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Why You’re Getting Slower - And It’s Killing Your Lifts
- JHEPCxTJH
- May 1, 2025
- 16 min read
Updated: Apr 4
Why You’re Getting Slower - And It’s Killing Your Lifts
You’re stronger, but your bar speed sucks. Welcome to the plateau.
Let me guess - you’ve been putting in the work. You’ve pushed your bench from 140 to 160. You’ve finally locked out that 280 deadlift that’s been dodging you for years. You’re hitting numbers you never thought possible.
But there’s a problem.
That 160 bench? It took eight seconds to grind through the midpoint.
That 280 pull? It moved like a front-loaded barbell squat with arthritis.
You’re stronger - technically. But you’re slower. And that means your gains are about to run headfirst into a wall.
Strength is measured in time - and that means two things.
First, the strongest lifter isn’t the one who peaks the highest, but the one who stays in the game the longest. If your joints are wrecked, your nervous system is fried, or you’re constantly sidelined, it doesn’t matter what you once lifted - it’s over.
Longevity is strength.
But second, and just as crucial: every rep you perform has a clock on it.
You can only strain for so long before the lift breaks down.
That’s why the Conjugate Method doesn’t just build strength - it teaches you to express it faster. Speed buys you time. If you hit depth and explode, you get through your sticking point before fatigue sets in. And when you do need to grind?
You’ve practised that too. Max Effort work teaches the body how to survive under maximal strain - and Dynamic Effort teaches it how to avoid needing to. Either way, time is the limiter. And training to master time is how you become the kind of strong that lasts.
The Illusion of Strength Without Speed
“I hit a new PB, but now everything feels heavy.”
If that sounds familiar, you’re not alone. Most lifters hit new personal bests only to enter what feels like a mysterious slump. The bar that moved easily a month ago now drags off the floor. The log that popped to the shoulders now feels like a max-effort clean every session.
The usual excuses come next: “I must be overreaching.” “My sleep’s been off.” “I need to deload.”
But here's what no one’s telling you: You didn’t lose strength. You lost speed.
And because you’re not training it directly, you’re not getting it back.
THIS ISSUE IS INSANELY COMMON WITH LINEAR AND BLOCK PERIODISATION
The Force–Velocity Trap
Most lifters - especially in strongman and powerlifting - train at one end of the force–velocity curve. They load the bar heavy and move it slow. Over and over again.
And to be clear: that builds strength. But it doesn’t build speed, and without speed, you will plateau. The nervous system adapts to the demands placed on it - and if all you ever ask for is slow, grindy force, that’s all you’ll ever get.
To break through, you need to shift along the curve - training not just for force output, but for how fast you can produce it. That’s what Dynamic Effort (DE) work is for. And if you're skipping it, you're selling your strength short.
Want a deeper dive? Read this: The Force–Velocity Curve: The Strength Secret No One Really Explains Properly
“Force without velocity is just straining.”
That’s what your training has become - strain. Not strength. Not power. Not performance. Just grindy, slow reps that look good on paper but fall apart under real-world conditions like fatigue, event time limits, or heavy second attempts
Why Most Lifters Ignore Dynamic Effort - and Pay the Price
Let’s be real.
Dynamic Effort work isn’t popular.
Not on Instagram. Not on TikTok. Not in the mainstream powerlifting world where top sets, top singles, and high-frequency SBD templates dominate the feed.
In fact, if you follow the usual suspects - the beltless high-bar squatters, the 6x/week deadlifters who’ve never broken 250 - you’d think speed work was an outdated relic. Something for geared lifters, not “serious” raw athletes. Something Louie yelled about that doesn’t apply to your training.
That’s a massive mistake.
And you’re paying the price for it every time the bar moves like molasses.
The Misconception: “If I’m strong, I’m fast.”
You hit a new top single, and you assume your speed has improved. After all, if you’re lifting more weight, your output must be better, right?
Not quite.
You’ve just become more efficient at grinding.
That doesn’t mean you’ve improved your rate of force development. It doesn’t mean you’re better at initiating the lift. And it certainly doesn’t mean you’ll be faster under pressure - like when grip slips, footing shifts, or a judge unexpectedly calls “press.”
What it means is that you’re strong… at one speed: slow.
The Reality: You’re not just slow - you’re undertrained where it matters.
Dynamic Effort work exists to develop speed-strength - your ability to express force quickly. That means snapping off the floor. Popping a log from lap to rack. Driving a heavy bar from the chest with speed instead of strain.
When DE work is missing, your entire strength system becomes sluggish:
Bar speed regresses. Your top sets feel heavier, your warm-ups move slower, and your lifts become grind-or-miss efforts. This isn’t recovery-it’s neurological adaptation to slow output.
