Program Overview
Choose Your Path
Both programs reach the same target numbers. The path — and what you look like when you get there — differs significantly.
Pure Strength
Powerlifting-style peaking · 4 days/week
Adapted from conjugate and linear periodisation principles. Every session serves the bench or the deadlift. Accessories exist solely to address weaknesses in those two lifts. You will peak faster but may gain less overall muscle mass. Body weight stays relatively controlled.
- Fastest route to the target numbers
- Lower weekly fatigue — more CNS recovery between heavy sessions
- More structured peaking cycles with defined test weeks
- Ideal if the goal is the number, not the physique
- 4 days/week — sustainable long-term
Strength + Size
Hypertrophy-informed strength · 5 days/week
Builds the muscle that moves the weight. A bigger tricep presses more. A thicker lat protects the shoulder and drives the bench lockout. Larger quads and glutes pull more. You arrive at 325/450 with a significantly more developed physique and a larger base for future strength gains.
- Greater long-term strength ceiling through muscle mass
- Better body composition throughout the program
- More training variety — reduces psychological burnout
- Lower injury risk through balanced muscle development
- Post-goal: easiest transition to a full hypertrophy program
⚗ Science basis: Cross-sectional area is the primary determinant of maximum force production (Maughan et al.). The Pure Strength program exploits neural adaptations (motor unit recruitment, rate coding, intermuscular coordination) which produce rapid strength gains without mass gain. The Hybrid program adds structural adaptations (myofibrillar hypertrophy) for a higher long-term ceiling. Both use periodised progressive overload — the most evidence-supported training variable for strength development (Kraemer & Ratamess, 2004).
Milestone Map
Criteria-Based Progression
Five milestones from starting point to target. Advance only when criteria are met — not on a calendar. Some milestones may take 6 weeks, others 16. That is correct.
Start
Baseline
100Bench
150Deadlift
Starting 1RM estimates. Establish true 1RMs in week 1 test session before beginning programming. All percentages derived from these numbers.
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Milestone 1
Foundation
165Bench
245Deadlift
Linear progression exhausted. 5×5 at 75% of target feels submaximal. Technical proficiency confirmed by video review.
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Milestone 2
Intermediate
215Bench
315Deadlift
Undulating periodisation blocks completing successfully. Pause bench and tempo deadlift both show equal proficiency to standard variations.
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Milestone 3
Advanced
265Bench
385Deadlift
First peaking cycle successfully completed. 90%+ of 1RM performed with technical breakdown absent. Weaknesses identified and addressed in accessory programming.
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Milestone 4
Pre-Peak
295Bench
415Deadlift
Training max within 10% of goal on both lifts. Completing all peak prep work sets without failure. Confident in attempt selection strategy.
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Target
Goal
325Bench
450Deadlift
Both lifts completed in a formal test session using the full max attempt protocol. Video documented. Criteria for both lifts met simultaneously or within the same testing block.
Pure Strength Program
4-Day Upper / Lower Split
Two upper days (bench focus), two lower days (trap bar focus). Each pair has a heavy max effort session and a speed/volume session. This is the conjugate method adapted for two-lift specialisation.
⚗ Conjugate method (Louie Simmons / Westside Barbell): Maximum Effort (ME) days train above 90% 1RM via rotation of exercises to prevent accommodation. Dynamic Effort (DE) days train at 50–70% with accommodating resistance or speed focus — developing rate of force development and bar path efficiency. For a two-lift program, ME days use competition lifts and close variations; DE days use submaximal loads with compensatory acceleration. Linear periodisation overlaid as training matures through milestones.
Percentages are based on your Training Max (TM) — set at 90% of your true 1RM. This protects against the common mistake of programming too close to true max and accumulating debt before the test. When you test and set a new 1RM, recalculate TM before the next block.
Day 1
MAX EFFORT UPPER — Bench Focus
Mon / Tue
▾
| Exercise | Sets × Reps | Intensity | Rest | |
|---|---|---|---|---|
|
Competition Bench Press
Main lift. Work up to a heavy single, double, or triple — rotate weekly: Week 1 = 3RM, Week 2 = 2RM, Week 3 = 1RM, Week 4 = deload 3×3 at 70%. Touch chest, controlled eccentric, powerful press. No bouncing.
|
Work to heavy 1–3RM | 85–97% TM | 4–5 min | |
|
Bench Press Back-Off Sets
Immediately after the heavy top set, drop to 80–85% and perform 3 sets of 3. Maintains volume at high intensity while managing fatigue. This is not a cool-down — it should feel challenging.
|
3 × 3 | 80–85% TM | 3 min | |
|
Close-Grip Bench Press
Tricep strength is the #1 limiting factor in the bench press lockout past 70% of 1RM. Hands shoulder-width. Full range. This is a strength exercise, not an isolation move.
