Our Mission

Preservation Through Renovation


Many of our projects include buildings that were built at the turn of the 20th century, which boast many unique and wonderful architectural attributes. However, while the passing of time helps us appreciate the architectural designs of the past, it can also be unnecessarily unkind to a building's foundation. Over time, our once vibrant and youthful landmarks of the past century have become vacant and lifeless. At a glance, these buildings appear to be blighted or unstable; but we see the potential to revive their former beauty and to bring life back within their walls. Our experienced team focuses on the revival of these antiquated structures. Through meticulous planning, scrutinizing review, and efficient implementation we are able to transform an otherwise obsolete space into an income-producing property. In fact, the ability to restore these buildings to their prior greatness has a positive effect in a variety of different aspects. Not only do these development initiatives help preserve a piece of the past, they create jobs, stimulate the local economy, increase tax-revenue, and provide a quality place for people to live. We believe this to be a truly a worthwhile and wonderful endeavor.



Larson Development’s management portfolio includes over 368 residential units. We have built our reputation on preserving and restoring the historic value of buildings in Virginia and Oklahoma. Larson Development seeks not only to enrich communities by restoring the beauty of neighborhoods but also to create function for modern needs and to reconnect people within communities.

Our company is all about flexibility, innovation and above all, results. Our team of experienced management personnel will focus on our primary goal of delivering unique concepts for our projects.

To minimize financial investments required at start-up, our proven team provides an objective analysis of project costs, incentives, risks, rewards and timelines needed to restore the historic integrity of older structures.