What is BPM? A DJ's Complete Guide to Beats Per Minute

BPM stands for beats per minute — the number of beats in a track every 60 seconds. A track at 128 BPM has 128 beats in a minute. A track at 90 BPM has 90.

That's it. The concept is simple. What matters for DJs is what you do with it.

Why BPM matters when you're mixing

BPM is the pulse of every track — the speed at which the kick drum hits and the baseline for everything a DJ does. Two tracks at the same BPM lock together naturally. Two tracks at different BPMs fight each other until one gives way.

But BPM isn't just a number to match. It defines the character of a genre, the energy of a transition, and the physical response of the dancefloor. A track at 128 BPM makes people move differently than one at 88 BPM — not better or worse, but fundamentally differently. Understanding BPM means understanding what your music does to a room.

Every DJ controller, every piece of software, and every CDJ shows you BPM because it's the first thing you need to get right. Key compatibility, energy matching, and mood consistency all matter — but none of them work if the tempos are clashing.

How close is close enough? Within 1–2 BPM, most listeners won't notice the drift — especially during a short blend. Within 3–5 BPM, you'll need to pitch-adjust one track to make it work. Beyond 5 BPM, you're either doing something intentional (like half-time mixing) or the tracks aren't meant to be beatmatched.

Genre BPM ranges

These aren't estimates from a textbook. They're measured from the Mixgraph catalog — 49,500+ tracks across these 14 genre buckets, drawn from a deep cross-section of modern dance-music releases. The median tells you the centre of gravity for each genre. The typical range shows where most tracks actually sit (5th to 95th percentile, trimmed for noise on smaller buckets).

Drum & Bass is shown at half-time (≈87 BPM) to match how Beatport, Rekordbox, Traktor, and Serato display it. The full-tempo feel is double these numbers (≈174 BPM).

What BPM is tech house?

Tech house sits at a median of 126 BPM, with most tracks falling between 122 and 130. It's the metronome of modern club music — fast enough to drive energy, slow enough for intricate groove. If you're mixing tech house, you rarely need to pitch-bend more than ±2 BPM to keep transitions locked. Browse the tech house mixing guide for compatible transitions, or jump to 126 BPM tracks.

What BPM is techno?

Techno runs faster, with a median around 130 BPM and most tracks between 124 and 140. Peak time and driving techno pushes toward the upper end — hard techno regularly sits at 138–145. Raw and hypnotic techno sits lower, closer to 126. The genre's wide BPM spread means you'll occasionally encounter bigger tempo gaps between tracks — the section on BPM transitions below covers how to handle that. See the techno mixing guide for genre-specific transitions.

What BPM is house?

House is one of the broadest genres by BPM. The median sits at 125 BPM, but the range stretches from 121 to 131 depending on the subgenre. Funky house and jackin' house push faster; soulful and disco-leaning house sits slower. When mixing across house subgenres, expect to work with ±3–4 BPM shifts more frequently than in tech house. The house mixing guide covers compatible transitions in detail.

What BPM is drum and bass?

Most DJ software and controllers display drum & bass at half-time — around 87 BPM — even though the music's rhythmic feel is at 174 BPM. Both representations are correct; they describe the same groove from different perspectives. If you see a DnB track at 87, don't panic — it's full-speed drum and bass, just displayed at half the rate. The typical range is 85 to 92 in half-time, or 170 to 184 at full tempo.

This half-time convention is important for cross-genre mixing. An R&B track at 87 BPM and a DnB track at 87 BPM share the same tempo — and their grooves can align surprisingly well even though the genres sound nothing alike. The drum & bass mixing guide goes deeper on this.

What BPM is trance?

Trance sits higher than house and techno, with a median of 138 BPM and a typical range of 130 to 144. Main floor and uplifting trance push toward the upper end; deep and progressive trance sits lower. The higher tempo creates that driving, euphoric momentum that defines the genre — and it means transitioning between trance and house requires a deliberate tempo shift rather than a subtle adjustment.

What BPM is deep house?

Deep house is one of the slower modern dance genres, centred at 123 BPM with most tracks between 118 and 130. The groove is spacious — lower tempo gives each element more room to breathe. When mixing from deep house into tech house or regular house, you're typically nudging upward by 3–5 BPM, which is gentle enough to be imperceptible over a long blend.

What BPM is afro house?

Afro house clusters tightly at a median of 122 BPM (range 118–125), similar to deep house but with a distinctly different rhythmic feel. The percussion patterns are more complex and polyrhythmic, so even though the tempo is similar, the groove feels busier. This makes afro house a natural bridge between deep house and more energetic styles — the BPM stays level while the rhythmic intensity shifts.

What BPM is melodic house and techno?

Melodic house and techno spans 120 to 128 BPM with a median of 124 BPM, reflecting its position as a bridge genre. Tracks on the melodic house end sit lower; tracks leaning toward techno push higher. This range makes it one of the most versatile genres for transitions — it can reach down into deep house territory or up into driving techno without dramatic tempo changes.

BPM isn't everything

Two tracks at identical BPM can feel completely different. One might be a rolling, minimal groove. The other might be an aggressive, distorted assault. BPM tells you the tracks will synchronise mechanically, but it says nothing about whether they belong in the same set.

That's why Mixgraph scores transitions across six dimensions, not just tempo. Rhythmic compatibility (BPM match) is one factor alongside harmonic key, energy, danceability, mood, and vocal compatibility. A perfect BPM match with clashing keys sounds worse than a 2 BPM offset with perfect harmonic alignment.