Your weak points stay weak. No snap off the floor. No pop off the chest. No whip on the clean. The transitions that should be fast become unreliable.
Technique decays under fatigue. DE teaches you to stay tight, crisp, and aggressive even when moving fast. Without it, your form falls apart in comp conditions.
"But I don’t lift in gear." Doesn’t matter. This isn’t about canvas vs. raw. This is about force expression - and your nervous system doesn’t care what kit you’re wearing.
Faster Bar = More Weight Lifted. Period.
Let’s hammer this home.
A faster bar isn’t just about looking snappy on video. It literally allows you to lift more weight. Why?
Because speed buys you time.
It lets you blast through sticking points before fatigue wins. It carries momentum from the strongest part of the lift into the weakest. It means less time under tension in positions where you’re biomechanically disadvantaged.
Here’s the proof: Westside Barbell’s work on speed-strength periodisation shows that peak force output improves when intent and acceleration are trained deliberately, not just as a side effect of heavy lifting.
Read it for yourself: ➡️ Speed–Strength Periodisation – Westside Barbell
Still think DE is optional?
Every week you skip it, you’re reinforcing slow patterns. You're telling your nervous system that it’s okay to grind. That “just get it up” is enough.
But when you’re in the trenches of a strongman medley,
or standing over a third attempt deadlift you barely locked out in training - you’ll wish you had more speed in the tank.
The Rise of Exaggerated Tempo Work - and Why It’s Slowing You Down
Everyone’s doing 5-second eccentrics and 3-count pauses. And it looks hard.
Videos flood your feed: lifters lowering a 60% load like it’s Excalibur being returned to stone. They pause in the hole like they’re meditating, then grind up with a facial expression that screams “#hardwork”.
It’s aesthetic. It’s trendy. It’s easily quantifiable for online coaches and easy to sprinkle into your spreadsheet like you’re SaltBae programming from an Excel temple.
And it feels hard - because it is. Prolonging time under tension is miserable. It burns. It humbles. It punishes poor control. But here’s the problem:
If you’re already slow, this is making you slower.
The Nervous System Trains What You Tell It
Strength is a neurological adaptation first. And your nervous system, above all else, is obedient. It learns whatever you teach it - even if that teaching is misguided.
When you programme long, slow eccentrics and prolonged pauses as your default mode, the nervous system adapts to that tempo. It makes you better at moving slowly. It locks in motor patterns that reinforce deliberate, cautious execution.
This is a problem.
Because strength under a barbell - real, comp-level, record-chasing strength - demands aggression, speed, and timed explosiveness under load. The nervous system must be trained to be fast, not just controlled.
And right now, the average lifter is chasing control at the cost of velocity.
But What About Hypertrophy and Weak Point Training?
Yes, tempo work can increase hypertrophy by extending time under tension. It can improve control through sticking points. It can teach patience in eccentric loading and positioning.
But that doesn't mean it's always the right tool - or even the best one for the job.
Because when it's overused - or used instead of dynamic effort, accelerative intent, or explosive cues - it becomes a crutch. Worse: it becomes a rehearsal for failure. You’re spending every session telling your body, “This is how we move: slowly, cautiously, uncertainly.”
KEY POINT: “Tempo is a scalpel, not a sledgehammer. You don’t fix slow with slower.”
Use it to cut in, not to bludgeon your entire training week. You don’t build a faster deadlift by marinating in the bottom position for three seconds while your glutes take a nap.
The Real Cost of Defaulting to Tempo
You lose stretch reflex efficiency. That’s the free power your body gives you - and tempo kills it dead.
You degrade RFD (Rate of Force Development). The longer you take to initiate force, the more your nervous system assumes slow = safe = preferred.
You blend intent into mud. If you don’t train to accelerate with violent precision, you won’t be able to summon that speed on meet day - it won’t be there.
So yes, tempo can work. It has a place.
But if it’s your default or your substitute for actual speed training?
You’re digging a deeper hole - and filling it with molasses.
But What If You’re Too Fast and Sloppy?
Let’s swing the pendulum.
Not everyone is a grinder. Some lifters - especially newer ones, lighter lifters, or fast-twitch dominant athletes - move too quickly for their own good.
They bounce out of the bottom of a squat without owning the position. They yank the bar off the floor with no leg drive and wonder why their deadlift falls apart at the knees. They collapse onto the bench and lose tightness before the press even starts.
In these cases, slow is not bad. It’s necessary.
Precision vs. Slowness: Know the Difference
When a lifter is “too fast,” what they actually lack isn’t speed - it’s structure.