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4 × 5–6 | 70–75% TM | 3 min | |
|
Weighted Dip
Chest-forward lean. Builds the lower pec and tricep strength that supports the bottom position of the bench. Add weight via belt once 10+ bodyweight reps are easy.
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3 × 6–8 | Heavy | 2 min | |
|
Barbell Row (Pendlay)
Back strength is essential for bench pressing — the lats create the "shelf" and resist the bar's downward path. Every lb gained on the row eventually transfers to the bench. Heavy, controlled.
|
4 × 5–6 | Heavy | 3 min | |
|
Face Pull
Shoulder health maintenance. High volume heavy pressing without posterior delt and rotator cuff work leads to injury. Non-negotiable on every upper day.
|
3 × 15–20 | Light–Moderate | 60s |
Day 2
MAX EFFORT LOWER — Trap Bar Deadlift Focus
Wed / Thu
▾
| Exercise | Sets × Reps | Intensity | Rest | |
|---|---|---|---|---|
|
Trap Bar Deadlift
Competition lift. Work up to heavy single, double, or triple — rotate same as bench (3RM / 2RM / 1RM / deload). High handles acceptable early in the program; transition to low handles as hip mobility and strength allow. Low handle position is harder but transfers better to strength.
|
Work to heavy 1–3RM | 85–97% TM | 5–6 min | |
|
Trap Bar Back-Off Sets
Same protocol as bench — drop to 80%, perform 3×3. These are NOT rushed. Full reset between every rep. The trap bar deadlift is a dead-stop lift — no touch-and-go under any circumstances in this program.
|
3 × 3 | 80% TM | 4 min | |
|
Romanian Deadlift (barbell)
Hamstring and glute strength at the top of the pull is the primary driver of the trap bar lockout. The RDL builds exactly this. Hinge deep, slow eccentric, hold the stretch. Builds the posterior chain needed for the 450 target.
|
3 × 5–6 | Heavy | 3 min | |
|
Paused Trap Bar Deadlift (2" off floor)
Pause just off the floor for 2 seconds, then pull to lockout. Eliminates the stretch reflex and forces pure strength off the floor. Addresses the most common sticking point. Use 60–65% of TM.
|
4 × 3 | 60–65% TM | 3 min | |
|
Leg Press (quad strength)
Quad strength drives the initial drive phase of the trap bar pull. The trap bar's more upright torso means quad contribution is greater than in a conventional pull. Heavy leg press addresses this directly.
|
3 × 6–8 | Heavy | 2–3 min | |
|
Plank / Ab Wheel
Core stiffness under a heavy deadlift is non-negotiable. A soft core mid-pull is both dangerous and a strength leak. This is a strength exercise performed for strength reasons — not aesthetics.
|
3 × 30–60s or 6 reps | Bodyweight | 90s |
Day 3
DYNAMIC EFFORT UPPER — Speed Bench + Volume
Fri / Sat
▾
| Exercise | Sets × Reps | Intensity | Rest | |
|---|---|---|---|---|
|
Speed Bench Press
The goal is maximum bar velocity on every rep — not grinding. Use 50–60% of TM. Every rep is pressed as explosively as possible. This trains rate of force development — the ability to accelerate the bar quickly, which is what gets you through the sticking point. 8 sets × 3 reps with 60–90s rest. This should take 15 min total.
|
8 × 3 | 55–65% TM | 60–90s | |
|
Pause Bench Press
2-second pause on the chest. Eliminates the stretch reflex — pure starting strength from the bottom. This is the second most important bench variation in the program. The sticking point in the bench press is almost always 1–3 inches off the chest.
|
4 × 4 | 70% TM | 3 min | |
|
DB Floor Press
Floor press eliminates leg drive and limits range of motion — trains the top half of the bench in isolation. Builds lockout strength. The tricep demand is very high. Heavy DBs.
|
4 × 8 | Moderate–Heavy | 2 min | |
|
Tricep Pushdown (cable, straight bar)
Volume tricep work. The bench press past 70% is primarily a tricep exercise. This is the direct accessory — do not skip it.
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4 × 10–12 | Moderate | 90s | |
|
Chest-Supported Row
Upper back volume. Lat strength creates lat tension in the bottom of the bench — critical for stability and injury prevention. Chest supported removes lower back fatigue.
|
4 × 10–12 | Moderate | 2 min | |
|
Band Pull-Apart
Rear delt and rhomboid activation. Perform these between every bench set as a filler — this is part of the session, not optional. High reps, light band.
|
5 × 20 (between sets) | Light band | N/A — filler |
Day 4
DYNAMIC EFFORT LOWER — Speed Deadlift + Volume
Sat / Sun
▾
| Exercise | Sets × Reps | Intensity | Rest | |
|---|---|---|---|---|
|
Speed Trap Bar Deadlift
6 sets × 2 reps. 55–65% of TM. Maximum intent on every rep — explode from the floor. Each rep is a dead stop — set up fresh every single time. If bar speed slows significantly, stop the set. Speed work with sloppy reps is worse than no speed work.
