Reviewer Brief
Prepared Dad Readiness Check + HEFT
An independent educational prototype.
We are asking for criticism, not endorsement, promotion, traffic, validation, or an introduction.
Last updated: June 19, 2026
The editorial premise
TactiCoolGear began as an affiliate-supported gear-decision site. During development, we concluded that its most honest feature might be interrupting the purchase.
A father can own excellent equipment while lacking physical capacity, medical competence, practiced skills, family coordination, or household margin. The Prepared Dad Readiness Check attempts to help users identify one practical gap before purchasing more equipment.
The tool in 60 seconds
Format
20 readiness questions plus 3 short physical field checks
Areas
Physical capacity, medical readiness, practical skills, family planning, sustainment
Account / email
Not required
Cost / purchase
Free; no purchase required
Externally validated
No (not as a complete instrument)
Endorsed by cited people
No
What we intend to claim
- •The check is an educational self-assessment.
- •Its short physical portion requires users to perform several field checks rather than relying entirely on self-perception.
- •Its five-domain structure can help organize a readiness conversation.
- •Its rules produce one suggested next priority.
- •The prioritization logic and limitations can be disclosed and criticized.
- •Retesting after meaningful action may help a user observe personal change.
What we do not claim
We do not claim that the check:
- ×Measures fatherhood, character, courage, or personal worth.
- ×Has been externally or clinically validated as a complete instrument.
- ×Predicts actual emergency performance.
- ×Certifies medical, rescue, tactical, or professional competence.
- ×Replaces qualified instruction, coaching, or medical evaluation.
- ×Proves causation between any score and real-world outcomes.
- ×Provides population percentiles where no defensible normative data exist.
- ×Was developed, reviewed, or endorsed by any cited researcher or coach.
Why we are seeking criticism
- ?Does “one next priority” help users act, or falsely simplify preparedness?
- ?Should the physical component use a composite score at all?
- ?Does the scoring preserve meaningful differences among physical capacities?
- ?Can a self-assessment reduce overconfidence, or might it create another source of overconfidence?
- ?Does placing readiness beside a gear guide properly challenge consumption, or does the commercial context undermine the message?
- ?Is “Prepared Dad” useful framing, or does it risk implying that practical emergency readiness measures the quality of fatherhood?
We welcome direct criticism of those questions.
Method and source map
For each element we distinguish among the protocol source, the benchmark/normative source, our own modification, our own scoring decision, and the known limitation. A citation indicates only that the identified material informed that specific element — it is not participation or endorsement.
The 20 nonphysical questions, their point values, the domain weighting, and the priority rule (which weighs the apparent gap, an assigned actionability factor, and an assigned practical-importance factor) are a site-authored educational framework, not a validated questionnaire. Those factors are editorial judgments, not empirically validated effect estimates, and the recommendation has not been shown to beat simply addressing the lowest domain. The full per-question scoring table is available on request.
Single-leg balance (eyes open)
also in the assessmentConstruct
Static balance. (Araujo 2022 links a 10-second one-leg stand to survival, not specifically to falls.)
Protocol source
Araujo 2022 (BJSM, DOI 10.1136/bjsports-2021-105360) validated a binary 10-second one-legged-stance pass against all-cause mortality in adults 51–75. HEFT's hold-to-failure scale (max 45s), the 45s ceiling, and the scoring curve are site-assembled and not part of that study. Field test — no single canonical max-hold protocol.
Benchmark source
No population percentile claimed. Cited standard references only: Araujo 2022 (10s survival cut), Springer 2007 (<30s clinical-abnormal), Bohannon 2006 (age 60+ means).
Our modification
Hold-to-failure timing (max 45s), both legs, better leg used. Eyes-open (swapped from an earlier eyes-closed version).
Our scoring
10s→62, 20s→75, 30s→88, 45s→100; per-test floor 15. 45s is framed as a young-adult norm, not “elite.”
Known limitation
Static only — cannot establish dynamic or loaded balance. The 10s cut's mortality association is validated in 51–75-year-olds; broader framing is hedged via age-banded means.
Standing broad jump
Construct
Horizontal (unloaded) power proxy.
Protocol source
Field test — no single canonical protocol (three attempts, best of, heel-to-line).
Benchmark source
No population norm claimed. A disclosed young-adult reference (NSCA Essentials, 20–29), explicitly labeled “not a percentile / a stiff yardstick past 30.”
