So for a while now I’ve been using a rotation as BLM that is different from the standard fire spam. It is a set of six rotations organized by a priority system (e.g. rotation 1 is performed if possible, rotation 2 is performed if rotation 1 cannot be performed, rotation 3 is performed if rotation 2 cannot be performed and so on).

If you just want to see the rotations click the link below or read the TL:DR right below all the links.

If you’re skeptical and need math go down below the TL;DR.

BLM Rotation Video Guide –

BLM Training Dummy Parse w/ my rotation –

BLM Training Dummy Parse w/ Standard rotation –

BLM T6 Clear W/ my rotation –

BLM T7 Clear W/ my rotation –

BLM T8 Clear W/ my rotation –

(On T8 I save cooldowns for triple/double flaring the dreadnoughts)

BLM T9 Clear W/ my rotation –

(It is a screenshot as I don’t have a good POV video at the moment)

Numbers are available w/ overlays on all the vids. Please square have mercy

In case the Video Guide goes down here’s the six different rotations in order from first priority to sixth priority. This is basically the TL;DR.

Opening Rotation – Priority 1

Fire 3 -> Fire 1 -> Thunder ½ (depends on mana) -> (Be sure to use procs) -> Fire 1 -> Raging Strikes -> (Be sure to use procs) -> Fire 1 -> Fire 1 -> Hardcast flare -> (Be sure to use procs) -> Convert -> Fire 1 -> Swiftcast flare -> (Be sure to use procs) -> Transpose -> Blizzard 1 -> Thunder 2 ->

Rotation w/ Swiftcast + Raging Strikes + Convert up – Priority 2

Fire 3 -> Fire 1 -> Raging Strikes -> (Be sure to use procs) -> Fire 1 -> Fire 1 -> Fire 1 -> Fire 1 -> Hardcast flare -> (Be sure to use procs) -> Convert -> Fire 1 -> Swiftcast flare -> (Be sure to use procs) -> Transpose -> Blizzard 1 -> Thunder 2 ->

Rotation w/ only Swiftcast up – Priority 3

Fire 3 -> Fire 1 x5 -> Swiftcast Flare -> Transpose -> Blizzard 1 -> Thunder 2 ->

Rotation w/ a Firestarter proc on the second to last fire (i.e. the fourth one) – Priority 4

Fire 3 -> Fire 1 x3 -> Fire 1 number 4 is cast -> Start casting Fire 1 number 5 -> (Oh boy I have a proc!) -> Finish casting Fire 1 number 5 -> Hardcast flare -> Use proc -> Transpose -> Blizzard 1 -> Thunder 2 ->

Rotation when you have nothing up – Priority 5

Fire 3 -> Fire 1 x5 -> Blizzard 3 -> Thunder 2 -> (you can do blizzard 1 / scathe here if that’s your thing although it’s slightly suboptimal) ->

Rotation when you have to reapply damage in fights like Leviathan or T9 – Priority 6

Fire 3 -> Fire 1 -> Thunder 2 -> Fire 1 x3 -> (Use the highest priority rotation available)

When I say BLM standard rotation I mean

Fire 3 -> (Raging Strikes ->) Fire 1 x5 -> (Swiftcast Flare -> Convert -> Fire 1 ->) Blizzard 3 -> Thunder 2 ->

Everyone has their twist on this “standard” rotation so don’t shoot me if you do something different. This is just a good benchmark for comparison between rotations without many flares and my rotation which uses a ton of single target flares.

Math + Reasoning for skeptics

Swiftcasting flare without convert and Hardcasting flare both seem like they should be DPS losses at first because you have to use transpose to get back to full mana and there’s a RNG period of time where you sit at 0 mana waiting for mana ticks so rightfully you should be skeptical.

However, flare is a boatload of potency with three stacks of AF. It’s 468 potency with the 80% AF buff. This is loads more than Fire 1 which sits at a measly 306 potency in AF by comparison. Even Fire 3 falls short at 432 potency.

Consequently, all of the six rotations I listed out attempt to fit in the maximum number of flares when Flare’s massive potency can be abused by minimizing casting downtime.

Using transpose after a swiftcast flare or after a firestarter proc when at 0 mana gives the caster approximately 2.5 seconds where they can receive mana ticks. Mana ticks occur on approximately 3.5s intervals which leaves us with at most only a second of downtime before resuming casting. This means that you spend no longer waiting for a transpose mana tick than you do a mana tick after casting Blizzard 3 -> Thunder 2, which is why I exclude mana tick wait time entirely in my calculations below.

