Pulkit — Workout Log · Shoulders & Legs · 14 June 2026

⚠️

Two things to fix before next session — read these before anything else. (1) Cable lateral raise anchor: move the pulley to knee level, not shoulder level. Wrong height = wrong muscle. (2) Cardio between strength sets: cross-trainer between sets is actively reducing your strength output. Stop this immediately — passive rest is superior for hypertrophy. Both are fully explained below.

Today's Target Muscles — Shoulders & Legs

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Lateral Deltoid

Primary — Cable Laterals

Shoulder width · medial head

🏋️

Anterior Deltoid

Primary — Shoulder Press

Front delt · pushing strength

🦵

Quadriceps

Primary — Bulgarian Split Squat

Rectus femoris · vastus group

🍑

Gluteus Maximus

Primary — BSS (front leg)

Hip extension · squeeze at top

🔵

Triceps Brachii

Secondary — Shoulder Press

Lockout of pressing movement

🔵

Core / Stabilisers

All exercises

Balance · spine protection

Session Log · 14 June

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Warm-up — Standard Protocol

Started with the usual warmup. Good habit — shoulder mobility before pressing is non-negotiable. For shoulder days specifically: add arm circles (both directions, 10 reps), cross-body shoulder stretch (30 sec each side), and light band pull-aparts (15 reps) to prep the rotator cuff before the first press set.

✓ Done

Seated Dumbbell Shoulder Press

4 sets · 10 kg → 12 kg · Went to failure sets 3 & 4 ✓ · "A" arc cue + ear-level depth needed

Delts · Primary ▾

Primary: Anterior Deltoid Medial Deltoid Secondary: Triceps Brachii Upper Traps Serratus Anterior Core (stabiliser)

Sets logged — Time-based method

Set	Weight	Reps	Time	Status
1	10 kg each	16	~60s	Over 60s — weight too light. Should have increased to 12 kg for set 2
2	10 kg each	14	~58s	Borderline — still should have increased weight
3	12 kg each	~8.5	~55s	✓ Near failure — optimal zone
4	12 kg each	~5.5	<40s	✓ True failure — exactly right on last set

⚠ Set 1 at 10 kg lasted ~60s (above the threshold) — the protocol says increase weight when you exceed 60s. Sets 1 & 2 should both have been 12 kg. Only sets 3 & 4 at 12 kg were in the correct challenge range.

Under 40s

Too Heavy

↓ Reduce weight

40–60s

Optimal ✓

Keep weight

Over 60s

Too Light

↑ Increase weight

Form Analysis — Shoulder Press (from video + coach observation)

Going Too Low — Stop at Ear Level

Coach flagged: dumbbells going below ear level at the bottom. The correct bottom position is with the dumbbell handles roughly in line with your ears — elbows at 90° or slightly below. Dropping below ear level excessively stretches the rotator cuff and shoulder capsule under load, increasing impingement risk. PureGym: "when lowering the dumbbells, ensure they reach in line with, or just below, ear level — if you can't reach this range, drop the weights."

"A" Arc on the Way Up — Not Straight Up

Coach cue: press in an "A" shape — dumbbells should converge (come together) as they rise, almost meeting at the top. This creates medial delt engagement and activates the adduction component. Pressing straight up like a barbell loses this benefit. Think "throw the dumbbells into the ceiling slightly inward."

Failure on Sets 3 & 4 ✓

First session hitting true failure on shoulder press. Set 4 at only 5.5 reps with 12 kg means the muscle reached its max output. This is the training stimulus that drives delta hypertrophy. Maintain this on all last sets going forward.

Scapular Depression — Shoulders Down

Before each press, pull shoulder blades "down into your back pockets." This prevents shrugging during the press, keeps the rotator cuff protected, and ensures the deltoids — not the traps — do the work. If your neck feels tight during pressing, this is the fix.

Elbow Angle — 45–75°, Not 90° Wide

Elbows should be at about 45–75° from your torso (not flared to 90° like a goalpost). Wide elbows increase shoulder joint stress and risk of impingement. The "scapular plane" pressing angle is safer and activates more fibers. Think: slightly in front of straight out.

Don't Lock Out at Top

Press until elbows are almost extended but stop just before lockout. Fully locking the elbows transfers load from the deltoids to the bone structure. Keep 5–10% of the tension on the muscle at all times. Also avoid shrugging shoulders at the top — trap dominance creeps in when fatigued.

