Concert Band · instrumental rehearsal · In active development · early access
Score and parts in one place — isolate a section, slow the passage, and drill the entrance before the downbeat.
Concert Band is a rehearsal surface for K-12 concert and wind ensemble programs: the full score lives in the Musique notation engraver with every part transposed to its reading key, a director isolates any instrument section for drilling, and the sectional cluster loops the passage, slows the tempo, and counts in honestly before the downbeat. Concert Band is a tool directors and players use with the music they already have — it does not generate or arrange anything, and there is no AI in the rehearsal path.
Concert Band is being built on the Musique suite. It is not yet generally available. This page describes what the rehearsal surface is and where it is going — the honest next step is to ask about early access.
What Concert Band is
Running a concert band rehearsal means managing two things at once: the full score in the director’s hands, and the individual parts on every stand. A woodwind section drilling a rhythmically difficult passage needs to hear their transposed part at a tempo they can actually work with, not race through the full tempo until the passage is unlearnable. The director needs to isolate a section, set the tempo for drilling, and run the passage on repeat — and then bring it back to speed and run it again with the full band.
Concert Band is a rehearsal surface built for that workflow. The full score lives in the Musique notation engraver. The engraver transposing parts correctly — a Bb clarinet seeing its transposed reading key, a French horn seeing its own — is not a preference, it is a requirement for the tool to be useful in a real rehearsal. The part selector isolates the section being drilled so the players see their own part, not the full conductor’s score.
The sectional-rehearsal cluster is three controls: a loop range, a practice tempo, and a count-in. Set the loop to the passage the section needs to drill. Bring the tempo down to drilling speed. Count in. Run the passage. That cycle — repeated until the entrance is clean, then ratcheted back toward performance tempo — is what the surface is designed to support without friction.
Concert Band is in active development on the Musique suite. What is described on this page is the surface’s design and where it is being built — not a claim that everything is running today. The honest summary: the rehearsal room is being built, early access is how you get in first, and nothing here generates or composes music.
The rehearsal workflow — full score to a section part
The arc a director actually runs, from the full conductor’s score down to one student’s home practice: load the score, isolate the section that needs work, slow the passage to drilling speed, mark the trouble spot, and send it home as an assignment. The first three steps are the core surface in active development; the last two — marking and home practice — are early access, on the roadmap and honestly not in the surface today.
The director loads the piece into the Musique engraver. The full conductor’s score lives there in concert pitch, and every instrument’s part is derived from it in the correct transposed reading key. Nothing is generated or re-arranged — the surface reads the score the director already has and presents it.
The part selector narrows the engraver to one instrument family — the clarinets, the low brass, the flutes — so the players in the drill see their own transposed part while the director sees it against the surrounding harmony. Isolation is the first move of any section rehearsal, and it is the move a full-score view alone cannot make.
Set the loop range on the measures that need work and bring the tempo below the performance mark. A passage that falls apart at concert tempo is almost always learnable slower; the loop holds those bars on repeat so the section drills the entrance without counting back to the downbeat every time.
Marking a passage — a breath mark, a bowing, a ‘watch the release’ note pinned to a measure — is how a director turns a run-through into a specific fix a section can carry into the next rehearsal. Passage marking is early access: it is on the roadmap, not in the current surface, and this page does not claim you can annotate a score today.
The last step hands the marked passage to a student to work on before the next rehearsal: the isolated part, the loop, and the practice tempo, sent home as an assignment the student opens on their own. Home-practice assignment and the practice-tracking that would record whether it was done are early access — described here honestly as where the surface is going, not as something you can assign today.
Score and transposed parts
The full conductor’s score and every instrument’s transposed reading part from one source, with section isolation for drilling. The engraver handles the transposition; the director isolates the section to rehearse.
The full conductor’s score
The full score in the Musique engraver shows every instrument on its own line in concert pitch, with the standard conductor layout. A director can see the full texture of the piece, follow the rehearsal from the conductor’s perspective, and isolate any section by switching the view. The conductor’s score is the source of truth for the parts.
Transposed reading parts
Each instrument family sees its part transposed to its reading key: Bb instruments transposed up a major second, Eb instruments up a minor third, French horns in F transposed up a fifth. The transposition is deterministic and computed from the concert-pitch score — a player opens their part and reads the notes they are actually responsible for, at the pitch they are used to reading.
