What Is a Rake Board?

A rake board is a trim board installed along the sloped edge of a gable roof, running from the eave up to the ridge, finishing this angled roof edge much like fascia finishes the horizontal eave, while also providing a mounting point for any trim or drip edge along this sloped roof edge.

Because this edge runs at an angle following the roof’s slope rather than horizontally, rake boards experience somewhat different wind loading and water-shedding considerations than the horizontal fascia found along the eave.

Proper rake board installation, including adequate fastening and coordination with the roofing material’s edge treatment, matters for both appearance and the wind resistance this exposed roof edge specifically requires.

What Does a Rake Board Involve?

  • Trim following the sloped gable roof edge
  • Coordination with roof edge metal and drip edge
  • Enhanced fastening given elevated wind exposure at this edge
  • Various material options similar to fascia choices

Why Are Rake Boards Important?

The rake edge experiences significant wind uplift forces during storms, since wind can catch beneath this angled overhang differently than at a horizontal eave, making proper rake board installation and fastening particularly important for a roof’s overall wind resistance performance. Building codes in high-wind regions often specify enhanced requirements along rake edges compared to standard field installation elsewhere.

Rake board depth and detailing also significantly influence a home’s architectural character, with some styles favoring minimal, understated rake trim for a cleaner, more modern look while others use more substantial trim consistent with traditional design. This balance of function and style reflects the rake board’s dual structural and aesthetic role.

Rake Board vs. Frieze Board

A rake board finishes the sloped gable roof edge. A frieze board finishes the horizontal transition where siding meets the soffit along an eave, both serving similar finishing roles but addressing distinctly different edge orientations.