Elden Ring Equip Load Calculator

Optimize your equipment weight for the roll type you want

Equipment Weights

Talismans

Load Status

Max Equip Load:60.0
Current Weight:41.1
Load Percentage:68.5%
0%30%70%100%
Medium Roll

Standard roll with good i-frames

Quick Reference

Available for Light Roll: 0.0

Available for Medium Roll: 0.9

Remove 23.1 weight for Light roll

What Is Equip Load in Elden Ring?

Equip Load in Elden Ring is a core character stat that determines how much total weight your Tarnished can carry before movement and dodging become impaired. Every piece of armor, every weapon, and every shield you equip contributes to your current weight, which is then measured against your maximum equip load. The resulting percentage defines which roll animation you use — and in a game built around precise, punishing combat, your roll type can mean the difference between survival and death.

Unlike stamina or health, equip load is a resource you must actively manage across your entire build. Newcomers often discover too late that stacking heavy armor for extra damage absorption costs them the nimble dodge they relied on early in the game. Understanding equip load thresholds before you commit to a build saves countless rune-losing deaths.

The Elden Ring equip load calculator on this page computes your maximum equip load from your Endurance stat, applies any talisman bonuses you have equipped, sums all your equipment weights, and instantly tells you your load percentage and roll type. It also shows exactly how much weight you can add or must remove to hit a specific roll tier.

Equip Load Formula and Calculation

Your maximum equip load is determined by your Endurance stat using a piecewise linear formula. The code uses three breakpoints — at Endurance 25 and Endurance 60 — that create progressively steeper gains per point of Endurance invested:

  • Endurance ≤ 25: maxEquipLoad = 45 + Endurance × 0.6
  • 25 < Endurance ≤ 60: maxEquipLoad = 45 + Endurance × 0.6 + (Endurance − 25) × 0.6
  • Endurance > 60: maxEquipLoad = 45 + Endurance × 0.6 + (Endurance − 25) × 0.6 + (Endurance − 60) × 0.4

Talisman multipliers are then applied sequentially. The Great-Jar's Arsenal multiplies the base by 1.19, the Arsenal Charm multiplies by 1.15, and Erdtree's Favor adds 3%, 4%, or 5% depending on upgrade level. Finally, the current weight is divided by the maximum and multiplied by 100 to yield your load percentage.

Maximum Equip Load Calculation

maxEquipLoad = [45 + END×0.6 + (END−25)×0.6 (if END>25) + (END−60)×0.4 (if END>60)] × talismans

Where:

  • END= Endurance stat value (8–99)
  • 0.6= Base load-per-Endurance rate
  • 0.4= Additional rate above Endurance 60
  • 1.19= Great-Jar's Arsenal multiplier
  • 1.15= Arsenal Charm multiplier
  • 1.03–1.05= Erdtree's Favor multiplier (+1/+2/+3)
  • loadPercent= (currentWeight ÷ maxEquipLoad) × 100

Roll Types and Load Thresholds Explained

Elden Ring uses four distinct movement states based on your load percentage. Knowing where these thresholds fall is essential when planning any build.

Roll Type Load Percentage Description
Light Roll 0% – 30% Fastest animation, longest invincibility frames, greatest dodge distance
Medium Roll 30.1% – 70% Standard animation, good i-frames, preferred by most builds
Heavy Roll 70.1% – 100% Slow animation, fewer i-frames, noticeably shorter dodge distance
Overloaded > 100% Cannot roll; only a stamina-draining stumble; extremely slow movement

Most PvE and PvP players target the medium roll range because it allows heavier armor without sacrificing dodge utility. Dexterity builds and fast-weapon archetypes often chase the light roll threshold for maximum evasion. Tank or strength builds sometimes intentionally play in the heavy roll tier, relying on high poise and damage absorption instead of evasion.

The calculator's quick-reference panel shows exactly how many weight units separate you from each tier, so you can swap armor pieces with precision rather than guesswork.

