Construction estimators face a growing challenge: accounting for increasingly complex wall assemblies, especially those using staggered framing configurations. These unique layouts—designed for enhanced acoustics and material efficiency—require a high degree of precision in estimating both materials and labor. Traditional tools often fall short

Construction estimators face a growing challenge: accounting for increasingly complex wall assemblies, especially those using staggered framing configurations. These unique layouts—designed for enhanced acoustics and material efficiency—require a high degree of precision in estimating both materials and labor. Traditional tools often fall short

Construction estimators face a growing challenge: accounting for increasingly complex wall assemblies, especially those using staggered framing configurations. These unique layouts—designed for enhanced acoustics and material efficiency—require a high degree of precision in estimating both materials and labor. Traditional tools often fall short

Construction estimators face a growing challenge: accounting for increasingly complex wall assemblies, especially those using staggered framing configurations. These unique layouts—designed for enhanced acoustics and material efficiency—require a high degree of precision in estimating both materials and labor. Traditional tools often fall short

Construction estimators face a growing challenge: accounting for increasingly complex wall assemblies, especially those using staggered framing configurations. These unique layouts—designed for enhanced acoustics and material efficiency—require a high degree of precision in estimating both materials and labor. Traditional tools often fall short