervals raise the ceiling, mitochondria multiply, the heart’s stroke volume grows.
  • Five outputs (3.0 / 3.1 / 3.2) — endurance, power, speed, agility, mobility, coordination. Each with its own protocol, each grounded in a specific bit of physiology.
  • A playbook (4.0) for fitting all of it next to the chassis series’ lifting without the AMPK/mTOR fight eating the gains.

Now they have to live together as a single practice with a single dashboard. That’s this article.

The Athletic Standard: the complete dashboard

Here, in one table, is what “the Athletic Standard” actually measures — every benchmark from across the two series, side by side. These are above-average / athletic-level targets for healthy adults roughly 20–39; women’s targets follow the ~60–80% rule from Part 1.0.

DomainQualityField testTarget (men / women)
ChassisMax strengthBench press 1RM1.5× / 1.0× BW
ChassisMax strengthDeadlift 1RM2.0× / 1.5× BW
ChassisMax strengthSquat 1RM1.75× / 1.25× BW
ChassisBody compositionBody fat %10–14% / 18–22%
ChassisBody compositionFFMI20–23
EngineVO2 maxLab or wearable estimate52+ / 45+ mL/kg/min
EngineAerobic endurance1.5-mile time trial<10:30 / <12:00
EngineAerobic decouplingSteady Zone 2 session<5% drift
OutputsMuscular endurancePush-ups in 2 min60+ / 40+
OutputsMuscular enduranceStrict pull-ups10+ / 5+
OutputsPower (vertical)Vertical jump24”+ / 18”+
OutputsPower (horizontal)Standing broad jump>8’ / >6.5’
OutputsAgility5-10-5 pro-agility shuttle<4.5 s / <5.0 s
OutputsReactionRuler-drop test<15 cm
ControlMobilitySit-and-reach>15 cm past toes
ControlStabilitySingle-leg eyes-closed balance>60 s
ControlCoordinationTennis-wall rally50+ consecutive

==This is the standard. Not because you “must” hit every line — but because the spread of what you can and can’t do tells you where the engine has missing parts.== A body that hits most of these is genuinely athletic, in any reasonable sense of the word. A body that misses entire rows is unevenly trained, and the diagnostic decision trees in Part 1.0 and Part 1.1 tell you exactly which lever to pull.

The honest year-one and year-two reality

If you’re new to coordinated, evidence-based training, expect 2–3 years of consistent, intelligent work to hit most of these as a non-elite athlete. That’s not a sales pitch; it’s the Lyle McDonald model of natural progress applied across multiple qualities at once. The interesting payoff isn’t ticking the boxes — it’s that the gap-closing itself improves your life. The slowest, hardest-to-build qualities (mobility, VO2 max ceiling) are also the ones most strongly associated with how you’ll move and feel at 60.

A worked annual plan

You cannot maximally build every quality at the same time — Rule 5 from Part 4. So a credible annual plan biases blocks. Here is one defensible 12-month arrangement for the reader starting from “decent shape but unevenly trained.”

The biased-block year

Each block is ~12 weeks. One quality is built; the others are maintained at minimum effective dose, then they swap.

Q1 — GPP & Foundation block

Priority: work capacity, muscular endurance, aerobic base.

  • Conditioning: 4 × 45–60 min Zone 2 (bike/row/incline walk), 1 work-capacity session (sled, carries, EMOM circuits).
  • Lifting: full-body 3×/week, moderate loads, 8–12 rep ranges, technique focus. Build durable, not max.
  • Mobility: daily CARs + one end-range strength session.
  • Goal: RHR drops, decoupling shrinks, push-up/pull-up tests climb, joints feel younger. The base everything else stands on.

Q2 — Strength & Chassis block

Priority: maximum strength and FFMI.

  • Lifting: 4×/week with serious progression — the chassis program. Heavier loads, intent, real rest.
  • Conditioning: maintenance dose — 2× Zone 2 (cycling/rowing — Rule 3 modality choice), 1× 4×4 intervals. ~90 min/wk hard work holds VO2 max.1
  • Mobility: daily CARs continued.
  • Goal: bench, deadlift, squat numbers climb toward chassis targets without giving back the Q1 engine.

Q3 — Engine & Ceiling block

Priority: raise VO2 max and lactate threshold.