Talismans That Increase Equip Load

Three talismans in Elden Ring directly boost your maximum equip load, and all three are multiplicative — they stack with each other and with your base Endurance value. Using this equip load calculator, you can toggle each talisman and see real-time results.

  • Great-Jar's Arsenal (+19%): The strongest single equip-load talisman. Earned by defeating the three NPC invaders near the Great Jar in Caelid. With a base load of 80, this alone adds 15.2 units — enough to upgrade an entire armor tier.
  • Arsenal Charm (+15%): A slightly weaker but still powerful option found in the Stormveil Castle. Its +2 variant, found in Volcano Manor, provides an additional +1.5% over the base version. The calculator currently models the base Arsenal Charm at ×1.15.
  • Erdtree's Favor (+3% / +4% / +5%): Also boosts HP and Stamina in addition to equip load, making it a triple-threat talisman. The +0 version is found early in Fringefolk Hero's Grave; higher upgrades drop from Erdtree Avatars and sub-bosses across the open world.

Combining all three talismans can raise your effective maximum equip load by approximately 45%, opening the door to full heavy knight armor sets at Endurance levels that would otherwise force you into a fat roll. Use the calculator to find the exact combination of talismans and Endurance that meets your target roll type without over-investing.

How to Optimize Your Elden Ring Build for the Right Roll

Optimizing your equip load comes down to matching your playstyle to a load tier and then building around it efficiently. This Elden Ring equip load calculator makes that process straightforward.

Step 1 — Decide your target roll type. If you're learning a new boss or playing PvP, medium or light roll is usually the safest choice. For a strength build with high Vigor and great-weapon stance-breaks, heavy roll may be acceptable if your poise and damage absorption are strong enough.

Step 2 — Enter your Endurance and talismans. The calculator immediately tells you your maximum equip load. If you haven't decided on talismans yet, toggle each one to see how much load budget it unlocks.

Step 3 — Fill in your weapon weights first, since weapons are rarely swappable mid-build. Right-hand weapons in Elden Ring range from ultra-light daggers (2.5) to colossal swords and hammers (24.0+). Your offhand and shield add further fixed weight.

Step 4 — Allocate remaining budget to armor. Use the "available for medium roll" and "available for light roll" outputs as hard caps. Start with the heaviest armor slot (chest) and work down, checking the calculator after each piece.

Step 5 — Fine-tune Endurance if needed. Each Endurance point above 25 adds 1.2 to your equip load cap. If you only need 3–4 more units to hit a cleaner load percentage, leveling Endurance once or twice is often more efficient than swapping talismans or armor sets.

By iterating through these steps in the calculator before spending runes at a Site of Grace, you avoid the frustrating experience of assembling a build only to discover you're sitting at 71% — just over the medium roll threshold.

Endurance Soft Caps and Equip Load Scaling

Endurance has two meaningful breakpoints that affect how much equip load you gain per level. Below Endurance 25, each point adds 0.6 to your maximum equip load. Between Endurance 25 and 60, the rate doubles to effectively 1.2 per point (the base 0.6 plus an additional 0.6 for the above-25 bonus). Above Endurance 60, an extra 0.4 per point raises the effective rate to 1.6 per point.

Many players treat Endurance 60 as a soft cap for equip load purposes: the returns continue to improve past 60, but most builds achieve sufficient load budget before that threshold. The sweet spot for a typical medium-roll build is Endurance 30–40, which provides roughly 66–78 base equip load — enough for quality mid-weight armor sets combined with a single equip-load talisman.

Use this equip load calculator to find the lowest Endurance value that still gives you your target load tier. Endurance points saved can be redirected into Vigor (more HP), Strength or Dexterity (more damage), or Mind (more FP for spells and ashes of war).

Worked Examples

Default Starter Build

Problem:

Endurance 25, standard starter equipment, no talismans. What roll type does this build achieve?