Section isolation
The part selector narrows the view to a single instrument family — just the flutes, just the low brass, just the clarinets — for a section rehearsal. Players in the section see their part; the director sees the same part alongside the surrounding harmonic context. Isolation is the first step of a section drill.
Instrument families
The selector covers the standard wind band families: flute and piccolo, oboe and bassoon, the clarinet family (Bb, bass, contrabass), saxophones (alto, tenor, bari), the brass family (trumpet, horn, trombone, euphonium, tuba), and percussion. Every family has its own transposition and clef, handled by the engraver.
Consistent with the written page
A part a player sees on screen is the same part they would see on the stand: same transposition, same engraving, same layout. The surface does not create a separate rendering for rehearsal — the Musique engraver is the single rendering engine, and the on-screen part and the printed part come from the same source.
Your music, not a generated arrangement
The score in the engraver is the music the director loaded. Concert Band does not generate a part, suggest a voicing, or re-arrange anything. It reads what the director loaded, transposes it correctly for each instrument, and presents it. There is no AI in the score rendering path.
Sectional rehearsal
Inside the drill: four steps, each a single control. Isolate the section, slow the tempo, count in, run the passage. No separate metronome, no manual bar navigation, no separate tab for the transposed part.
Select the instrument family for the section drill. Set the loop range to the passage that needs work -- the difficult entrance, the intonation problem in the middle of the phrase, the section that fell apart at the last run-through. The loop holds those measures on repeat without the director having to find the bar every time.
Bring the tempo down to drilling speed. A rhythmically difficult passage that cannot be played cleanly at performance tempo can almost always be learned at a slower tempo -- the goal is accuracy at low speed before adding speed. The tempo slider is one control; set it once for the drill and adjust as the section improves.
The count-in plays beats before the entry measure. The click is routed honestly through the Musique audio engine: the producesSound flag is false until SONUS is wired, so the count-in is shown and announced but never synthesized as a fake audible click. When the audio engine lands, the same flag flip brings it live without any other change to the rehearsal surface.
The loop runs the passage at the set tempo, count-in to cadence, and returns to the top. The section repeats it until the entrance is clean, the director raises the tempo a notch, and they run it again. When the passage is clean at drilling speed and clean at a few steps above it, the director returns to performance tempo and runs the passage with the full band. That is the arc the surface is designed to support.
What the surface does, and how far along each piece is
Every capability below is labelled honestly. In active development means the piece is designed and being wired on the Musique suite — not available to use today. Honest-off means it is present in the surface but deliberately does not run yet. Early access means it is on the roadmap, not in the current build. Nothing here is a shipped, log-in-today product.
Transposed reading parts
Every instrument family reads its part in its own key, derived deterministically from the concert-pitch score: Bb up a major second, Eb up a minor third, horn in F up a fifth, C instruments at concert pitch. Designed and in active development on the engraver.
Section isolation
The part selector narrows the engraver to a single instrument family for a section drill, so the section reads its own part while the director keeps the surrounding harmony in view. Designed and in active development.
Tempo slow-down and loop range
The sectional cluster holds a measure range on repeat and drops the tempo below the performance mark for drilling. Set the loop, set the tempo, run the passage. Designed and in active development.
Count-in and metronome click
The count-in and metronome route through a voice whose producesSound flag is false until the SONUS audio engine is wired. The beat is shown and can be announced, never faked as an audible click. Honest-off until SONUS lands; one flag flip brings it live.
Passage marking and annotation
Pinning a bowing, a breath mark, or a note to a measure so a run-through becomes a specific, carryable fix. On the roadmap, not in the current surface — this page does not claim you can annotate a score today.
Home-practice assignment and tracking
Sending an isolated, looped, slowed passage home as a student assignment, and recording whether it was practiced. Early access — described honestly as where the surface is going, not as something you can assign today.
Who Concert Band is for
The band director runs the full ensemble and the section rehearsals inside it. You have a full score, a room of players who need to drill an entrance in their transposed key, and limited time. Concert Band puts the isolate-loop-tempo-count-in workflow into one surface so the section drill is the focus, not the setup — and the same score that drives the full-band read drives every isolated part.