Our modification
“Jump your height” reframed as the minimum, not the standard. Ceiling raised to 126".
Our scoring
72"→45, 95"→75, 126"→100; floor 12. Excluded from being named the Force Multiplier (male-anchored raw curve).
Known limitation
Conflates strength, technique, and limb length. No validated adult age/sex norm exists; cannot establish under-load strength.
Single-leg squat
Construct
Unilateral lower-body mobility + strength + balance screen.
Protocol source
Field/clinical movement screen — no single canonical protocol (depth-to-box target, both legs).
Benchmark source
No population norm claimed — no external benchmark source identified; presented as a site-authored movement screen.
Our modification
Ordinal depth scale (quarter / half / parallel / below-parallel / ATG) recorded against a box-height target.
Our scoring
Depth→score map (0/25/50/65/85/100); floor 12. Excluded from Force Multiplier (ordinal, not on the continuous scale).
Known limitation
A low score is diagnostically ambiguous (ankle vs strength vs balance) — stated as such. Cannot isolate a single capability.
Pull-ups
Construct
Relative pulling strength.
Protocol source
Strict pull-up (dead-hang bottom, chin over bar). Benchmark protocol-matched to the USMC PFT.
Benchmark source
Disclosed standard, not a population percentile: USMC Physical Fitness Test (2025), age + sex banded. The relative-strength deadlift literature (Grier) is deliberately NOT invoked — there is no pull-up event in the ACFT.
Our modification
8 strict reps set as the internal “standard-met” anchor for cross-test alignment — explicitly not a validated percentile.
Our scoring
8→75, 23→100 (USMC men 21–25 max-points); a sub-1-rep scaled track; floor 8.
Known limitation
Biased by lever length and grip. The USMC table is a military pass/max standard, not a civilian population distribution.
Dead hang
Construct
Grip endurance (time) — explicitly distinct from maximal grip strength.
Protocol source
Hang-to-failure, overhand, shoulders engaged. Field test — no single canonical time protocol.
Benchmark source
No population norm claimed. The code gives only “rough marks strength coaches use” and states there is no validated population norm for hang time.
Our modification
Time to drop (max 180s).
Our scoring
60s→75 (“standard-met”), 180s→100; floor 10.
Known limitation
CRITICAL: this result cannot establish anything about the grip-strength↔mortality finding (Leong/PURE 2015). That measured dynamometer peak force; this is hang time — a different construct.
2-minute hand-release push-ups
also in the assessmentConstruct
Upper-body strength-endurance.
Protocol source
U.S. Army Fitness Test (AFT) hand-release push-up — as many as possible in a 2-minute window, self-paced (the AFT uses no metronome). HEFT matches that format.
Benchmark source
Disclosed standard, not a population percentile: U.S. Army Fitness Test (eff. 2025-06-01), age-banded — men are scored on the combat (sex-neutral) scale, women on the General (sex-normed) scale, matching the live code. The push-up↔CVD association (Yang 2019) is cited strictly as a hedged firefighter-cohort finding, not a universal threshold.
Our modification
40 reps set as the internal “standard-met” landmark (~83 on the combat scale); ceiling 65.
Our scoring
40→75, 60→97, 65→100; floor 10.
Known limitation
Yang 2019 (PMID 30768197) studied a different test — metronome-paced conventional push-ups in male firefighters — so it is not protocol-matched to our hand-release event, and there is no universal “40 reps = 96% CVD reduction.” Our event matches the AFT's self-paced format; the real caveat is self-judged form and no grader / rest enforcement at home, so raw counts won't map perfectly to a graded AFT score.
3-minute burpees
also in the assessmentConstruct
Mixed aerobic-glycolytic work capacity (“the grinder”).
Protocol source
Podstawski 3-Minute Burpee Test (2019) — chest to floor, stand, overhead clap.
Benchmark source
No population norm claimed. A disclosed young-adult reference only (Podstawski 2019, n=9,833, ages 18–25), explicitly “a reference point, not a percentile.”
Our modification
Anchors built off the Podstawski 18–25 cohort with an explicit age-caveat in the copy.
Our scoring
47→71, 50→75, 57→78 (cohort mean ≈56.7), 82→100; floor 10. Weight demoted (1.8→1.5) to avoid double-counting cardio.