💬

Coach Manmeet: "Good work going to failure on sets 3 and 4 — that's the signal. The two things that must change are the depth (stop at ear level, not below) and the pressing arc (A-shape, not straight vertical). The form video confirms you're sitting well with your back supported, feet planted — the foundation is right. Just adjust the two movement cues. Next session: start at 12 kg set 1, watch the 60s signal, and when set 1 exceeds 60s again, go up to 12.5 or 14 kg for set 2."

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Science — Ear-level depth: Every overhead pressing movement creates some subacromial contact (shoulder impingement zone). Research by Johnston (1937) and subsequent biomechanics work confirms that pressing in the plane of the scapula — slightly in front of the head — minimises rotator cuff stress while maximising deltoid recruitment. Stopping at ear level keeps the humerus in its safest range. Going below this increases contact and offers diminishing deltoid returns.

Cable Lateral Raises (Unilateral)

8 sets (4 per arm) · 2.5–5 kg · Cable anchor too high → fix to knee level · Weight not increased when exceeding 60s

Lateral Delt · Isolation ▾

Primary: Lateral Deltoid (Medial Head) Secondary: Supraspinatus Upper Traps Serratus Anterior

🔴

Critical fix — cable anchor height. The cable was set at shoulder level. This is wrong for a lateral raise. The correct position is just below knee level (lowest pulley setting or one notch up). Here's why: at knee level, when your arm is at the bottom (resting), the cable pulls diagonally upward — creating a PRE-STRETCH on the lateral deltoid. This pre-stretch is the key advantage cables have over dumbbells. At shoulder level, you lose this. The line of pull becomes horizontal, meaning the deltoid gets no loading at the bottom of the range — exactly where cable raises should be most beneficial. Athlean-X: "Adjust the pulley machine just below hip level. This low setup gives you a pre-stretch on the deltoid and avoids the dead zone."

ℹ️

Unilateral approach is smart — but count sets correctly. Pulkit is doing each side separately (e.g. Set 1.1 = left arm, Set 1.2 = right arm). This gives 8 sets total across the session, but each side only does 4 sets of direct work. This is standard for single-arm cable raises — you hold the machine frame for stability and give 100% focus to the working shoulder. Coach Manmeet: continue this approach, it's correct. The session log below counts each side as a separate set for clarity.

Sets logged — Unilateral (per arm)

Set	Arm	Weight	Reps	Time	Status
1	Set 1.1	2.5 kg	18	~60s	At 60s — should increase next set
2	Set 1.2	2.5 kg	19	~60s	Over 60s — should have moved to 3.75 or 5 kg
3	Set 2.1	5→2.5 kg	15	~60s	Drop set mid-rep — first 3 at 5 kg, rest at 2.5 kg
4	Set 2.2	2.5 kg	21	~60s	21 reps — way over 60s. Must have been >70s. Increase weight.
5	Set 3.1	5 kg	~8.5	~55s	✓ Failure — optimal zone at 5 kg
6	Set 3.2	5 kg	~10	N/R	✓ Near failure at 5 kg
7	Set 4.1	5 kg	~6.5	Timer missed	✓ Failure — excellent
8	Set 4.2	5 kg	~10.5	N/R	✓ Near failure at 5 kg

⚠ The progressive overload rule was not applied on sets 1–4. When you're doing 18–21 reps and lasting over 60 seconds, the weight is too light and must be increased — 2.5 kg was fine to START, not to stay at. Sets 5–8 at 5 kg hitting failure were correct. The pattern should have started at 5 kg from set 1.

Form Analysis — Cable Lateral Raise

Anchor at Knee Level — Non-Negotiable

Set the pulley to the lowest position (or just one notch up, around knee level). When the arm hangs at the side, the cable should pull upward at an angle — this creates the pre-stretch on the lateral deltoid. This is the entire reason cable lateral raises are superior to dumbbell raises. Fix this first.

Unilateral Approach — Correct ✓

Doing one arm at a time and holding the machine for stability is the gold standard for cable lateral raises. This lets you focus 100% on the working shoulder without fighting for balance. Keep this approach in all future sessions.

Lead with Elbow, Not Wrist

Initiate the raise with the elbow, not the hand. Imagine you're pouring water out of a jug — the elbow drives the movement upward. If you lead with the wrist, the forearm rotates and the traps take over instead of the lateral deltoid.