Solution Steps:

  1. 1Calculate max equip load: 45 + 25 × 0.6 = 45 + 15 = 60.0 (Endurance is not above 25, so no extra bonus applies)
  2. 2Sum equipment weights: helm 4.5 + chest 10.2 + gloves 3.1 + legs 6.8 + right weapon 8.0 + left weapon 3.5 + shield 5.0 = 41.1
  3. 3Compute load percentage: (41.1 ÷ 60.0) × 100 = 68.5%
  4. 4Apply roll-type threshold: 68.5% falls in the 30.1%–70% range, which is a Medium Roll
  5. 5Available for medium roll budget: 60.0 × 0.70 − 41.1 = 42.0 − 41.1 = 0.9 units remaining

Result:

Medium Roll at 68.5% load — only 0.9 weight units below the heavy-roll threshold, so any significant armor upgrade requires more Endurance or a talisman.

Heavy Knight Build

Problem:

Endurance 50, full heavy armor, colossal weapon, no talismans. Will this build reach a playable roll?

Solution Steps:

  1. 1Calculate max equip load for Endurance 50: 45 + (50 × 0.6) + (50 − 25) × 0.6 = 45 + 30 + 15 = 90.0
  2. 2Sum equipment weights: helm 8.0 + chest 20.0 + gloves 5.0 + legs 12.0 + colossal weapon 12.0 + offhand 5.0 + shield 6.5 = 68.5
  3. 3Compute load percentage: (68.5 ÷ 90.0) × 100 = 76.1%
  4. 4Apply roll-type threshold: 76.1% falls in the 70.1%–100% range — Heavy Roll
  5. 5To reach medium roll (≤ 70%) would require removing at least 68.5 − 63.0 = 5.5 weight units from the loadout

Result:

Heavy Roll at 76.1% load. Acceptable for a high-poise strength build, but swapping the chest piece for a lighter option or equipping the Arsenal Charm would restore medium-roll movement.

Light Roll Glass-Cannon Build

Problem:

Endurance 40 with Great-Jar's Arsenal talisman, light mage armor and twin daggers. Can this build achieve a light roll?

Solution Steps:

  1. 1Calculate base max equip load for Endurance 40: 45 + (40 × 0.6) + (40 − 25) × 0.6 = 45 + 24 + 9 = 78.0
  2. 2Apply Great-Jar's Arsenal multiplier: 78.0 × 1.19 = 92.82
  3. 3Sum equipment weights: helm 2.5 + chest 5.0 + gloves 1.8 + legs 3.2 + right dagger 2.5 + left dagger 2.5 + no shield 0 = 17.5
  4. 4Compute load percentage: (17.5 ÷ 92.82) × 100 = 18.9%
  5. 5Apply roll-type threshold: 18.9% is under 30% — Light Roll achieved with significant headroom

Result:

Light Roll at 18.9% load. The build has 92.82 × 0.30 − 17.5 = 27.85 − 17.5 = 10.3 additional weight units before losing the light roll — enough room to swap in heavier gear if needed.

All Talismans Stacked at Endurance 60

Problem:

Endurance 60, all three equip-load talismans (Great-Jar's Arsenal, Arsenal Charm, Erdtree's Favor +3). What is the maximum equip load?

Solution Steps:

  1. 1Calculate base max equip load for Endurance 60: 45 + (60 × 0.6) + (60 − 25) × 0.6 = 45 + 36 + 21 = 102.0
  2. 2Apply Great-Jar's Arsenal: 102.0 × 1.19 = 121.38
  3. 3Apply Arsenal Charm: 121.38 × 1.15 = 139.59
  4. 4Apply Erdtree's Favor +3: 139.59 × 1.05 = 146.57
  5. 5Load percentage for a 90-weight full-heavy loadout: (90.0 ÷ 146.57) × 100 = 61.4% — Medium Roll

Result:

Maximum equip load of 146.6 at Endurance 60 with all three talismans. Even a 90-unit full heavy armor set stays comfortably in medium-roll territory at 61.4%.