Known limitation
Pacing-strategy and training-specificity dominated. The only normative reference is a young, fit university cohort — not generalizable to an older audience.
12-minute Cooper run
Construct
Cardiorespiratory fitness (estimated VO₂max). HEFT-9 only.
Protocol source
Cooper KH, JAMA 1968 — 12-minute distance field test. VO₂max = 22.351 × km − 11.288 (valid for 12-minute data only).
Benchmark source
The most defensible reference in the system — but an approximate age/sex band, not a validated percentile for a field test: FRIEND treadmill norms (Kaminsky et al., Mayo Clin Proc 2015, PMID 26455884) compared against a Cooper-ESTIMATED VO₂max. Because the run yields an estimate and FRIEND comes from direct lab CPET, it is an approximate reference band, not a population percentile for the 12-minute protocol. A larger, more representative 2022 FRIEND edition exists (PMID 34809986); we standardize on 2015 for internal scoring consistency and disclose that. Mortality framing supported by Mandsager 2018.
Our modification
An earlier 8-minute variant was removed because the cited Cooper equation applies specifically to 12-minute distance. Treadmill must be ≥1% grade or “not comparable.” The “standard-met” anchor is pinned to a Cooper 40–49 male above-average floor (~2100m), not FRIEND p50.
Our scoring
2100m→75, 4000m→100 (linear in distance); floor 5; weight 2.0 (highest).
Known limitation
Field estimate (±3–4 ml/kg/min), not a lab measurement. Administered late in the battery, so a pre-fatigued run under-reads true VO₂max. FRIEND p50 ≈ “above average” in the general population, so the reference band reads flatteringly high — disclosed.
Loaded carry (50% bodyweight)
Construct
Loaded-work field task. HEFT-9 only.
Protocol source
Field test — no single canonical protocol. ~50% bodyweight split two hands, 90-second window, set-downs allowed (clock runs). Loosely informed by Dan John / StrongFirst loaded-carry practice (a coaching standard, not a validated protocol).
Benchmark source
No population norm claimed — no external distance norm identified; only a strength-coach load ladder (Dan John).
Our modification
An earlier 1,320-ft ceiling was removed because no defensible criterion-task source was identified. Replaced with a 150 ft site reference anchor (≈ the length of a house) and a 656 ft site scoring ceiling.
Our scoring
150→75, 300→88, 656→100; floor 5; weight 2.0 (tied highest). Load is prescribed at 50% BW and stamped on the result.
Known limitation
Not the same as a full adult's deadweight (heavier, more awkward) — stated. No distance norm exists; cross-user comparability is limited until load is normalized. The relative-strength deadlift literature (Grier) is not cited here.
Attribution
Public work by researchers, coaches, and organizations may inform a specific protocol, benchmark, or design question. Citation means only that the identified material informed that specific element. No cited person or organization has participated in the design, review, validation, or endorsement of this project.
Generalized phrases such as “based on” a named researcher, “approved by” a named coach, or “validated testing” are not authorized descriptions of the tool.
Commercial model
TactiCoolGear is supported in part by affiliate commissions from product links elsewhere on the site. The readiness check is free and does not require a purchase, and the result does not route a user directly into a product recommendation. Affiliate relationships are disclosed publicly.
We are not requesting a paid placement, a backlink, a product sample, a sponsorship, an endorsement, permission to imply affiliation, or an introduction to a more prominent person.
Data and privacy
The public assessment can be completed without an account or required email address. Optional data features are labeled as optional. Standard site analytics are described in the Privacy Policy. This reviewer page contains no product links or signup request.
Neutral description that may be quoted
TactiCoolGear's free Prepared Dad Readiness Check asks fathers to examine five narrow areas of emergency preparedness before buying more gear, then suggests one practical area that may deserve attention next.
Longer: TactiCoolGear's free Prepared Dad Readiness Check asks fathers to examine five narrow areas of emergency preparedness — physical capacity, medical readiness, practical skills, family planning, and sustainment — before buying more equipment. The roughly 18-minute, no-login tool returns one suggested next step. It is an educational prioritization aid, not a score of fatherhood, a certification, or an externally validated predictor of emergency performance.
Contact
Gary, developer of TactiCoolGear
TactiCoolGear uses a public-facing first name and project identity for family-security reasons. Legal identity can be supplied privately when required for a legitimate contract, payment, or legal purpose. A candid criticism would be sincerely useful.