Stop at Shoulder Height

Raise until your arm is roughly parallel to the floor (shoulder height). Going higher involves the traps more than the delts. At shoulder height, squeeze and hold for 1–2 seconds before lowering slowly. That pause is where the lateral deltoid gets maximum tension.

Don't Shrug

Shoulders should stay depressed (down) throughout. The most common mistake is the traps activating as you raise. Cue: "shoulder blades into back pockets" before each rep. If you feel it in your neck or upper trap, the weight is too heavy or you're going too high.

Slow Eccentric — 2-3 Second Lower

The lowering phase is equally important. Resist the cable on the way down over 2–3 seconds. This controlled eccentric creates more muscle damage (the good kind) and is where a large part of hypertrophy signaling comes from. Don't let the cable snap your arm back.

💬

Coach Manmeet: "The cable height is the entire problem today. At shoulder level, you're essentially doing a side deltoid push — not a raise. Moving the anchor to knee level fundamentally changes the exercise. Also: 18–21 reps at 2.5 kg lasting over a minute means the weight is irrelevant — no stimulus. The 5 kg sets going to failure were the only truly effective sets today. From next session: start at 5 kg, knee-level anchor, and if set 1 exceeds 60 seconds, go to 6.25 or 7.5 kg for set 2."

🔬

Why cable height matters — the physics: Cable resistance acts in the direction of the cable's pull. At knee level, when your arm is at your side, the cable pulls upward and across — meaning the lateral deltoid is loaded immediately, even at the bottom of the range. At shoulder level, the cable pulls sideways or slightly down, meaning the deltoid gets zero tension at the bottom (where dumbbells also have no tension). The unique benefit of cables — constant tension throughout the ROM — is completely nullified when set at shoulder height. (Athlean-X, MajorFitness cable lateral raise guide, 2025)

Bulgarian Split Squats (Dumbbell)

4 sets × 10 reps · 12–14 kg each · Walking rest between sets · Good form base — 2 refinements needed

Quads · Glutes · Unilateral ▾

Primary: Quadriceps (Rectus Femoris) Gluteus Maximus Secondary: Hamstrings Adductors Calves Core Stabilisers

Sets logged — Time-based method + brisk walking rest

Set	Weight (each)	Reps	Note	Status
1	14 kg	10	Brisk walk rest after	Good reps but rest = brisk walking 6kmph (see cardio note)
2	12 kg	10	Dropped weight	Weight dropped unnecessarily — should have stayed 14 kg
3	14 kg	10	Back to 14 kg	✓ Back on track
4	14 kg	10	Final set	✓ Good — consistent weight maintained

Note: Set 2 at 12 kg may have been influenced by fatigue from the brisk walk between sets. This is a direct example of why cardio between strength sets undermines performance. Next session without cardio will likely show 14 kg comfortably across all 4 sets.

Form Analysis — Bulgarian Split Squat (from video)

Overall Form — Good Base ✓

Coach confirmed: form was correct as a foundation. Bench at appropriate height, rear foot positioned correctly, depth achieved. The exercise is one of the most technically demanding leg movements — a solid base at this stage is genuinely good progress.

Front Foot Position — Push Further Forward

Coach cue: extend the front leg further forward. If your front foot is too close to the bench, the knee shoots forward past the toes — this over-loads the knee and takes tension off the quads and glutes. Stand further away so at the bottom, your front shin is nearly vertical. Athlean-X: "the shin should be close to vertical at the bottom of the rep."

Squeeze the Glutes at the Top

Coach cue: consciously squeeze the glute of the front leg as you return to standing. Most people stop short of the full glute contraction — just standing up isn't enough. At the top, actively contract and hold for 1 count. This is what turns BSS from a knee-dominant exercise into a full quad-AND-glute movement.

Torso Angle — Match Front Shin Angle

A slight forward lean (roughly matching the angle of the front shin, ~20–30°) maximises both quad and glute activation. Too upright = quad-dominant. Too far forward = hip-dominant. Research: REP Fitness guide notes "your torso angle should roughly mimic the angle of your front shin." Find the angle where you feel both working.

Drive Through the Front Heel

Press the front foot into the floor as you rise — don't push through the toe. Pressing through the heel keeps tension on the glutes and prevents the quad from dominating. Cue: "feel the floor with your big toe but drive through the heel."