The section leader — a student principal or an assistant director running a woodwind or brass sectional on their own — needs the section’s part, the loop, and the tempo without the full conductor’s score in front of them. The single-family view is built for exactly that: load the part, set the loop, run the drill, and report back what still needs work before the next full rehearsal.
The student practicing an exposed passage can use the section drill independently: pick the instrument, isolate the passage, set a practice tempo below the performance mark, and run it alone before the next rehearsal. The transposed part is what they see on screen, exactly as they would read it from the stand — not a concert-pitch score they have to transpose in their head.
Concert Band is built on the same Musique suite as the choral and general-music surfaces on the platform. A school that runs a choral program, a concert band, and a music-theory class through the platform has one rehearsal engine behind all of them. Concert Band is the instrumental-rehearsal face; it is not a separate product requiring a separate account.
Scores, practice data, and privacy
The score a director loads is the school’s music. Concert Band reads it to display and transpose it — that is all. The score is not sent to an outside AI service, not used to train a model, and not shared with or sold to anyone. There is no generative model in the path: the engraver renders what was loaded, in each instrument’s reading key, and nothing else.
When practice-tracking arrives — it is early access — any record of what a student practiced belongs to the school and the family. Student practice data is never sold and never handed to an advertiser or a data broker. The surface runs on private infrastructure, with no third-party ad network and no behavioural tracking on students, and any practice record is deletable by the school.
Concert Band is a rehearsal tool, not a photo or media product: it does not collect student photos and does no face matching of any kind. If a school runs the wider platform for its picture day and event media, the consent rules for that media live there; the rehearsal surface itself holds scores and, when it ships, practice records — both school-owned, both deletable, neither sold.
What is in active development, honest-off, and early access
In active development: the Musique engraver carrying and transposing the score, the part selector that isolates a section, and the sectional cluster that holds the loop range and practice tempo. These are the core of the surface. They are designed and being wired — not available to use today.
Honest-off: the count-in and the metronome click. They route through a voice whose producesSound flag is false until the SONUS audio engine is wired, so the beat is shown but never synthesized as a fake audible click. When SONUS lands, one flag flip brings the click live without any other change to the surface.
Early access: passage marking and annotation, and home-practice assignment with practice-tracking. These are on the roadmap, not in the current surface. This page does not claim you can mark a score or assign practice today.
Money is honest-off: there is no pricing, no checkout, and no card is charged on this page. Concert Band does not generate or arrange music, and there is no AI in the rehearsal path. The honest next step is early access.
Where the build is, honestly
Concert Band is in active development on the Musique suite. In active development This page describes the rehearsal surface’s design and where it is going — not a claim that the part selector, loop, tempo, and count-in are available for a director to use today. They are being built.
What is settled is the surface’s design: transposed parts in the engraver, section isolation, loop range and practice tempo, and an honest count-in and metronome. What is being built is the engine: the Musique engraver carrying and transposing the score, the rehearsal cluster running the passage, and the SONUS audio engine wiring the metronome and count-in to audible clicks. We would rather say that plainly than imply the whole surface is live.
If this fits what your band program needs, early access is how you get in while it is being built. No pricing and no checkout on this page — just a way to start the conversation.
Frequently asked questions
What is Concert Band?
Concert Band is an instrumental-rehearsal surface for K-12 concert and wind ensemble programs, built on the Musique music suite. A director loads the score in the Musique engraver; the part selector isolates a section in its transposed reading key; the sectional cluster provides loop, practice tempo, and count-in controls for drilling a passage. It is in active development — not a product you can use today.
Which instrument transpositions does the engraver cover?
The engraver derives each part from the concert-pitch score in the instrument’s own reading key: C instruments (flute, oboe, bassoon, trombone, euphonium, tuba) at concert pitch; Bb instruments (clarinet, trumpet, soprano and tenor saxophone) up a major second; Eb instruments (alto and baritone saxophone, Eb clarinet) up a minor third or a major sixth; horn in F up a perfect fifth; plus the octave-transposing cases — piccolo up an octave, contrabass clarinet and string bass down an octave — each with the right clef for the family. The transposition is deterministic from the score, not a guess, and it is in active development like the rest of the engraver.
