RPE Chart for Squat, Bench, and Deadlift: Complete Guide
The RPE chart for squat, bench, and deadlift converts rate of perceived exertion (RPE) and reps into exact training percentages. See the full table, per-lift breakdowns, and 20 FAQs.
RPE Chart for Squat, Bench, and Deadlift: Complete Guide
An RPE chart for squat, bench, and deadlift is a table that converts a lifter’s rate of perceived exertion (RPE) and rep count into a percentage of their one-rep max (1RM). Rather than doing the math by hand, you can punch your weight, reps, and RPE into an RPE calculator to instantly find the corresponding load. The same underlying percentage table applies to the squat, bench press, and deadlift, since RPE measures effort relative to failure, not the mechanics of a specific lift.
An RPE chart serves 3 main functions in training. First, it provides a structured way to manage fatigue across a session or block, preventing a lifter from consistently overreaching. Second, it allows daily training weights to adjust automatically based on current readiness, rather than forcing fixed percentages that ignore poor sleep or high stress. Third, it provides a continuous estimate of strength without requiring frequent, highly fatiguing maximal tests—an approach that makes calculating lighter backoff sets much more accurate.
The chart has 2 core components: a reps column and an RPE column. Reps in Reserve (RIR) sits underneath RPE as the mechanism that produces each rating — RIR counts how many more reps a lifter could have completed, and RPE converts that count into a 1-to-10 scale.
How the RPE Scale Works
The RPE scale runs from 6 to 10, and each number corresponds to a specific number of reps in reserve (RIR). RPE 10 means a lifter reached failure and had 0 reps left. RPE 9 means 1 rep was left in the tank. RPE 8 means 2 reps were left. RPE 7 means 3 reps were left. RPE 6 means 4 reps were left, and sets below RPE 6 are rarely tracked because effort at that level is too far from failure to estimate a max reliably.
| RPE | Reps in Reserve (RIR) | Description |
|---|---|---|
| 10 | 0 | Could not complete another rep |
| 9.5 | 0-1 | Might have gotten 1 more rep |
| 9 | 1 | 1 more rep possible |
| 8.5 | 1-2 | Between 1 and 2 more reps |
| 8 | 2 | 2 more reps possible |
| 7.5 | 2-3 | Between 2 and 3 more reps |
| 7 | 3 | 3 more reps possible |
| 6.5 | 3-4 | Between 3 and 4 more reps |
| 6 | 4 | 4 more reps possible |
| 5 | 5+ | Warm-up effort, not tracked for e1RM |
Half-point RPE values (8.5, 9.5) exist for sets where you're uncertain between two whole numbers. Start with whole numbers and add half-points once the scale feels familiar — forcing a set into the wrong whole number reduces e1RM accuracy.
The RPE Chart for Squat, Bench Press, and Deadlift
The table below converts any rep count and RPE into a percentage of 1RM. This is the chart developed by Mike Tuchscherer through Reactive Training Systems (RTS), and it’s the same table used across squat, bench press, and deadlift.
| RPE \ Reps | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 10 |
|---|---|---|---|---|---|---|---|---|---|
| 10 | 100% | 95.5% | 92.2% | 89.2% | 86.3% | 83.7% | 81.1% | 78.6% | 73.9% |
| 9.5 | 97.8% | 93.9% | 90.7% | 87.8% | 85.0% | 82.5% | 79.9% | 77.4% | 72.7% |
| 9 | 95.5% | 92.2% | 89.2% | 86.3% | 83.7% | 81.1% | 78.6% | 76.2% | 71.5% |
| 8.5 | 93.9% | 90.7% | 87.8% | 85.0% | 82.5% | 80.0% | 77.4% | 75.1% | 70.3% |
| 8 | 92.2% | 89.2% | 86.3% | 83.7% | 81.1% | 78.6% | 76.2% | 73.9% | 68.0% |
| 7.5 | 90.7% | 87.8% | 85.0% | 82.5% | 80.0% | 77.4% | 75.1% | 72.3% | 66.8% |
| 7 | 89.2% | 86.3% | 83.7% | 81.1% | 78.6% | 76.2% | 73.9% | 70.7% | 65.6% |
| 6.5 | 87.8% | 85.0% | 82.5% | 80.0% | 77.4% | 74.9% | 72.3% | 69.3% | 64.4% |
| 6 | 86.3% | 83.7% | 81.1% | 78.6% | 76.2% | 73.9% | 70.7% | 68.0% | 63.2% |
How to Read the Chart
Find the reps column that matches the set performed, then find the RPE row that matches how the set felt. Multiply the resulting percentage by an estimated 1RM to get the actual training weight, if the 1RM figure is already known. Reverse the process to estimate 1RM instead, if only the working weight is known: divide the working weight by the percentage shown in the chart.