Back Foot — Passive, Not Pushing

The back foot is a "kickstand" — it should provide light balance support but NOT actively push. If you're pushing hard through the back foot, you're reducing the load on the front leg. Think: 80–90% of your weight should be on the front leg throughout.

💬

Coach Manmeet: "BSS form was correct — good. The two refinements are simple: push the front foot 10–15cm further forward, and squeeze the glute hard at the top of every rep. The glute squeeze is what most people miss — they just stand up and go back down. At the top of each rep, pause for one count and actively fire the glute. You'll immediately feel a deeper burn. Next session, try without cardio between sets and I expect all 4 sets to be 14 kg with ease — set 2 dropped to 12 kg because the brisk walk was pulling from your recovery."

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Why BSS may outperform bilateral squats for Pulkit's goals: Research by Mackey and Riemann (2021, Int J Exercise Sci) found the Bulgarian split squat creates higher hip extension demands than bilateral back squats at comparable loads — meaning more glute and quad stimulus per kg of weight used. For an intermediate lifter with ALMI 6.99 (sarcopenia risk), the unilateral loading also identifies and corrects the side-to-side strength asymmetries that bilateral squats mask. The combination of high glute activation + asymmetry correction makes BSS one of the best exercises in Pulkit's program at this stage.

The Cardio-Between-Sets Question — Full Analysis

Pulkit was doing cross-trainer (1 min) between shoulder press sets and brisk walking (6 kmph) between BSS sets. Coach flagged this as problematic. Here's the complete breakdown.

❌ Why Cardio Between Sets Hurts

Depletes phosphocreatine (PCr) stores — the primary energy system for lifting. PCr regenerates optimally at rest, not during active exercise. Cross-trainer prolongs PCr depletion.

Raises lactate levels — blood lactate during strength sets is higher when aerobic exercise precedes them. Higher lactate = more fatigue, less output. (Brookbush Institute, 2025)

Concurrent training interference — combining cardio and strength in the same session can inhibit muscle hypertrophy. (Live Science / Hart, 2022)

Your set 2 BSS dropped from 14 kg to 12 kg — this is a direct example of cardio-induced fatigue carrying into the next strength set.

Lengthened the workout unnecessarily — the 1h 15m session is already long partly because of the cardio intervals.

✓ What Rest Should Actually Look Like

Passive rest 60–120 seconds between sets for isolation exercises (lateral raises, shoulder press).

Passive rest 90–180 seconds between compound sets (BSS) — longer rest = more PCr regenerated = stronger next set.

Light stretching or walking is fine between sets — 5-10 steps to keep from feeling stiff is different from a 1-minute cross-trainer interval.

Cardio benefits ARE real — just not between sets. Zone 2 cardio (30–45 min, 60–70% max HR) improves recovery between sets over time when done separately.

Coach Recommendation — How to Incorporate Cardio

Stop all cardio between strength sets. Replace with passive seated or standing rest at the prescribed intervals. Instead, here is how cardio fits into the overall program:

Option AAfter the strength workout (same day): 15–20 min light walking at 5–6 kmph OR cross-trainer at low intensity. Post-strength cardio has minimal interference with hypertrophy.

Option BOn a separate day: 30–40 min Zone 2 cardio on a non-strength day. This builds cardiovascular base which improves rest-period recovery between sets over time — the right way to use cardio to support lifting.

What to stopCross-trainer or brisk walking between strength sets. The intent (staying active) is good — the execution (between sets) is the problem.

3-Week Adapted Schedule — Pulkit's Request

Pulkit noted feeling overwhelmed with rapid changes. Coach's response: 3 days/week for 3 weeks to adapt. This is scientifically sound and strategically smart.

Weeks 1–3 (Jun 14 → Jul 5) — Adaptation Block

MON
Push

TUE
Rest

WED
Pull

THU
Rest

FRI
Legs

SAT
Rest

SUN
Rest

3 days · non-consecutive · full recovery between sessions. Each session: 3–4 exercises, 4 sets each, time-based overload, passive rest between sets.

Monday — Push (Chest + Shoulder + Tricep) Wednesday — Pull (Back + Bicep) Friday — Legs (Quads + Glutes + Hamstrings)

Week 4 onward — Upgrade Path (if energy allows)

MON
Push

TUE
Pull

WED
Rest

THU
Push

FRI
Pull

SAT
Legs

SUN
Rest

4–5 days/week upper-lower split. Move here only if the 3-day block felt manageable and nutrition/sleep are consistent. Don't rush this — building habits at 3 days is more valuable than burning out at 5.