They move like a firecracker in a paper bag. There’s energy, but no control. In these cases:
Controlled tempo work can help. It teaches bracing, ownership of position, and postural control.
Pauses can reinforce discipline. Especially in the hole (squat), on the chest (bench), or just off the floor (deadlift).
Intent stays aggressive - but precise. It’s not about slowing down permanently. It’s about learning to explode from a better position.
This is where the idea of technical precision enters - not as an enemy of speed, but as a prerequisite.
Decision Chart: What You Actually Need
Use this mental triage framework:
If You Are… | Then You Need… |
A habitual grinder | DE work. Practice moving fast. Now. |
Whippy and loose | Tightness, bracing, pause discipline. |
Both slow and loose | Rotating phases that address both. |
The best lifters train both ends of the curve. They get faster and stronger. They own their positions and attack the bar.
But most lifters? They train like a dog chasing its tail - going in circles, overemphasising what they’re already good at, and wondering why the bar won’t move like it used to.
Why Max Effort Alone Can’t Save You
Max Effort training is essential. It’s the cornerstone of any serious strength program. But let’s clear the air: it is not enough on its own.
The reason is simple - and brutal:
Max Effort builds your ability to strain. Dynamic Effort builds your ability to explode.
And if you’ve ever hit a wall where you know you’re stronger, but the bar still won’t move fast enough to break through your sticking point, then you’ve already discovered the limit of ME-only programming.
Limit Strength vs. Force Production Speed
When you perform a heavy 1RM or 3RM - a true Max Effort lift - you’re training your limit strength. That’s your maximal ability to overcome a resistance. It’s crucial. It’s brutal. It’s the testing ground for progress.
But here’s the hard truth:
You’re not training how fast you apply that force. You’re just training the fact that you can.
And without that second half - rate of force development (RFD) - you become the lifter who grinds everything, has no gear shift, and eventually stalls because every rep feels like a 10-second death sentence.
The Plateau Pattern: Why ME-Only Lifters Stall
It’s a predictable cycle:
You start pushing heavy singles and triples every week.
Strength climbs - briefly.
Your top sets get slower, more laboured.
Your technique decays under fatigue.
Your recovery suffers, and you need longer between sessions.
Progress halts - or reverses.
This isn’t because Max Effort doesn’t work.
It’s because ME work without DE work is like learning to push a car but never drive it. You’re strong enough to move it - but not to accelerate it.
Dynamic Effort: The Missing Half of Power
DE teaches your body and nervous system to recruit motor units quickly. To fire explosively. To apply force in motion, not just force at all costs.
This shows up in:
Pulling strength off the floor in deadlifts
Breaking inertia in the log clean
Initiating speed off the chest in bench
Exploding out of the hole in squats
Max Effort teaches strain tolerance. Dynamic Effort teaches explosive capacity. Together, they create actual, competitive power.
The “Grind Everything” Trap
Too many lifters - especially in raw powerlifting and strongman - confuse grit with growth.
They hit heavy top sets every week. They grind. They strain. They suffer. And they convince themselves this is what strength looks like.
But over time, this strategy backfires.
Because grinding is not an infinite resource. Your CNS pays the bill - and at some point, the bar just won’t move, no matter how tough you are.
That’s not a weakness of character. That’s a flaw in programming.
“You don’t fail lifts because you’re not tough enough. You fail because you weren’t fast enough.”
The Solution: Train Both Ends of the Curve
Max Effort gets you strong. Dynamic Effort keeps you fast. And rotating both within a smart Conjugate structure is how you build a lifter who doesn’t just survive heavy loads - but dominates them.
Without DE work, you become a specialist in grind-speed lifting.
With it? You become a problem for anyone you compete against.
Conjugate Waves That Fix Speed: Real Examples
You’ve heard the basics before:
8x2 or 9x3 for speed squats
Singles for deadlift
Classic DE waves using bands, chains, and fixed rest
But most lifters don’t actually run them. And even fewer do them properly - with intent, progression, and variation that reflects the demands of strongman and powerlifting.
Let’s break down how true Dynamic Effort waves - from real-world, battle-tested programs - develop bar speed and carry over to performance when it counts.
These aren’t guesses. These are waves that lifters have used to PR at comps, fix speed breakdowns, and finally break the plateau that heavy grinding alone never solved.
From Static Monsters 2.0: DE Log & Deadlift Waves
Static Monsters is an event where speed must meet strength. If you can’t be fast off the floor or explosive off the chest, your numbers don’t matter - you’ll time out or miss the clean.