RPE Chart for the Squat
Squat RPE ratings run less accurate at high rep counts, because systemic fatigue from a set of 8 or more reps affects breathing and heart rate as much as leg strength. Base squat e1RM calculations on sets of 1-5 reps for the most reliable numbers.
Squat sessions typically follow this RPE structure across a training week:
- Top single or triple at RPE 8-9 for strength work
- Back-off sets at RPE 6-7 for volume, roughly 5-15% lighter than the top set’s percentage
- Deload weeks capped at RPE 5-6 across all sets
A top squat set above RPE 9 adds recovery cost that outweighs the strength benefit in most weekly programs. CNS fatigue from a near-maximal squat carries into the next 48-72 hours.
Squat-Specific RPE Factors
Bar position changes how a set feels at the same RPE. A low-bar squat recruits more posterior chain and can feel heavier in the hips at a given RPE than a high-bar squat, which loads the quads more directly. Stance width shifts the sensation of effort too — a wider stance with more hip hinge distributes load differently than a narrower, more upright stance, which can make 2 lifters rate the same relative intensity differently based on technique alone.
Breathing and bracing quality affect RPE accuracy on the squat more than on bench or deadlift, because a squat set lasts longer under tension. A lifter who loses bracing mid-set will rate the set higher than the working muscles alone would justify.
RPE Chart for the Bench Press
The RPE chart for bench press uses the same percentage table as squat and deadlift, and bench press is generally the easiest lift to rate accurately. Bar speed drops off sharply in the final 1-2 reps before failure on a bench press, giving a clear physical signal for RIR that’s harder to detect on squat or deadlift.
Bench press programs commonly use a wider RPE range than squat or deadlift, from RPE 6 for technique-focused volume work up to RPE 9 for near-max strength sets. A lifter training bench 2-3 times per week typically assigns 1 session to RPE 8-9 top sets and the remaining sessions to RPE 6-7 volume work.
Bench Press RPE by Grip and Setup
Grip width changes the muscle groups doing the most work and shifts how a given RPE feels. A wider grip shortens the range of motion and increases pec involvement, which can let a lifter move more weight at the same RPE compared to a narrower, triceps-focused grip. Arch height affects RPE too — a bigger arch shortens the bar path and typically produces a higher e1RM at the same perceived effort than a flat-back setup.
Paused bench press work, common in raw powerlifting, rates higher on the RPE scale at the same weight compared to touch-and-go. Track e1RM separately for each variation rather than combining the data.
RPE Chart for the Deadlift
Deadlift RPE ratings need a lower ceiling than squat or bench press, because the deadlift places the highest load on the spine of the 3 competition lifts. Most coaches cap deadlift top sets at RPE 8 in regular training and reserve RPE 9-10 pulls for competition or planned testing days.
A set of 8 reps might feel like RPE 9 due to grip failure alone, while the legs and back had reps left. Use straps or hook grip during high-rep deadlift work if grip is the limiting factor, to get an accurate reading of true strength RPE.
Sumo vs. Conventional Deadlift RPE
Sumo deadlift and conventional deadlift produce different RPE readings at the same absolute weight for most lifters, because the 2 stances change the balance of hip, quad, and back involvement. A lifter with long arms and a strong posterior chain often rates conventional deadlifts higher at a given weight than sumo, while a lifter with strong quads and hip mobility often finds the reverse. Track e1RM separately for sumo and conventional if a program uses both, since combining the data produces an inaccurate training max for either stance.