Is this for marching band or concert band?
Concert band, symphonic band, and wind ensemble — the seated, score-and-parts rehearsal. Marching band is a different problem: drill charts, field coordinates, and marching-drill design are not what Concert Band does. The transposed parts here could support a marching ensemble’s music rehearsal, but the surface is built around the concert-rehearsal workflow, not the field. We would rather say that plainly than imply it covers drill design.
Does the engraver handle instrument transpositions automatically?
Yes. The Musique engraver holds the concert-pitch score and transposes each instrument’s part to its reading key — Bb instruments up a major second, Eb instruments up a minor third, and so on. A clarinet player sees their part in the key they read from; a director sees the full concert-pitch score. The transposition is deterministic from the score, not a guess, and no AI is involved.
How does the sectional rehearsal cluster work?
Three controls: a loop range that holds a selected set of measures on repeat, a practice tempo slider that brings the passage below performance tempo, and a count-in that plays beats before the entry measure. Set the loop, slow the tempo to drilling speed, press start, and the section repeats the passage. Raise the tempo when the section is clean at the slower speed. The count-in is honest-off until the SONUS audio engine is wired.
What does “honest-off” mean for the metronome and count-in?
The metronome and count-in clicks route through a voice in the audio engine whose producesSound flag is set to false until SONUS is wired. That means the beat is shown and can be announced visually, but the surface never synthesizes a fake audible click. When SONUS lands, flipping that flag brings the audible click live without any other change to the rehearsal surface.
Can I mark up a score or assign home practice today?
Not today. Passage marking and annotation — pinning a bowing or a note to a measure — and home-practice assignment with practice-tracking are early access. They are on the roadmap and described here honestly as where the surface is going. The core rehearsal capabilities (transposed parts, section isolation, loop, and practice tempo) are the pieces in active development; marking and home practice come after them.
Can a student use Concert Band independently to practice a difficult passage?
Yes, that is a core use. The part selector and sectional cluster are designed to work independently: a student can isolate their instrument, set a loop on the passage they want to drill, slow the tempo to a learnable speed, and work through it alone. The transposed reading part is what they see, exactly as they would read it on the stand — not a concert-pitch score they have to transpose themselves.
How is Concert Band different from Choir?
Choir rehearses voice parts — a singer reads one line against the harmony. Concert Band rehearses transposing-instrument parts — a clarinet, a horn, and an alto saxophone each read in a different key derived from the same concert-pitch score. The transposition is the difference. Both are built on the Musique suite, but they are deliberately separate surfaces: choir.software for voices, concertband.software for winds and their transposed parts.
Does Concert Band generate music, arrange parts, or suggest harmonies with AI?
No. Concert Band is a rehearsal tool for music the director already has. The engraver reads the score that was loaded and transposes it correctly for each instrument. Nothing generates a part, suggests a voicing, or auto-arranges anything. There is no AI in the rehearsal path.
How does Concert Band relate to the rest of the Musique suite?
Concert Band is the instrumental-rehearsal face of the Musique suite. The notation engraver that carries the score and the sectional-rehearsal cluster are shared Musique engines. musique.software is the wider suite; concertband.software is its wind-ensemble rehearsal front. choir.software is the choral-rehearsal sibling; musicschool.software runs the operations of a music school, which is a different job entirely.
Is there a cost?
There is no pricing and no checkout on this page. Concert Band is in active development; the honest next step is to ask about early access, not to buy a subscription. No billing, no contract, no card charged, and no price are presented here.
What this page is and is not claiming
This page describes a rehearsal surface in active development on the Musique suite. It is not a claim that Concert Band is a finished product you can log into and use today. The part selector, the transposed parts, the loop range, and the practice tempo are being built; the audible count-in and metronome are honest-off until SONUS is wired; passage marking and home-practice assignment are early access, not in the current surface.
Concert Band is a tool for music a director already has. It does not compose, arrange, harmonize, or generate anything, and there is no AI in the rehearsal path. It handles transposing-instrument parts — which is what makes it the band surface and not the choir surface — and it is not the studio-operations platform that Music School Software is.
There is no pricing, no checkout, and no card is charged here. No fabricated schools, students, or testimonials appear on this page. The honest next step is to ask about early access.