|
6 × 2 | 55–65% TM | 60–90s | |
|
Deficit Trap Bar Deadlift (2–3" deficit)
Standing on a plate or low platform increases the range of motion, making the pull significantly harder at the bottom. This is direct strength work for the initiation of the pull — the first 2" of the lift is where most people fail.
|
4 × 3 | 65–70% TM | 3 min | |
|
Barbell Hip Thrust
Glute max strength is critical for the lockout of the trap bar deadlift. The hip thrust is the most direct glute max exercise. Heavy. 2s squeeze at the top.
|
4 × 6–8 | Heavy | 2–3 min | |
|
Seated Leg Curl
Hamstring isolation. The seated position places the hamstring in a lengthened state — proven to produce greater hypertrophy and functional strength through range. Critical for pulling strength.
|
4 × 10–12 | Moderate | 90s | |
|
Farmer's Carry
Grip strength is a direct limiter on the trap bar deadlift at higher loads. Straps can be used for heavy pulling work but the farmer's carry should be done without straps to build raw grip.
|
4 × 30m | Heavy | 2 min |
Load Progression — Pure Strength
Four-Week Wave Structure
Each 4-week wave accumulates stress, then deloads. After each wave, recalculate TM based on new performance. Progress the TM only when the criteria for that milestone are met.
Week 1 — Accumulation
Volume Base
Bench: 3×3 @ 80%
Deadlift: 3×3 @ 80%
Moderate intensity, moderate volume. Sets feel hard but achievable. You should be able to add 1–2 more reps if forced to. This is intentional — building the base for Week 3.
Week 2 — Intensification
Load Increase
Bench: 3×2 @ 87%
Deadlift: 3×2 @ 87%
Higher intensity, slightly reduced volume. The 2-rep sets feel very heavy. This is correct. Compensatory acceleration on every rep — drive bar as fast as possible regardless of load.
Week 3 — Peak
Max Effort
Bench: Work to 1RM
Deadlift: Work to 1RM
True max effort week. Work up to a heavy single. This is NOT a formal max test — use a conservative opener and work up until bar speed slows significantly. Do not grind a missed rep.
Week 4 — Deload
Recovery
Bench: 3×5 @ 65%
Deadlift: 3×3 @ 65%
Mandatory. Not optional. The deload is where adaptation occurs — the preceding weeks created the stimulus, the deload allows the supercompensation. Skipping deloads is how programs fail.
Advancement Criteria — Pure Strength
Advance to next milestone when ALL are true:
[B]Bench: Can complete 3 clean reps at the milestone weight — bar path straight, full depth, no excessive bar oscillation or technique breakdown on any rep.
[D]Deadlift: Trap bar milestone weight lifted with full lockout, neutral spine maintained, no hitching, hips and shoulders rising at the same rate from the floor.
[S]Speed work: bar velocity on DE sets is visibly fast. If speed sets feel like grinding, the TM is set too high — reduce 5% and rebuild before advancing.
[A]Accessories are keeping pace. Close-grip bench within 15% of competition bench. RDL within 20% of trap bar max. These gaps indicate structural weaknesses.
[R]Recovery is adequate — sleep 7–9 hours, soreness resolves within 48h, motivation and drive are present. If chronic fatigue is present, extend the current phase before advancing.
Strength + Size Hybrid
5-Day Program — Build the Muscle That Moves the Weight
Three strength-focused days and two hypertrophy/accessory days. The extra volume builds the muscle mass that eventually increases the strength ceiling. A bigger chest, tricep, and lat presses more. A bigger quad, hamstring, and glute pulls more.
⚗ Hybrid programming basis: Strength adaptations require high intensity (≥85% 1RM) and low reps. Hypertrophy adaptations require sufficient volume (10–20 sets/week per muscle group) across moderate rep ranges. These can coexist in the same program when organised correctly — heavy work first in the session when CNS is fresh, volume work after when fatigue makes heavy loads inappropriate. The muscle mass built through volume work raises the structural ceiling for future strength gains (Maughan et al.; Haff & Triplett).
Key difference from Pure Strength: The hybrid program adds a dedicated Hypertrophy Day for both upper and lower body. These are not "fluff" days — they are structural development sessions. The exercises are chosen specifically because the muscle they build directly contributes to the bench or the deadlift. Bigger lats = better bench arch and bar path. Bigger glutes = stronger lockout. Every exercise has a reason.