Deadlifts off a deficit or against bands and chains also require separate e1RM tracking, since the strength curve and sticking point change enough to make RPE ratings from standard pulls unreliable for these variations.
RPE Chart vs. Percentage-Based Training
Yes, the RPE chart and traditional percentage-based training solve the same problem in different ways.
Assigns a target rep and effort level — the actual weight floats based on the lifter's daily readiness.
Best for: Intermediate & advanced lifters whose recovery varies with sleep, stress, and volume.
Assigns a fixed percentage of a tested 1RM to every session, regardless of daily readiness.
Best for: Beginners whose daily strength doesn't fluctuate much session to session.
Some programs combine both methods, using a percentage of a training max (a deliberately conservative 1RM estimate, often 90-95% of true max) as a baseline, then adjusting session to session with RPE. This hybrid approach is common in conjugate-style systems descended from Louie Simmons and Westside Barbell, and in the velocity-and-effort-based programming popularized by Chad Wesley Smith through Juggernaut Training Systems.
Programming with RPE: Autoregulation and Training Max
Autoregulation is the practice of adjusting training load based on daily readiness rather than a fixed schedule. RPE is the primary tool for autoregulation in powerlifting, since it lets a program specify an effort level (“squat 3x5 @ RPE 8”) that produces a different actual weight depending on how the lifter feels that day.
A training max, distinct from a tested 1RM, is the number most RPE-based programs use as their reference point for progressive overload. Lifters recalculate their training max every 4-6 weeks using their most recent e1RM figures from RPE-rated sets, rather than testing a true 1RM, which reduces injury risk from frequent maximal attempts.
Sample Weekly Structure Using the Chart
Day 1 (Squat heavy): Top set of 3 @ RPE 8, then 3 back-off sets @ RPE 6-7
Day 2 (Bench heavy): Top set of 5 @ RPE 8, then accessory pressing @ RPE 6-7
Day 3 (Deadlift heavy): Top single @ RPE 8, then 2-3 back-off sets @ RPE 6
Day 4 (Volume): Squat & bench @ RPE 6-7, focused on total volume over peak intensity
Each session’s actual weight comes from the chart, applied to that lift’s current e1RM rather than a number fixed months in advance.
Common Mistakes When Reading the Chart
❌ Rating by feel alone: Basing RPE on how heavy the bar felt rather than how many reps were left produces inaccurate percentage lookups.
❌ High rep e1RM: Mixing rep ranges above 8-10 into e1RM calculations introduces error — RPE accuracy drops as sets move further from typical strength ranges.
❌ Mixing variations: Comparing e1RM across paused vs. touch-and-go bench, or sumo vs. conventional deadlift, produces numbers that don't reflect a single training max.
Tools for Using the Chart
Reading percentages off a printed chart works, and calculating the actual weight for every set still requires math between the barbell and the whiteboard. The RPE calculator removes that step: enter 1 working set (weight, reps, RPE), and it returns an e1RM along with the full chart pre-filled in real training weights, rounded to available plate increments.
For programming guidance specific to competitive lifting, see the full RPE for Powerlifting guide.
FAQ
Does the RPE chart differ between squat, bench, and deadlift? No, the same percentage table applies to all 3 lifts. What changes between lifts is the RPE range a program targets and how reliably a lifter can rate effort at high rep counts.
How does the RPE chart compare to a straight powerlifting percentage chart? An RPE chart adjusts the training weight to daily readiness, while a fixed percentage chart applies the same percentage regardless of how a lifter feels that day. Both charts use the same underlying percentage table; the difference is whether the reference point is a tested 1RM (percentage-based) or a floating e1RM from recent RPE-rated sets (RPE-based).
What RPE should I use for bench press accessory work? Bench press accessory and volume work commonly sits at RPE 6-7, leaving 3-4 reps in reserve to manage fatigue across a training week while still driving progressive overload.
Can beginners use the RPE chart? Yes, though RIR estimates typically take 3-4 weeks of consistent practice to become accurate for a new lifter. A fixed-percentage program based on a tested 1RM is a reasonable starting point before layering in RPE.