DE Log Press Wave (3 Weeks):
Uses rotating combinations of straight weight, bands, and chains
Progresses through three weeks of increased bar weight while maintaining high bar speed
Teaches timing, leg drive, and upper body transfer under tight rest periods
Instead of slow, grinding reps with no carryover, these waves train your nervous system to fire immediately - so your clean doesn’t die in the lap, and your press doesn’t stall halfway.
DE Deadlift Work:
Fast singles with pre-set rest periods (no pacing allowed)
Emulates the fatigue profile of competition
Reinforces technical execution under pressure
Builds explosive starts - the part of the pull most lifters are weakest at
This isn’t just “do some fast pulls.” It’s a system for developing the speed, recovery capacity, and movement fluency needed to hit comp weights fast and clean.
From Bench 3.0: Dynamic Pressing with Intent
Dynamic Effort pressing for raw lifters isn’t just waving percentages - it’s building intent, speed, and repeatability.
DE Bench Wave:
Week 1: 5x5 @ 60% + 10% band or chain
Week 2: 5x3 @ 65–70% + 15% band or chain
Week 3: 3x1 @ 75–80% + 20% band or chain
Each wave hits a different zone of the force–velocity curve. You start with force, move toward speed-strength, and finish with rate coding under load. This isn’t just about “being fast” - it’s about being fast when it matters.
Bonus DE Add-ons:
Speed close-grip bench: lighter loads, bar path discipline, tricep pop
Heavy dips: low rep, high intent for strength-speed
Rest-pause push-ups or banded pressing medleys: fatigue-based speed retention
The result: a pressing system that builds speed from multiple angles - and maintains it across the 12-week cycle without burning out your joints.
🔁 From Barebones Conjugate for Strongman 3.0: Versatility Meets Velocity
Strongman demands more than a fast squat or bench. It demands fast everything - cleans, carries, yoke pickups, sled drags, deadlifts under pressure.
DE Lower Body Work:
Speed squats and pulls alternate weekly
Wave patterns using different barbells (SSB, Duffalo, cambered, axle) plus bands
Force production from multiple angles and positions - not just straight barbell groove
Speed Medleys & Contrast Circuits:
Example: trap bar speed pulls → prowler push → banded GHRs
Or: speed squats → sandbag clean & throw → jump variation
These circuits create event-specific velocity adaptation - meaning you get faster, not just in the gym, but in your actual sport.
And because DE isn’t left to “just one barbell variation,” it reinforces speed in awkward positions, odd objects, and fatigue states - the true test of carryover for any strongman.
Key Point: Speed Must Be Programmed
You can’t just “try to lift fast.”
Speed is a skill. It needs progression. It needs overload. It needs context.
The DE waves in Static Monsters 2.0, Bench 3.0, and Conjugate Strongman 3.0 aren’t gimmicks - they’re precision tools.
If your deadlift is slow from the floor → you need wave-based pulls under fatigue.
If your bench sticks just off the chest → you need progressive DE waves with explosive intent.
If your log fails at the clean or press → you need banded DE work + medley transfer circuits.
Each of these programs fixes bar speed by design - and now, you’ve got a blueprint.
.
If You’re Not Training Speed, You’re Leaving Kilos on the Platform
Strength without speed is a dead end.
You might grind out one more rep. You might muscle through a heavy single. But sooner or later - you’ll hit the wall.
And that wall looks like this:
Log clean fails that never make it to your chest.
Deadlifts that break the floor but stall halfway.
Bench lockouts that vanish when it actually matters.
Slow transitions that cost you time, energy, and podium spots.
These aren’t just technique problems. They’re speed problems.
Your body knows how to strain - but not how to explode. And if you don’t train that skill, you will get exposed. In comp. In training. In the moments where it all counts.
Because if you’re not deliberately developing rate of force, bar speed, and execution under fatigue - you’re not training to win.
You’re just training to cope.
Bonus Nerd Shit:
Appendix: The Science Behind Speed – Soviet Roots of the Dynamic Effort Method
The foundation of the Dynamic Effort (DE) Method lies in a key physiological and biomechanical insight: strength is not merely about how much force can be produced, but how quickly that force can be generated. Soviet researchers such as V.M. Zatsiorsky, A.S. Medvedev, and Yuri Verkhoshansky pioneered the study of explosive strength, rate of force development (RFD), and the force–velocity curve. Their work laid the groundwork for the conjugate system’s velocity-based training methods, most notably the DE Method as popularised by Louie Simmons.