The practical takeaway: BPM is necessary but not sufficient. Get the BPMs close enough (within ±3–4 for most genres), then let the other dimensions determine which track actually fits the moment.

Half-time and double-time mixing

Half-time and double-time relationships are one of the most powerful — and underused — mixing techniques. Two tracks are half-time compatible when one's BPM is exactly double the other's. At 128 BPM and 64 BPM, every other beat aligns. The faster track's kick drum hits twice for every one hit of the slower track, creating a rhythmic lock that feels natural even though the tempos are vastly different.

This matters most when mixing across genres. Hip-hop and R&B typically sit at 80–110 BPM. House and techno sit at 120–135. These look incompatible — until you realise that 85 BPM × 2 = 170, which is DnB territory. And 65 BPM × 2 = 130, which is techno. The genres that seem furthest apart are connected by tempo mathematics.

Practical applications:

• R&B at 87 BPM into DnB at 174 BPM — the half-time groove of the R&B aligns with the full-time pulse of the DnB. This is a legitimate DJ technique that hip-hop and DnB DJs use regularly.
• Downtempo at 65 BPM into house at 130 BPM — the doubling creates a dramatic energy shift while maintaining rhythmic coherence. The transition needs careful handling (a breakdown or filter sweep to mask the tempo jump), but the mathematical relationship means it won't feel random.
• Hip-hop at 95 BPM into funky house at 125 BPM — not a clean double, but close enough that pitch-bending the house track down to 190 ÷ 2 = 95 creates alignment. The ±3 BPM tolerance most DJs work with makes near-doubles viable.

Try the BPM Compatibility Checker to test half-time relationships between any two BPMs — the tool detects 2:1 ratios automatically and shows you the alignment math.

BPM transitions — shifting tempo between tracks

Not every mix needs locked BPMs. Deliberately shifting tempo across a set is how you create energy arcs — starting slow, building momentum, peaking, and bringing the room back down. The question is how much shift the dancefloor can absorb without noticing.

• Within ±2 BPM — invisible. No one in the room feels this. Pitch-bend the incoming track and let the beatmatch do the work. This is your default operating range within a genre.
• Within ±4–5 BPM — perceptible if you're listening for it, but most dancefloors won't notice over a long blend. This is the range you work in when transitioning between subgenres — deep house at 122 into tech house at 126, for example. Use a 32-bar blend to smooth the shift.
• ±6–10 BPM — the dancefloor feels this. You need a transition technique: a breakdown, a filter sweep, a loop, or a quick cut to mask the tempo change. This is the range for genre transitions like house into techno, or progressive into trance.
• ±10+ BPM — a deliberate gear change, not a seamless blend. The crowd should feel it — it's a statement. Use a full breakdown, drop the outgoing track's volume, and bring the new track in clean. This works for set section changes: the deep house warm-up ending and the tech house peak beginning.

The energy flow of your set depends on these tempo decisions. A set that stays at 128 BPM for 90 minutes is rhythmically monotonous — even if the tracks are great. Deliberate BPM movement, even ±3–4 across the set, creates the sensation of a journey. Read more about designing energy arcs in our Energy Flow Guide.

Using BPM when building a set

When you're planning a set in Flow Builder, BPM is one of the first things to consider for track sequencing. A few principles:

Graduate gradually. If your opening track is 122 BPM and your peak track is 132 BPM, spread that 10 BPM increase across 8–10 tracks. That's roughly +1 BPM per transition — imperceptible individually, transformative cumulatively.

Use BPM plateaus. Don't increase tempo every single transition. Hold a BPM for 3–4 tracks, then step up. This creates sections within your set — each plateau feels like a chapter, and the step-up between plateaus marks a new phase.

Plan your cool-down. Dropping BPM is harder than raising it — a sudden slow-down feels like the energy died. Ease down gradually, or use a breakdown to reset and bring in a slower track clean.

Cross-genre transitions need BPM planning. If you're moving from tech house (126) to melodic techno (124), that's a subtle downshift. If you're moving from tech house (126) to trance (138), that's a significant upshift. Plan which tracks bridge the gap — a progressive house track at 128–130 can serve as a stepping stone.

How Mixgraph handles rhythmic compatibility

Mixgraph scores BPM matching as the rhythmic dimension of its six-dimension chemistry model. The scoring is more nuanced than a simple BPM comparison:

• BPM proximity — how close the two tempos are, weighted by genre expectations. A 2 BPM difference in tech house is normal; a 2 BPM difference in a genre with tighter clustering (like afro house) is slightly more notable.
• Half-time and double-time awareness — when two tracks have a 2:1 or 1:2 tempo relationship, the engine recognises them as rhythmically compatible rather than penalising the large BPM gap. This is especially important for R&B, hip-hop, and DnB mixing.
• Genre-aware BPM tolerance — the acceptable BPM range widens for genres where tempo variation is natural (techno spans 122–146) and tightens for genres with narrow clustering (afro house clusters at 118–125).

Every recommendation in Flow Builder and Live Mode factors in rhythmic compatibility alongside the five other scoring dimensions. A track might be a perfect key match but score lower overall if the BPM gap would require a difficult transition.

Try the BPM Compatibility Checker to explore how any two BPMs relate — including half-time and double-time detection.

Browse tracks at specific tempos: 124 BPM · 126 BPM · 128 BPM · 130 BPM · 140 BPM

Explore genre-specific mixing: Tech House · Techno · House · Drum & Bass · Deep House