Coach rationale + science

The ACSM recommends intermediate lifters (6+ months experience) train 3 days/week on a full-body or push-pull-legs split. Pulkit is entering a new phase — new exercises, new movement patterns (unilateral BSS, cable mechanics), and a new time-based loading protocol. Cognitive and neuromuscular adaptation takes 2–4 weeks before the loads can increase meaningfully. Three days gives 48+ hours between sessions for full muscular recovery, ensures consistent progressive overload, and allows the nervous system to encode the new movement patterns. Research shows 3 vs 5 days produce similar hypertrophy when volume is matched — so quality over quantity for the next 3 weeks. (ACSM guidelines; Schoenfeld et al., 2016; StrengthLog frequency review, 2024)

Time-Based Method — In Use ✓

40–60 Second Rule

Pulkit is following this method. The missing step is increasing weight when a set exceeds 60s. Today's lateral raises at 2.5 kg produced 18–21 reps lasting over 60 seconds — this means weight should have been increased immediately for the next set.

Under 40s

Too heavy. Drop weight next set.

40 – 60s

Optimal. Keep weight same.

Over 60s

Too light. Must increase next set.

⚠ This rule only works if you act on the signal. Knowing the time but staying at the same weight defeats the protocol. Progressive overload is not optional — it's the mechanism of muscle growth.

Areas of Improvement

✅

WinShoulder press — failure on sets 3 & 4. Best result since tracking began on this exercise. The protocol is working when applied correctly.

✅

WinBSS form confirmed solid. Two of the hardest unilateral exercises in the program — form is good at the foundation level. Coach confirms.

✅

WinConsistent 1h 15m session with 3 exercises. Showing up and completing the work — this is the most important variable.

🔴

Fix NowCable anchor to knee level. Every set today was done with wrong anchor height. Fix before next lateral raise session — this single change transforms the exercise.

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Fix NowStop cardio between sets. Cross-trainer and brisk walking between strength sets reduces output on subsequent sets. Rest passively. BSS set 2 dropped to 12 kg because of this.

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Fix NowApply the 60s rule — increase weight when exceeded. Sets 1 & 2 of laterals lasted 60s+ at 2.5 kg. The rule says increase. This is the most important mechanic of the progressive overload system.

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FormShoulder press — stop at ear level, not below. Reduces rotator cuff stress while maintaining full deltoid stimulus.

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FormShoulder press — "A" arc, not straight vertical. Dumbbells converge as they rise for medial delt engagement.

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FormBSS — front foot 10–15cm further forward. Vertical shin at the bottom = less knee stress, more glute/quad.

🟡

FormBSS — squeeze glutes at top of each rep. 1-second hold at standing position. This is the missing component in most people's BSS.

Next Shoulders & Legs Day

1Cable lateral raises — pulley to lowest setting (knee level). Do this before any other setup. Confirm it's correct by checking: when arm hangs at side, cable should pull at an upward angle.

2Start laterals at 5 kg (not 2.5 kg). If 5 kg lasts over 60 seconds, increase to 6.25 or 7.5 kg for the next set. Act on the signal.

3Shoulder press — start at 12 kg set 1. If set 1 lasts over 60s, increase to 14 kg for set 2. Ear-level depth. "A" arc on the way up. Scapulas down before each set.

4No cross-trainer or walking between sets. Sit or stand, breathe, wait 60–120 seconds, then go again. BSS rest can be 90–150 seconds — it's a big compound move.

5BSS — front foot further forward by 10–15 cm vs today. Shin nearly vertical at the bottom. Squeeze the glute at the top of every rep, 1-second hold.

6Wear the watch. Start timer at first rep of every set. Log the time. The system works — but only if the time is measured.

Nutrition · 14 June (Workout Day)

Today: 2,591 kcal · 126g protein. Fat hit exactly 80g for the first time ✓. Protein at 84% of target — the dosa dinner didn't contribute. Fitness bar pre-workout was used ✓. For a shoulder + legs session, the protein gap matters: muscles need amino acids within 2 hours post-workout. The Triple Berries shake (25g protein) post-workout was timed well. Gap: 24g protein short of target — needs a protein-rich evening top-up on dosa nights.

Pre: Fitness bar 85 kcal ✓ Post: Triple Berries 25g P ✓

Week 1.3 · Shoulders & Legs · 14th June