  • Conditioning: 4× Zone 2 (45–75 min), 2× hard intervals — the Norwegian 4×4 and a 30-30s session — using the highest-recruited modality you can absorb.
  • Lifting: maintenance dose — 2 sessions/week, 2 sets/muscle to RIR 0–1.1 This holds strength and FFMI with very little volume.
  • Mobility/skill: daily, light.
  • Goal: VO2 max estimate climbs, threshold pace quickens, RHR drops further, 1.5-mile time approaches target.

Q4 — Power, Speed & Integration block

Priority: convert the strength and engine into expressive athleticism.

  • Power/speed/agility: 2–3 sessions/week of explosive work, sprints, and reactive drills (fresh, low volume, full rest).
  • Lifting: 2–3 sessions/week, blended with the explosive work via contrast/complex training.
  • Conditioning: maintenance — 2× Zone 2 + 1× 4×4.
  • Mobility: daily, with attention to whichever joints failed in the field tests.
  • Goal: vertical, broad jump, and 5-10-5 hit the targets in the Athletic Standard. Retest the full battery at the end of the year. Note the deltas.

What a full year of the biased-block plan actually buys you

By Q4 retest, most readers should be: closer to chassis targets, holding decent body composition, with a meaningfully bigger VO2 max, lower RHR, better mobility, and measurably more explosive output. Not elite; clearly athletic. Repeat the cycle annually and the slope keeps climbing for years before plateaus get serious.

The minimum effective dose: holding the standard

Once you’ve built athleticism, holding it is dramatically cheaper than building it. Across the research, two minimums recur:

  • VO2 max maintenance: roughly 3 × 30 min/week (≈90 min) of higher-intensity work holds VO2 max for weeks even when frequency drops; the key preserved variable is intensity, not volume.1
  • Strength/hypertrophy maintenance: ~2 hard sets per muscle group per week, taken to 0–1 RIR, is sufficient to preserve gains — far less volume than is required to build them.1

The practical implication for the rest of your life: ==a busy week can sustain the standard with as little as ~3–4 hours of intelligent training,== as long as the intensity is preserved. That’s the deal the biased-block year is preparing you for — the right to maintain everything with very little, while having a foundation you didn’t have to grind for again from scratch.

The Blueprint comparison: longevity vs athleticism

The most interesting parallel protocol in this space is Bryan Johnson’s Blueprint — a high-budget, longevity-optimized routine. Worth comparing, because it shows what training looks like when you optimize purely for not dying rather than for being athletic.2

ElementBryan Johnson BlueprintThe Athletic Standard (this series)
Cardio volume~4.5 h moderate (Z2–4) + ~1.5 h vigorous (Z5)/wkPolarized: ~3–5 h Z2 + 1–2 hard interval sessions
ResistanceFull-body, 3×10–12, moderate intensityHeavier with progression; FFMI as a real target
IntervalsHIIT ~2×/wk (4 min on / 4 min off)Norwegian 4×4 + variations, 1–2×/wk
VO2 max emphasisVery high (top-10% target for age)High, plus a wider quality battery
Explosive powerNot a focusA focus — jumps, sprints, agility
Mobility / balanceIncludedIncluded with end-range strength + CARs
Optimization targetBiomarkers + mortality riskAthletic output + longevity dividend

The overlap is enormous: both protocols converge on a polarized aerobic week, real resistance training, and intentional mobility. The divergence is at the edges — the Blueprint doesn’t chase explosive power, and the Athletic Standard doesn’t chase aggressive supplementation. For most readers, the Athletic Standard is the longevity protocol with an athleticism layer added; the engine work is doing the longevity work either way.

The longevity dividend, revisited

We started in Part 1.0 with the Mandsager 2018 result: in 122,007 patients, cardiorespiratory fitness was inversely associated with all-cause mortality with no observed upper limit of benefit, with the fittest group enjoying mortality reductions on the same scale as quitting smoking.3 Part 2.1 explained why — VO2 max is a composite measure of heart, lungs, blood, mitochondria, and muscle. You can’t fake any of them.

So the chassis series buys you appearance and force. The engine work buys you VO2 max, which buys you years. The qualities buy you the ability to use those years well — to play with grandchildren, to catch yourself when you slip, to travel and hike and lift things off the floor at 70 without negotiating with your back. This is what gets paid every time you complete a Zone 2 session you didn't feel like doing.

