Assemble Sound

Assemble Sound

Completion Date

Completion Date

Completion Date

Unknown

Unknown

Unknown

Data Type

Data Type

Data Type

LiDAR

LiDAR

LiDAR

Site Address

Site Address

Site Address

Unknown

Unknown

Unknown

Scan Type

Scan Type

Scan Type

Exterior, Interior

Exterior, Interior

Exterior, Interior

EIPC recently undertook a unique scanning project at the historic Grace to Grace Church, now known as the Assemble Sound space, in Detroit. This detailed documentation was specifically carried out to support the work of fellow Kevin Moultrie Daye, providing him with a comprehensive digital record of a space rich in history and architectural character. The initiative aimed to capture the essence of this building, preserving its intricate details and atmosphere through advanced digital means.

The former church building, with its transition into a creative hub like Assemble Sound, presented a fascinating subject for documentation. Such older structures often come with their own set of challenges for precise 3D scanning. These can include varied textures from aged wood and masonry, complex architectural details like stained glass windows that act as transparent barriers, and potentially uneven surfaces that require careful capture. EIPC utilized sophisticated 3D scanning technology to meticulously map the building's interior and exterior, ensuring that every unique feature, from ornate carvings to the overall volumetric feel of the space, was accurately preserved in the digital model.

For Kevin Moultrie Daye, this digital model provides an invaluable resource for his creative or research endeavors, allowing for detailed study and virtual exploration of the space without physical limitations. It serves as a comprehensive visual archive, capturing the building's current state and historical layers. This project powerfully demonstrates how advanced digital capture techniques can breathe new life into historical documentation, supporting contemporary creative work and ensuring that culturally significant spaces are preserved and accessible for a wide range of purposes, bridging the past with innovative future applications.