Tips & Best Practices

  • Target exactly 69.9% load or lower to guarantee medium roll — the calculator's 'available for medium roll' output tells you your remaining budget to the decimal.
  • Great-Jar's Arsenal and Arsenal Charm stack multiplicatively; using both adds roughly 36.85% to your base load, more than either alone.
  • Erdtree's Favor (+3) is a triple-stat talisman: equip load, HP, and stamina — it effectively replaces specialized talismans at the cost of none of those stats.
  • Endurance investment between levels 25 and 60 gives 1.2 equip load per point — the highest rate in the game and often better value than extra Vigor past 60.
  • When farming for a specific armor set, use the calculator to check the total weight before you commit to upgrading — some sets look heavy but are surprisingly light for their protection.
  • In Elden Ring PvP, opponents can read your roll type visually; light-rolling in an obvious way telegraphs your evasion pattern, so a medium-roll build can provide useful ambiguity.
  • Removing the shield entirely frees 4–8 equip load units with no stat penalty — consider a two-hand stance or power-stancing weapons to recover that budget for heavier armor.
  • The equip load system in Elden Ring uses displayed weight to one decimal place; tiny rounding differences between in-game weight and calculator input can shift your load percentage by 0.1–0.2%, so keep inputs precise.

Frequently Asked Questions

Most experienced PvP players target the medium roll threshold (under 70% load) because it provides the best balance of dodge utility and armor protection. Some light-roll builds exist in PvP, particularly for aggressive dexterity or bleed archetypes that rely on rapid repositioning, but medium roll is the community standard for consistent performance. Very few PvP builds intentionally run heavy roll, as the reduced i-frames are punishable by experienced opponents.
The Great-Jar's Arsenal talisman multiplies your maximum equip load by 1.19, effectively increasing it by 19%. This is the single largest equip-load bonus available from a single talisman slot and is considered mandatory for heavy builds that still want medium-roll movement. You earn it by defeating three NPC invaders that appear near the Great Jar in northern Caelid. The boost applies after your base Endurance load is calculated, so higher Endurance magnifies the absolute weight gain it provides.
No — unlike in Dark Souls, equip load in Elden Ring does not directly reduce stamina regeneration speed. Stamina regeneration is primarily governed by your Endurance stat itself and by armor or equipment that boosts stamina recovery. Equip load only determines your roll animation tier and movement speed when overloaded. This separation means you can invest Endurance freely for load budget without worrying about a hidden stamina penalty.
When your current weight exceeds 100% of your maximum equip load, your Tarnished cannot perform a dodge roll. Attempting to dodge results in a slow, short stumble that provides almost no invincibility frames and very little movement distance. Your walking and running speed also slow noticeably, making it difficult to evade boss attacks or reposition during combat. Overloaded movement is nearly always a liability and should only be tolerated during brief moments of item management, not sustained combat.
The medium roll threshold is 70% of your maximum equip load. To find how much weight to remove, multiply your maximum equip load by 0.70 to get the medium-roll cap, then subtract your current weight. If the result is negative, its absolute value is how many units you must remove. The calculator does this automatically and displays it in the Quick Reference panel, so you can see the exact number without doing the math yourself.
Talismans are usually the more efficient choice when your load deficit is small, because a single talisman slot can add 15–19% to your load cap with no level investment. However, talismans occupy a precious equipment slot, and if you need other talismans (such as damage boosts or flask upgrades) more urgently, leveling Endurance is the right call. For large deficits — needing 20 or more additional equip load units — a combination of both is typically required. Use this calculator to compare the exact load numbers before committing runes or rearranging your talisman setup.
Yes, all equipped items contribute to your current weight equally — helm, chest armor, gauntlets, leg armor, right-hand weapon, left-hand weapon, and shield or offhand all add to the same total. There is no separate weapon-load or armor-load pool in Elden Ring. This means a colossal sword can consume as much or more of your load budget as an entire armor set, which is why many greatsword and colossal weapon builds invest heavily in Endurance or the equip-load talismans.

Sources & References

Last updated: 2026-06-05

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Editorial Note

MyCalcBuddy Editorial Team

This page is maintained as an educational calculator reference.

Source

Formula Source: Standard Mathematical References

by Various

UpdatedLast reviewed: May 2026
CheckedFormula checks are based on standard references and internal QA review.

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