Day 1
STRENGTH UPPER — Heavy Bench
Monday
▾
| Exercise | Sets × Reps | Intensity | Rest | |
|---|---|---|---|---|
|
Bench Press — Heavy
5/3/1 wave loading. Week 1: 3×5 at 65/75/85%. Week 2: 3×3 at 70/80/90%. Week 3: 3×1 at 75/85/95%. Week 4: Deload 3×5 at 60/65/70%. The top set of each week is worked to AMRAP (as many reps as possible) — this is how progress is tracked and TM adjusted.
|
5/3/1 wave | 65–95% TM | 4–5 min | |
|
Bench Press — FSL Sets (First Set Last)
After the 5/3/1 work, return to the first weight (65/70/75%) and perform 5×5. This is the volume accumulation that drives hypertrophy in the hybrid program. High total volume at moderate intensity is the hypertrophy stimulus.
|
5 × 5 | 65% TM (week 1) | 2–3 min | |
|
Close-Grip Bench Press
Tricep mass and lockout strength. 4 sets, moderate rep range for both strength and hypertrophy. This is the most important accessory in the program.
|
4 × 6–8 | 70% | 2 min | |
|
Weighted Pull-Up
Upper back strength is essential for the bench. The lats protect the shoulder joint and create the stable platform. Build these aggressively alongside the bench.
|
4 × 5–8 | Add weight when 8 reps easy | 2–3 min | |
|
Face Pull + Band Pull-Apart superset
Shoulder health protocol. 15 face pulls into 20 band pull-aparts with no rest. Do this between every pressing set as a filler. Essential.
|
4 × 15+20 | Light | Filler |
Day 2
STRENGTH LOWER — Heavy Trap Bar
Tuesday
▾
| Exercise | Sets × Reps | Intensity | Rest | |
|---|---|---|---|---|
|
Trap Bar Deadlift — Heavy
Same 5/3/1 wave as bench. Dead stop every rep. No touch-and-go. AMRAP on the top set. The AMRAP set is the most important data point in the program — it tells you whether TM should be increased next month.
|
5/3/1 wave | 65–95% TM | 5–6 min | |
|
Trap Bar FSL Sets
5×5 at first set weight. Volume accumulation. Dead stop every single rep — this is not a conditioning exercise. Treat every rep as a max attempt in terms of setup and intent.
|
5 × 5 | 65% TM | 3–4 min | |
|
Front Squat or Goblet Squat
Quad strength is more important in the trap bar pull than the conventional deadlift due to the more upright torso position. Front squat builds exactly this. 5 reps is the target — this is strength work, not hypertrophy.
|
4 × 5 | Heavy | 3 min | |
|
Romanian Deadlift
Hamstring and glute strength for the lockout. Heavy. Slow eccentric. Do not rush these — the stretch loaded position is where the adaptation occurs.
|
3 × 6 | Heavy | 3 min | |
|
Ab Wheel Rollout
Core anti-extension — the most specific core exercise for deadlift performance. A rigid core at the top of the deadlift requires exactly this strength pattern.
|
3 × 8–10 | Bodyweight | 90s |
Day 3 (Wednesday): Complete rest or active recovery only — 20–30 min walk, mobility work from the prior programs. This is the recovery bridge between the two heavy days and the upcoming hypertrophy days. Do not train.
Day 4
HYPERTROPHY UPPER — Build the Press
Thursday
▾
| Exercise | Sets × Reps | Tempo | Rest | |
|---|---|---|---|---|
|
Incline Dumbbell Press
Upper chest hypertrophy. A bigger, thicker chest presses more weight. Full stretch at the bottom of each rep — this is the primary hypertrophy stimulus. 3s eccentric.
|
4 × 10–12 | 3-1-1-0 | 2 min | |
|
Overhead Press (DB or barbell)
Shoulder mass. Front and medial delt development increases the range of strength in the bench press. Seated, strict. Full range.
|
4 × 8–10 | 2-0-1-0 | 2 min | |
|
Overhead Tricep Extension (cable)
Long head mass — the largest portion of the tricep. A bigger long head directly contributes to bench press lockout strength. Full stretch overhead required. The stretch-loaded position produces superior hypertrophy.
|
4 × 12–15 | 3-1-1-0 | 90s | |
|
Chest-Supported DB Row
Lat and mid-back mass. Chest supported eliminates lower back fatigue — allows full focus on upper back development. Heavy. 2s pause at contraction.
|
4 × 10–12 | 2-2-1-0 | 2 min | |
|
Incline DB Curl
Bicep mass. Arm strength assists with lat engagement during the bench setup and maintains shoulder health. Full stretch at bottom — the lengthened position drives hypertrophy.
|
3 × 12–15 | 3-1-1-0 | 90s | |
|
Cable Fly (mid or low)
Chest isolation — stretch at the end range of the pec. A stretched pec produces a stronger press. Full adduction, 1s squeeze. This is NOT ego work — use moderate weight and feel the muscle.
|
3 × 15 | 2-1-2-0 | 90s |
Day 5
HYPERTROPHY LOWER — Build the Pull
Friday
▾
| Exercise | Sets × Reps | Tempo | Rest | |
|---|---|---|---|---|
|
Hack Squat or Leg Press
Quad mass — the primary driver of the trap bar's drive phase. More quad means a stronger initial pull. Full range. This is not the main deadlift day — this is mass-building for the muscles that power the deadlift.
