Santa Will Find You: SAB Choral Octavo

Hayes respects the pop idiom without sentimentalizing it, crafting an arrangement that lets the melody breathe while giving each voice part genuine musical work. The SAB voicing sits naturally for mixed choirs without the stretched tessituras that plague many three-part adaptations, and the 11-page length keeps this accessible for groups with limited rehearsal time without sacrificing harmonic interest.

Warm and present, with a conversational tone that sits somewhere between a pop ballad and a contemporary spiritual. The arrangement wraps you in accessible harmony while maintaining forward momentum, inviting rather than sentimental.

SAB choirs looking for contemporary repertoire that feels current without requiring advanced technical demands. This works equally well for secular concert choirs, community ensembles, and church choirs programming Christmas concerts beyond traditional carols.

• Find the pulse in the accompaniment track before sectional rehearsals begin; this prevents the choir from drifting into the slow ballad trap and keeps the arrangement's rhythmic vitality intact.
• Balance the altos carefully during sustained harmonies. Hayes writes them as active harmonic partners, not mere fillers, so they need to lock in with the sopranos without disappearing.
• Let the baritones own their moments in the bass line rather than playing it as a support role; the arrangement gains dimension when the lowest voice has conviction.

Slot this into the second half of a holiday concert to bridge between traditional carols and contemporary pieces, or pair it with other pop-influenced arrangements to shape a thematic set around modern expressions of seasonal hope. Its modest page count makes it ideal for inclusion alongside a larger choral work without straining your overall program length.

• Balancing blend and blend across three-part mixed voicing
• Singing pop melodic contours with consistent intonation
• Following rhythmic independence from an accompaniment track
• Sustaining line integrity while supporting harmonic function