Is RPE 10 the same as a true 1-rep max? Not exactly. RPE 10 means a set was taken to failure at whatever rep count was prescribed, which produces an e1RM through the chart rather than a directly tested 1RM. A tested 1RM comes from an actual single-rep maximal attempt.
How often should I test my true 1RM instead of using e1RM? Most powerlifting programs test a true 1RM 2-3 times per year, typically before a competition or at the end of a training block. Weekly or monthly true max testing adds fatigue and injury risk without meaningfully improving programming accuracy over e1RM tracking.
Why does my deadlift RPE feel harder to rate than my squat or bench? Deadlift RPE is harder to rate because grip fatigue, lower back fatigue, and starting-position strength all interact in a single rep, unlike squat and bench press where the sticking point is more consistent rep to rep.
Does RPE work the same way for machines as it does for barbell lifts? RPE applies to machines using the same reps-in-reserve logic, though the percentage table is less precise for machines because machine strength curves differ from free-weight strength curves. Use machine RPE mainly for daily load adjustment rather than precise e1RM tracking.
Should warm-up sets be rated with RPE? No, warm-up sets are not rated with RPE, since they’re deliberately performed with several reps in reserve and aren’t intended to approach failure. RPE tracking starts with the first working set of a session.
What’s the difference between RPE and RIR? RIR (Reps in Reserve) is a direct count of how many reps were left in a set. RPE is the 1-to-10 scale that converts that count into a single rating, where RPE 10 equals 0 RIR and RPE 6 equals 4 RIR.
Can I use the RPE chart for high-bar and low-bar squats interchangeably? Track them separately if possible. High-bar and low-bar squats load different muscle groups and typically produce different 1RM figures for the same lifter, so combining the data produces an inaccurate training max for either variation.
Does sleep or stress affect RPE ratings? Yes, poor sleep and high stress raise perceived effort at a given weight, which is the entire reason RPE-based programming exists: a lifter rating the same weight as RPE 9 instead of a typical RPE 7 on a bad day will train lighter that session, protecting recovery.
How accurate is the e1RM from a single RPE-rated set? A single well-rated set from an experienced lifter typically estimates 1RM within 2-3% of a true tested max. Beginners should expect wider error margins until their RIR judgment calibrates over several weeks.
Should I round my training weight up or down when the chart gives an odd number? Round down to the nearest available plate increment for max-effort work, and round up slightly for volume work, if the goal is to stay safely under the prescribed RPE rather than risk exceeding it.
Can I use the RPE chart for bodyweight exercises like pull-ups or dips? Yes, using added weight or assistance as the load variable, though bodyweight exercise RPE tends to run slightly less precise than barbell lift RPE because bodyweight itself isn’t a controlled variable session to session.
Does the RPE chart account for bar speed or velocity? No, the standard RPE chart is based on perceived effort and rep count only. Programs that also track bar speed use velocity-based training (VBT) alongside RPE, not as a replacement for it, since the 2 metrics measure related but distinct aspects of a set.
Why do my RPE 8 sets sometimes feel like RPE 9 later in a training block? Accumulated fatigue across a training block raises perceived effort at the same absolute weight, which is normal and expected. This is one reason training max gets recalculated every 4-6 weeks rather than held fixed for months.
Is it safe to train at RPE 9-10 every session? No, training at RPE 9-10 every session raises injury risk and blunts long-term progress, because the body doesn’t get enough lower-fatigue training to recover and adapt between high-effort sessions. Most successful programs limit RPE 9-10 work to 1-2 sessions per lift per week at most.
How do I convert an RPE-based e1RM into a competition attempt selection? Use the e1RM as a starting reference, then apply a conservative buffer of 3-5% below the calculated max for a first attempt in competition, since competition adrenaline and unfamiliar equipment introduce variables the training e1RM doesn’t account for.
Can coaches use the RPE chart to compare 2 different lifters? Not directly for absolute strength, since RPE measures relative effort, not raw strength. Coaches can compare 2 lifters’ training readiness or fatigue trends using RPE, but not their actual 1RM without separate testing.
Skip the manual lookup — head over to the RPE calculator now and get exact training weights for squat, bench, and deadlift in seconds.