|
4 × 10–12 | 3-1-1-0 | 2 min | |
|
Seated Leg Curl
Hamstring mass at full stretch. The seated position is critical — do not use lying leg curl as a substitution. Full range, 3s eccentric. Hamstring strength in the lengthened position is the direct driver of the deadlift's bottom range.
|
4 × 10–12 | 2-1-3-0 | 2 min | |
|
Hip Thrust (barbell)
Glute max mass — the lockout muscle. Every pound of glute mass eventually becomes a pound of lockout strength. 2s squeeze at the top. Full range.
|
4 × 10–12 | 2-2-1-0 | 2 min | |
|
Bulgarian Split Squat
Unilateral quad and glute development — addresses asymmetries that often leak strength in bilateral pulls. Also an excellent hip flexor stretch that maintains the mobility needed for good trap bar setup.
|
3 × 10–12 each | 3-1-1-0 | 2 min | |
|
Lat Pulldown (wide grip)
Lat mass contributes to the "lats into pockets" cue in the deadlift — bracing the lats prevents the bar from drifting forward, which kills trap bar efficiency. This is not just for aesthetics.
|
4 × 10–12 | 3-1-1-0 | 2 min | |
|
Standing Calf Raise + Farmer's Carry
Superset: 15 calf raises into 30m farmer's carry. Grip + calf development. Finisher for the session. Grip strength limiters on the trap bar deadlift become apparent past 350+ lbs.
|
3 × 15 + 30m | Moderate | 2 min |
Advancement Criteria — Hybrid Program
Advance milestone when ALL are met:
[B]Bench AMRAP top set: completing 5+ reps at the top weight of the 5/3/1 wave consistently for 2 consecutive cycles indicates TM should be raised 5 lbs.
[D]Deadlift AMRAP top set: completing 4+ reps at top weight consistently. Deadlift TM increases more slowly than bench — 5–10 lbs per cycle depending on milestone stage.
[H]Hypertrophy days showing measurable progress: accessories are increasing in load or reps every 2–3 weeks. Stalled accessories indicate a recovery or nutrition issue, not a training issue.
[B]Body weight is trending upward 0.3–0.6 kg/month. No weight gain = insufficient calories for muscle-driven strength gains. Address nutrition before adjusting training.
[T]Technique is transferring from hypertrophy days to strength days. If hypertrophy day movement quality is high but strength day technique breaks down under load, address weak points specifically.
Test Preparation + Max Day Protocol
Peak, Taper, and Attempt Strategy
A badly executed max attempt day can produce a number 10–15% below actual capacity. The protocol below eliminates the variables that cause failed attempts. Follow it precisely.
⚗ Science basis: Peaking for a max attempt involves strategic fatigue management (tapering reduces accumulated fatigue, allowing supercompensation — Zatsiorsky & Kraemer), CNS priming (moderate intensity activation the day before a test potentiates the nervous system without causing fatigue), and attempt selection strategy (powerlifting research consistently shows the highest successful attempts occur when opener is 90–92% of expected max, allowing the lifter to mentally and physically commit to the third attempt).
4 Weeks Out
The Peak Phase
Four weeks before the test day. Volume begins to decrease while intensity increases. The goal is to arrive at test day maximally fresh with the highest possible neural readiness.
Week -4
Last Heavy Volume
4×4Bench @ 82%
4×3Deadlift @ 82%
Last significant volume week. Accessories at normal volume. Sleep and nutrition must be at maximum compliance this week — fatigue accumulated now needs time to clear.
Week -3
Volume Reduction
3×3Bench @ 87%
3×2Deadlift @ 87%
Volume drops 30%. Intensity rises. The bar should feel fast and powerful despite the high percentages. Accessories cut to 50% of normal volume. Begin prioritising sleep aggressively.
Week -2
Potentiation
2×2Bench @ 90%
2×1Deadlift @ 90%
Volume very low. Two heavy singles or doubles. The 90% should feel manageable — fast and controlled. If it feels a grind, sleep and nutrition are the problem. Accessories dropped to minimal maintenance only.
Week -1
Full Taper
1×2Bench @ 80%
1×1Deadlift @ 75%
Only one brief session early in the week. Light touch. The purpose is to maintain the nervous system without creating any fatigue. Wednesday–Friday: complete rest. Saturday: see pre-test activation below.
Saturday Before Sunday Test — CNS Activation Session (30 min max): 3 sets × 3 reps bench @ 70% TM. 2 sets × 2 reps trap bar @ 70% TM. Feel the bar speed — it should feel explosive and fast. This primes the nervous system without creating fatigue. Do NOT add volume. Do NOT go heavier. Leave the gym feeling energised, not tired.
Max Attempt Day
The Full Protocol
Everything from wake-up to final attempt. Do not improvise on test day. Consistency eliminates variables.
