Swing Percentage Calculator for Groove Timing

Swing Percentage Calculator

Convert straight timing, MPC-style swing percentage, first-to-second note ratio, BPM, subdivision, triplet reference, PPQ ticks, and delay offsets for grooves and programmed drums.

🎵 Groove Presets

Preset use: Load a groove feel, then adjust BPM, subdivision, and PPQ for your sequencer. The calculator treats 50% as straight and 66.7% as a triplet swing reference.

⏱ Swing Timing Inputs

Tempo in BPM Quarter-note tempo used for all millisecond and tick values.

Swing subdivision Choose the two-note cell that receives the swing offset.

Swing entry mode Percent is easiest; ratio and delay are converted back to percent.

MPC-style swing percent 50% is straight; 66.7% places the second note at a triplet grid.

First note ratio part Use with the second note ratio part for first:second timing.

Second note ratio part Triplet swing is 2:1; straight timing is 1:1.

Second-note delay offset Milliseconds added to the straight midpoint of the two-note cell.

Sequencer PPQ resolution Used to convert milliseconds into DAW or hardware tick offsets.

Human feel spread Optional plus/minus milliseconds around the calculated delay.

Groove anchor Labeling helper for the timing map and notes.

MPC Swing

58.0%

1.38:1 first-to-second ratio

First Note Timing

189.1 ms

before the delayed second note

Second Note Timing

136.9 ms

remaining time to next pair

Delay Offset

26.1 ms

19 ticks at 480 PPQ

Swing Timing Breakdown

Quarter-note length652.2 ms at 92 BPM

Selected two-note swing cell326.1 ms for 16th-note swing

Straight midpoint163.0 ms after note one

Triplet reference217.4 ms / 108.7 ms, delay 54.3 ms

Current groove against triplet8.7 percentage points lighter than triplet

Human feel window23.1 to 29.1 ms delay range

⚙ Timing Spec Grid

652 ms

Quarter Note

326 ms

Swing Cell

66.7%

Triplet Target

19 ticks

Delay Ticks

📊 Current Timing Map

Grid Point	Position	Millisecond Time	Tick Position	Musical Meaning
Note 1	0%	0 ms	0 ticks	Pair start

🎚 Swing Ladder

Swing Percent	Ratio	Delay at Current BPM	First / Second	Feel Note
50%	1:1	0 ms	Equal	Straight

🔀 Delay Offsets By Subdivision

Subdivision	Cell Length	Straight Midpoint	Selected Delay	Triplet Delay
16th	326 ms	163 ms	26 ms	54 ms

📝 Groove Preset Reference

Preset	BPM	Subdivision	Swing	Use Case
Straight Pop	118	16th	50%	Clean pop, EDM, tight rhythm guitar edits.
Light Funk	104	16th	56%	Small push for hi-hats, clav, muted guitar, and shaker.
MPC 16A	92	16th	54%	Subtle drum-machine timing with only a little late offbeat.
MPC 16C	92	16th	58%	Classic sampled-drum pocket without full shuffle timing.
Neo Soul	76	16th	62%	Laid-back keys, hats, and ghost notes with a deeper lilt.
Jazz Triplet	132	8th	66.7%	Triplet-based ride pattern and walking-line reference.
Blues Shuffle	112	8th	67%	Backbeat shuffle, boogie rhythm, and swung comping.
Dilla Drag	88	16th	64%	Late hats and snares that sit close to, but under, triplet feel.
Trap Hats	140	32nd	57%	Fast hat rolls where the delay must stay small in milliseconds.
House Lift	124	16th	53%	Gentle movement for percussion loops that still feel grid-tight.

Triplet check: If the calculator reports 66.7%, the second note lands on the last third of the two-note cell. Anything below that is lighter than a full shuffle.

Delay check: At faster BPM or 32nd-note rolls, the same swing percentage creates a smaller millisecond delay. Trust the timing math before copying a delay value between tempos.

Swing timing is a difference between a swing pattern that is on the grid and one that have a sense of movement. In order to establish swing timing, the producer moves the second note later than midpoint between the two notes. Most producer are aware that swing timing involve moving the second note later than the midpoint between the two notes.

The swing percentage calculator makes it easy to establish swing timing by calculating the mathematics behind swing timing with the three parameter of your BPM, subdivision, and swing entry mode. The percentage of swing timing that you choose will determine the feel of the swing pattern. If you choose a 50% swing timing, the pattern will be even throughout the track.

How to Use the Swing Percentage Calculator

Any swing percentage that is established at a value higher than 50% will move the second note of the pair later within the track. For example, a swing percentage of 62% will create a groove within the track. Additionally, a swing percentage of 66.7% will allow the second note of the pair of note to be place on the triplet grid.

Any percentage established at 70% or higher will result in a swing pattern that feels as if it is very late within the track. Additionally, the groove will feel sluggishly if they contain complex arrangement of tracks. Swing is the relationship between two notes within a repeating cell of a song or track.

If you change the subdivision within the track, the same swing percentage will have a different number of millisecond between the two notes. For example, a swing percentage of 60% at 92 BPM for sixteenth notes will have a different number of milliseconds compared to 60% of swing for thirty-second notes at 140 BPM. The swing percentage to milliseconds and sequencer ticks calculator will help you to convert the swing percentage to milliseconds and ticks in your specific tempo.

It is easy to establish a swing percentage for a particular session of music but then to apply that same percentage to another session. The millisecond and number of sequencer ticks that the tool calculate allow you to see the delay between the two notes within the track. Your hardware sampler or digital audio工作站 (DAWs) may feel different at the same percentage of swing because there internal timing isnt the same.

Seeing this value in the field will allow the timing to become visible to you. Swing interact with the other element of the kit. For example, the hi-hats can have a swing percentage that is higher than the kick or snare drum.

For example, if the hi-hats are set to 60% swing and the backbeat is even throughout the track, the track will have swing timing without losing it’s center or focus on the backbeat. Although the calculator will not make any musical decision for you, it will allow you to see the swing percentage prior to finalizing your arrangement of the track. Real world swings within a track also include slight inconsistencies in the placement of the eighth and sixteenth notes.

For example, a drummer will not always hit the same offset on each beat within a bar. Additionally, breakbeat are sampled in a way that they have their own swing timing within the beat. You may want to add a few millisecond of humanize to compensate for the swing timing that is calculate.

The humanize field within the swing percentage to milliseconds and swing ticks calculator includes a range of values to allow for more variety to the swing timing. The reference table will allow you to compare different percentage of swing without having to calculate each one. For example, the tables will allow you to compare a swing percentage of 56%, 62%, or 66.7% at different tempo for the track.

These tables will allow you to get a sense of how a particular percentage of swing will sound when produce into a track. With frequent use of the calculator, you will have a good understanding of how each percentage of swing will sound. The swing percentage between the two notes within the kick and snare will allow you to place the musical intention of your song into the technical capability of your computer.

The calculator will help to remove the mathematics from your mind so that you can focus on the decision of whether or not the second note feels good within the context of your song. Although you must make the decision yourself, the calculator will make your decision much fasterer because it includes the numbers that you need to make your decision.