From experience it seems as if on average you spend less time waiting for mana ticks after transposing than we do after casting Blizzard 3 and Thunder 2, but I honestly have no idea how to model this.

This is the part with math + too much theorycrafting

For the sake of brevity I assume a standard global cooldown of 2.5 seconds. All spell speed does is make DPS increases and DPS losses larger, so a DPS gain in my calculations is still a dps gain with whatever spell speed you have, and the same goes for losses.

Starting with the opening rotation

Casting Fire 3 with no stacks of umbral ice on leaves you with only enough mana to cast Fire 1 four times. Casting Fire 1 an additional fifth time if you have the PIE buff lets you cast Blizzard 3, but there is a large chance you will have to wait for a mana tick to cast your thunder DoT.

Instead, we can use this extra mana in our AF (Astral Fire) portion of the rotation in order to check for a firestarter proc while also applying the thunder DoT early.

Going Fire 3 – Fire 1 – Thunder 2 – Fire 1 eliminates the 16% chance that we will have back to back firestarter procs. This means this cast order allows us to use 2 firestarter procs when we would only get 1 in 16% of our opening rotations.

The same logic applies for raging strikes. Going Fire 1 – Raging Strikes – Fire 1 immediately after that eliminates another 16% chance we get firestarter procs back to back.

Additionally popping raging strikes this late in the opening rotation nearly ensures that raging strikes is up for both flares, adding a whopping (468 x .2 =) 93.6 potency to each flare cast. Raging strikes only falls off just before the swiftcasted flare if we get nonstop firestarter + thundercloud procs. At that point we have gotten the value out of our raging strikes regardless.

The hardcasted flare comes out to 140 average potency per second with raging strikes on, which is only slightly less than a Fire 1 w/ AF and RS at 146.88 potency per second. This is a dps gain, however, due to the fact that in the standard BLM rotation – some of the raging strikes duration can be wasted on Blizzard 3 which has a measly 115.2 potency per second under raging strikes even with the spell speed buff from AF 3.

Finally, the fire cast after convert is optimal as it has a 40% chance to trigger a firestarter proc while under raging strikes, and a swiftcasted flare under raging strikes becomes a whopping 224.64 potency per second.

The rotation is optimal with an average number of procs. No procs = you have a bad day and the weaving is a noticeable DPS loss. There are scenarios where this rotation is outperformed by a standard opener of Fire 3 -> RS -> Fire 1 x4 -> Swiftcast Flare -> Fire 1 -> Blizzard 3 -> Thunder 2 -> Repeat and vice versa, but this rotation has the higher DPS ceiling.

The second rotation in my priority system is just the opening rotation without the thunder cast so all of my reasoning + math above proves it is optimal as well.

This rotation also includes 1 instance of weaving with raging strikes so it loses to the standard rotation with no procs, but beats the standard rotation on average.

The Standard BLM rotation with all cooldowns does 3429.4 potency over 25.5 seconds for 134.49 potency per second

This BLM rotation does 3898.2 potency over 29.5 seconds for 132.14 potency per second

From experience, the 2 potency per second loss with no procs is more than made up for by the times when the weaving does result in casting 2 firestarter procs.

As a sidenote, a nice aspect of the opener is that use of all the cooldowns at the start of the fight usually results in them coming up at the same time 3 minutes later, and 3 minutes after that, etc. so that you can consistently perform a very high and sustained burst rotation every 3 minutes into a fight.

The third priority rotation does

2631 potency over 23 seconds for 114.39 potency per second

The Standard BLM rotation when it has no cooldowns up does

2161 potency over 20.5 seconds for 105.41 potency per second

The fourth priority rotation does

3063 potency over 27 seconds for 113.4 potency per second

The standard rotation does

2593 potency over 23 seconds for 112.73 potency per second

Both of these calculations include 1 firestarter proc cast under AF3

The fifth priority rotation and sixth priority rotations are no different from the normal BLM rotation.

Thank you for taking the time to read this great wall of text and I hope you took something valuable away from it ^.^

Also if you still hate me, think I’m a bad BLM, etc. please at least give my rotation a spin or 2. I’ve been using it on second coil for months now. I’m sure there are plenty of people out there with better Personal Records on coil DPS, but I feel like the difference on a training dummy can speak for itself.


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