Wake up 4–5 hours before first attempt. Eat your normal pre-training meal (high carb, moderate protein, low fat, low fibre — see nutrition tab). Caffeine at your standard dose, 45–60 min before warm-up begins. Arrive at the gym focused and calm. No significant emotional stress today if possible. Wear the same gear you always train in.
BENCH PRESS — Max Attempt Protocol
TEST ALL BENCH ATTEMPTS FIRST · FULL REST BETWEEN LIFTS
| Stage | Load | Sets × Reps | Rest After | Notes |
|---|---|---|---|---|
Warm-Up |
Bar × 20 |
2 × 10 | 2 min | Empty bar only. Full range. Groove the pattern. No ego here. |
40% TM |
1 × 8 | 2 min | Still warming up. Speed and bar path focus. |
|
55% TM |
1 × 5 | 3 min | Starting to feel the weight. Bar should move fast. |
|
70% TM |
1 × 3 | 4 min | Getting close to working weight. Technique check. |
|
80% TM |
1 × 2 | 4 min | Final warm-up before opener. Should feel heavy but controlled. |
|
90% TM |
1 × 1 | 5–6 min | Activation single. This IS your opener minus the pressure. Move it fast. |
|
1st |
92–93% of target |
1 × 1 | 8–10 min | For 325 lb target: 300 lb opener. This must be a lift you are 100% confident you will make. If this fails, the day is over. It should feel hard but fast. Never miss your opener. |
2nd |
97–98% of target |
1 × 1 | 8–10 min | For 325 lb target: 315–320 lb. This is a near-max effort. It should be a grind but a finish. If 1st attempt moved fast, go to the higher end. If it moved slowly, stay conservative. |
3rd |
Goal or above |
1 × 1 | — | For 325 lb target: 325 lb if 2nd attempt was close. 330 lb if 2nd attempt moved well. Never increase by more than 5 lb if the previous attempt was a genuine max grind. The third attempt is decided based on how the second looked and felt — not pre-planned. |
TRAP BAR DEADLIFT — Max Attempt Protocol
TEST AFTER BENCH · REST 20–30 MIN MINIMUM BETWEEN LIFTS
| Stage | Load | Sets × Reps | Rest After | Notes |
|---|---|---|---|---|
Warm-Up |
Bar only |
1 × 5 | 2 min | Re-establish setup position. Hip hinge, lat tension, chest up. Every rep like a working rep. |
40% TM |
1 × 5 | 3 min | Explode off the floor. Set the lats hard. Full lockout every rep. |
|
55% TM |
1 × 3 | 3 min | Weight starts to feel real. Drive hard. |
|
70% TM |
1 × 2 | 4 min | Working weight territory. Technical check — back angle, lat tension, knee track. |
|
83% TM |
1 × 1 | 5 min | Final warm-up single. Should be a clean, controlled rep. |
|
1st |
91–93% of target |
1 × 1 | 8–10 min | For 450 lb target: 410 lb opener. Confident, controlled pull to full lockout. Hips and shoulders rise together. Do not let the back round at the bottom. |
2nd |
96–98% of target |
1 × 1 | 8–10 min | For 450 lb target: 432–440 lb. This is a significant pull. Use chalk. Hook grip or straps acceptable here — the goal is the number, not the grip style. Brace hard and explode. |
3rd |
Goal weight |
1 × 1 | — | For 450 lb target: 450 lb. Full setup ritual. Deep breath, brace 360° hard, lats into pockets, drive through the floor. The deadlift is a push, not a pull. If the bar breaks the floor cleanly and the hips and shoulders stay together, the lockout will come. |
If You Miss an Attempt
Failed Attempt Decision Tree
[1]Miss on 1st attempt: The program has not prepared you to the level needed. Do not attempt 2nd. Rest, reassess training, and retest in 8–12 weeks. Do not attempt 2nd or 3rd attempts at the same weight after a technical failure on the opener.
[2]Miss on 2nd attempt: You may make one more attempt. Do not increase the weight. Repeat the 2nd attempt weight. A second attempt miss means something broke down — repeat only if you are confident you know what failed and can correct it.
[3]Miss on 3rd attempt (goal weight): You are close. The training max was within 5% of the target. Add 4 more weeks of targeted work at 95–97% TM and retest. Do not add volume — add targeted intensity at near-max loads.
[T]Technical failure vs. strength failure: If the bar moved but technique broke down (back rounded, hips shot up, bar drifted), the issue is technique under max load — add pause variations and tempo work. If the bar did not move, the issue is absolute strength — add more intensity work.
Strength Nutrition
Fuelling the Numbers
Strength training nutrition differs from hypertrophy nutrition. The goal is not maximum muscle gain — it is maximum performance in two specific lifts. Nutrition is structured around energy availability, CNS recovery, and connective tissue health.