Force–Velocity Curve and Strength-Speed Development
Zatsiorsky and Kraemer’s Science and Practice of Strength Training made clear that muscular performance exists on a force–velocity spectrum, where heavier loads produce high force at slow velocities (strength-speed), and lighter loads produce lower force at high velocities (speed-strength). To maximise performance, particularly in power sports, athletes must be trained across all segments of this curve, not just the maximal force end.
Verkhoshansky echoed this in his plyometric research, demonstrating that explosive strength is defined by how steeply force can be produced in time – not just how high it peaks. “The steeper the increase in strength over time, the greater the explosive strength”.
Dynamic Effort: Improving the Rate of Force Development
The DE Method trains the ability to recruit motor units quickly and produce force fast, often using loads of 50–60% of a 1RM plus 20–25% accommodating resistance via bands or chains. Soviet research warned that slow bar speeds and lack of velocity-specific training could create a “speed barrier”, where athletes become neurologically adapted to moving slowly, even when attempting lighter weights.
To combat this, Louie Simmons implemented velocity-calibrated waves: three-week DE cycles designed to progress from strength-speed (~0.6–0.7 m/s) to speed-strength (~0.8–0.9 m/s), to explosive strength (1.0–1.2 m/s). This progression matches findings from Soviet research which identified optimal bar speeds for training specific types of force output.
Bands, Eccentric Loading, and Reversal Strength
Medvedev advocated the use of cords and elastic bands on the barbell to eliminate deceleration and train all phases of a lift with appropriate resistance. He noted that traditional barbell loading allowed the bar to decelerate near the top of a lift due to changes in leverage and the human strength curve.
Zatsiorsky and others explained that fast eccentrics and stretch-shortening cycles are vital to training powerful movement patterns. Overspeed eccentrics using bands can multiply the stored deformation energy and trigger stronger reversal strength by maximising the myotatic reflex.
Louie demonstrated that adding bands increased eccentric speed dramatically-from 0.9s to 0.55s in the squat-resulting in higher kinetic energy, more explosive concentric actions, and better performance in both strength and speed tasks.
Practical Implications
For the athlete, this means strength cannot be divorced from time. You must get strong in a short time frame (rate of force development), and also stay strong over time (durability and recovery). That’s why DE work serves two critical functions:
Train velocity: Lift fast, with intent, to become stronger at higher speeds.
Practice straining: DE work develops the ability to apply high force repeatedly, which builds the neural and muscular tolerance to handle heavy loads under fatigue or across events.
As Louie summarised, “strength is measured in velocities”-a statement born directly from Soviet analysis of force production across time.
The Science of Speed: Soviet Experiments
In Special Strength Development for All Sports, Louie cites data from Soviet Olympic weightlifting programs where athletes performed 50–60 lifts per week at submaximal loads (around 70–80%) but with maximum velocity. The goal wasn’t just to lift - it was to lift fast. Why? Because:
Fast reps create higher acceleration, leading to greater neural adaptation
Moving submaximal loads at maximal intent trains the nervous system to recruit high-threshold motor units
Regular exposure to velocity-focused lifting preserves explosiveness under fatigue and improves recovery
Verkhoshansky termed this “compensatory acceleration training” - applying as much force as possible to every rep, regardless of load.
Simmons adapted this by prescribing 6–12 sets of 2–3 reps at 70–85% of bar weight including bands and chains to simulate the same velocity profile used by Soviet Olympic lifters.
Westside’s Practical Application
Simmons implemented speed-strength periodisation using three-week DE waves that mirrored the Soviet system’s emphasis on variation and intent. This created a sustainable cycle of:
Week 1: 60–65% + light bands (high speed)
Week 2: 65–70% + moderate bands (moderate speed)
Week 3: 70–75% + heavy bands or chains (high force + deceleration control)
This mirrors Soviet loading protocols used to rotate intensities, preserve freshness, and stimulate different neuromuscular qualities across a cycle.
“Dynamic Effort is not about ego - it’s about intent. The speed at which you can express strength is what wins fights, matches, and records.” - Bench Press Manual, Ch. 3
Modern lifters often dismiss DE work, thinking it’s for geared lifting or sports performance only. But Soviet data - and Louie’s results - show that even small improvements in bar speed can produce huge gains in competitive lifts.
In real terms:
Faster pulls off the floor = bigger deadlift
Faster drive off the chest = smoother bench lockouts
Faster transitions = less time under fatigue and fewer missed lifts
TL;DR: Soviet sports scientists proved decades ago that strength is incomplete without speed. Louie Simmons took that data and built a system - the Conjugate Method - that trains both. The Dynamic Effort Method is the direct descendant of Soviet velocity-based training. It works. It’s proven. And it’s non-negotiable if you want to actually move heavy weights with authority.
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