The mental dividend

There’s one last benefit that almost never makes it into the protocols and is bigger than most of them: a body that does what you ask of it changes how you walk through the world.

The reader who has hit most of the lines on the Athletic Standard dashboard doesn’t think about whether the next flight of stairs will gas them, whether the next heavy box will hurt their back, whether they can run after a child, whether they can sit on the floor and get up. They’re not “fit” as a category; they’re physically available for whatever the day asks. That availability spreads — into confidence, into willingness, into showing up for difficult things in the rest of life.

The chassis series gives you a body that looks the part. This series gives you a body that does the part. The combination is the whole point.

Part 5.0 Takeaways

Key concepts to internalize

  • The Athletic Standard is the full dashboard: chassis (strength + composition) + engine (VO2 max + threshold) + outputs (endurance + power + agility) + control (mobility + balance + coordination). Measured, not vibes.
  • You cannot build every quality simultaneously. A biased-block year (GPP → strength → engine → power/integration) is how to make multi-quality progress in 12 months.
  • Maintenance is shockingly cheap: ~90 min/week of intensity holds VO2 max; ~2 hard sets/muscle/week holds strength. Build hard, then hold easily.
  • The Blueprint overlap: the polarized engine + lifting + mobility part of any serious longevity protocol is largely the same as the engine half of this series. The athletic layer is the addition.
  • The longevity dividend is real and large. VO2 max isn’t just performance — it’s the strongest single composite of systemic health you can directly train.
  • The point isn’t the dashboard. It’s a body that’s physically available for whatever the day asks.

Your (lifetime) Task List

These aren’t tasks for next week. They’re the recurring rhythm:

  1. Test the full dashboard once a year, ideally end of Q4. Log every number; compare to last year. Watch the slope.
  2. Commit to a biased-block year when you have a multi-quality gap to close. Pick the priority quality per block; protect the others with the minimum effective dose.
  3. Hold the floor with daily habits: Zone 2 most days (any modality you’ll do), CARs for 5–10 minutes, and a real meal-fuelling layer around the harder sessions.
  4. Bias the modality to your priority. If you lift, ride or row your easy cardio. If you sprint, watch what running adds back in.
  5. Re-read this series at every transition — when life or training conditions change (new schedule, injury, age decade), the rules still apply, but the priorities shift.
  6. Decide your standard for the season. “Athletic” isn’t one number; it’s the version of the dashboard you’ll commit to for the next 12 months. Write it down. Defend it.

That closes the Athletic Series. Combined with the main Fitness Series (chassis), the Pharmacology chapter, and — if you've chosen to go there — the Performance Enhancement series, you now have the complete practice: how you look, how much force you produce, how well your engine runs, how skilfully you move, how you fit them all into a week, and how you keep them all for decades.

Disclaimer

Not medical advice. This series synthesizes my reading of the research and personal experience. Consult medical professionals before maximal testing, significant programming changes, or any pharmacological choice — especially with underlying health conditions.

Sources & references

Footnotes

  1. Minimum effective dose to maintain fitness: roughly 3 × 30 min/week (≈90 min) of higher-intensity cardio preserves VO2 max for weeks even at lower frequency, with intensity as the key preserved variable; for strength and hypertrophy, ~2 hard sets per muscle per week taken to 0–1 RIR preserves gains far below building doses. See Outside — Minimum Training Dose Research and PezCycling — Minimum Training Dose. ↩ ↩2 ↩3 ↩4

  2. Bryan Johnson’s Blueprint exercise protocol: ~6 days/week, ~4.5 h moderate (Zone 2–4) + ~1 h light (Zone 1) + ~1.5 h vigorous (Zone 5) per week; full-body resistance 3×10–12 reps; HIIT ~2×/week (4 min on / 4 min recovery). See Blueprint — Exercise and Fitness Protocol for Longevity. ↩

  3. Mandsager et al. (2018), “Association of Cardiorespiratory Fitness With Long-term Mortality Among Adults Undergoing Exercise Treadmill Testing,” JAMA Network Open — 122,007 patients, cardiorespiratory fitness inversely associated with all-cause mortality with no observed upper limit of benefit; extreme fitness (≥2 SD above mean for age/sex) carried the lowest mortality. See JAMA Network Open and PMC6324439. ↩

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