⚗ Science basis: Strength performance is highly sensitive to glycogen availability (Burke et al.) — unlike hypertrophy training where nutrition timing is flexible, max effort strength training performed in a glycogen-depleted state produces measurably worse output and creates higher injury risk. Protein targets for strength-focused athletes are 1.6–2.2g/kg bodyweight (Morton et al., 2018 meta-analysis). Creatine is the only supplement with Class A evidence for direct 1RM improvement (Rawson & Volek, 2003). Caloric surplus is required for muscle-driven strength gains but more modest than a hypertrophy program.
Build Phase
Milestones 1–3
TDEE +10%
P: 2.2g × bodyweight (kg)
C: 4–5g × bodyweight (kg)
F: 1.0g × bodyweight (kg)
C: 4–5g × bodyweight (kg)
F: 1.0g × bodyweight (kg)
Modest surplus to support muscle growth that will drive strength gains. Body weight should increase 0.3–0.5 kg/month. More than this means excess fat gain.
Peak Phase
4 Weeks Out
TDEE +5%
P: 2.4g × bodyweight (kg)
C: 5–6g × bodyweight (kg)
F: 0.9g × bodyweight (kg)
C: 5–6g × bodyweight (kg)
F: 0.9g × bodyweight (kg)
Increase carbs as volume drops — glycogen needs remain high while fatigue must be managed. Protein slightly increases to support recovery and tissue repair under near-max loads.
Test Week
Max Day Fuel
TDEE + 15%
P: 2.0g × bodyweight (kg)
C: 7–8g × bodyweight (kg)
F: 0.7g × bodyweight (kg)
C: 7–8g × bodyweight (kg)
F: 0.7g × bodyweight (kg)
Carb load for 2 days before test day. Glycogen supercompensation maximises available energy. Reduce fat and fibre the day before — digestive comfort matters. High carb, easily digestible.
Strength-specific caloric cycling: Training days = TDEE + surplus. Rest days = TDEE − 5% (keep protein high, reduce carbs only). The carb reduction on rest days is about glycogen management, not fat loss. Do not aggressively cut on rest days — recovery requires energy.
Meal Timing
Peri-Workout Precision
For strength training, the pre-workout meal is the single most important nutritional intervention. Max effort work performed in a fasted or low-glycogen state produces measurably worse outcomes.
06:30
Meal 1 — Wake
P: 50gC: 60gF: 15g
200g Greek yoghurt, 80g oats, 2 whole eggs + 3 whites, banana. High leucine to start MPS. Moderate fat to slow digestion and sustain energy.
Pre-Workout
09:00
Meal 2 — 90 min before training
P: 50gC: 80–100gF: 8g
200g chicken or white fish, 250g white rice, small amount of fruit. Low fibre, low fat for fast gastric emptying. This is the most important meal — do not skip or rush it.
Intra
11:00
During Training
C: 40–60gEAAs: 10g
Water + 40–60g fast carbs (cyclic dextrin, Gatorade powder, or rice cakes) + 10g EAAs. Particularly important on ME days — blood glucose maintenance prevents CNS fatigue mid-session.
Post-Workout
13:00
Meal 3 — Post-Training
P: 55gC: 100gF: 10g
50g whey protein + 250g white rice + 150g lean beef or salmon. Rapid protein + high-GI carbs within 30 min of completing the session. Glycogen replenishment is the priority.
16:30
Meal 4 — Afternoon
P: 50gC: 60gF: 20g
200g salmon or beef, 150g sweet potato, large salad with olive oil. Healthy fats for testosterone support. Important for afternoon CNS recovery.
20:00
Meal 5 — Evening
P: 50gC: 50gF: 20g
250g lean beef or eggs, roasted vegetables, 150g sweet potato or quinoa. Moderate carb evening meal — lower than training day midday but still present for overnight glycogen maintenance.
22:00
Meal 6 — Pre-Sleep
P: 40gC: 15gF: 15g
250g cottage cheese or 40g casein + 30g almonds. Slow-release protein overnight. CNS and connective tissue repair both occur primarily during deep sleep — amino acid availability overnight is non-negotiable.
Test Day Nutrition specifically: Day before — 7–8g carbs/kg bodyweight, low fat, low fibre. Eat every 3 hours. Day of — wake 4–5 hours early. Meal 1 (4h before): 100g oats, 4 eggs, banana, 500ml water. Meal 2 (2h before): 200g white rice, 150g lean protein, electrolytes. 45 min before: caffeine at normal dose + 10g creatine (if loading that day) + 6g citrulline malate. Sip fast carbs (Gatorade/dates) between warm-up sets.
Supplement Stack
Strength-Optimised Protocol
Prioritised specifically for 1RM performance, CNS recovery, connective tissue health, and strength adaptation. Only clinically supported compounds included.
Tier 1 — Mandatory
Creatine Monohydrate
5g/day · No loading needed · Any time
Strong Evidence — Class A
The only supplement with direct, replicated evidence of 1RM improvement. Increases phosphocreatine resynthesis rate — specifically beneficial for max effort 1–3 rep sets. Average 1RM increase: 5–8% across studies (Rawson & Volek, 2003). No other supplement comes close in evidence quality or effect size for strength specifically.
Tier 1 — Mandatory
Caffeine Anhydrous
3–6mg/kg · 45 min pre-training · Cycle 2 weeks on / 1 week off
Strong Evidence
Increases 1RM strength, power output, and reduces RPE. Especially effective for max effort sessions. For an 85kg athlete: 255–510mg. The cycling prevents tolerance. For test day, use the higher end of the range (5–6mg/kg) only if this dose has been tested in training — never try new doses on test day.
Tier 1 — Mandatory
Omega-3 (EPA + DHA)
3–4g EPA+DHA daily · With meals
Strong Evidence
Reduces exercise-induced inflammation, decreasing recovery time between ME sessions. Directly enhances muscle protein synthesis. For strength athletes specifically, reduces tendon and connective tissue inflammation — critical when training at 90%+ of 1RM regularly. Non-negotiable for injury prevention under heavy loads.
Tier 1 — Mandatory
Vitamin D3 + K2
4000–6000 IU D3 + 100mcg K2 daily · With fat
Strong Evidence
Deficiency is directly associated with reduced muscle strength, slower force production, and reduced testosterone. Pilz et al. (2011) showed supplementation increased testosterone significantly in deficient males. Test blood levels — target 60–80 ng/mL. At high training loads, maintaining optimal D3 is as important as any other supplement.
Tier 2 — Performance
Citrulline Malate
6–8g · 60 min pre-training
Strong Evidence
Reduces ammonia accumulation during high-intensity work, directly extending working capacity on max effort days. In the context of a 5-rep AMRAP set, the ability to complete 6 or 7 reps instead of 5 meaningfully accelerates strength progression. Perez-Guisado & Jakeman (2010): +52% more reps vs. placebo on bench press.
Tier 2 — Performance
Magnesium Glycinate
300–400mg · Before sleep
Strong Evidence
CNS recovery is the primary limitation in high-frequency max effort training. Magnesium is critical for neural recovery and sleep quality. Athletes training at high intensities lose significant magnesium through sweat — deficiency manifests as poor sleep, elevated perceived effort, and stalled strength. Glycinate form for superior absorption and sleep enhancement.
Tier 2 — Performance
Collagen + Vitamin C
15g hydrolysed collagen + 50mg Vit C · 30–60 min pre-training
Moderate Evidence
Shaw et al. (2017) demonstrated significantly increased collagen synthesis in connective tissue when taken pre-exercise. At 300–450 lb bench and deadlift loads, tendon and ligament health becomes the limiting factor — not muscle. This specifically addresses the connective tissue stress of near-max training. Particularly important during the peaking phase.
Tier 2 — Performance
Ashwagandha (KSM-66)
600mg/day · With meals · 8-week cycles
Strong Evidence
Wankhede et al. (2015) RCT showed significantly greater bench press and leg press 1RM improvement vs. placebo over 8 weeks. Mechanism: cortisol reduction and testosterone support. Particularly valuable during the peaking phase when cortisol accumulation from near-max training is high. Use KSM-66 standardised extract specifically.
Tier 3 — Advanced
Beta-Alanine
3.2g/day · Split doses
Strong Evidence
Less critical for a pure 1RM program (benefits primarily sets of 8–15 reps) but important in the hybrid program and during AMRAP sets. Increases muscle carnosine, buffering the hydrogen ion accumulation that limits rep capacity. Split into 800mg doses to minimise paresthesia (harmless tingling).
Tier 3 — Advanced
Betaine Anhydrous
2.5g/day · Pre and post-workout split
Moderate Evidence
Cholewa et al. (2013): 2.5g betaine over 6 weeks produced +25% greater bench press volume. Mechanism includes enhanced endogenous creatine synthesis and osmolyte function. Pairs well with creatine. For a bench press focus specifically, this is one of the highest-value tier 3 additions.
Tier 3 — Advanced
ElevATP
150mg/day · With meals
Moderate Evidence
Patented ancient peat and apple extract. Multiple RCTs show 3–7% improvement in 1RM strength and power output over 12 weeks vs. placebo. Mechanism: increases endogenous ATP production. Direct 1RM application makes this specifically relevant for this program. Fully legal, no WADA issues.
Tier 3 — Advanced
Zinc (25–40mg) + Copper (2mg)
Evening · Away from calcium · Always pair together
Moderate Evidence
Zinc is essential for testosterone synthesis and lost in significant amounts through sweat during high-intensity training. Testosterone is directly correlated with 1RM strength. Deficiency suppresses strength adaptation. Always take with copper at 15:1 ratio to prevent copper depletion from zinc supplementation.