Dillon Pointe
Location
Broomfield, CO
Project Stats
- 60 acres
- 17.5 acres of parks and open-space
- 314 homes
- 1 acre neighborhood retail-use
Project Team
- DTJ
- ERO
- Fox Tuttle
- Osmosis Architecture
Dillon Pointe is a 60-acre residential neighborhood in Broomfield, Colorado, developed as an extension of the successful Aspen Creek community. With breathtaking views of the Front Range, Dillon Pointe celebrates its proximity to the surrounding open space as well as its strong connections to city life.
The neighborhood is designed with several unique enclaves that transition from lower density single-family homes along the existing Aspen Creek neighborhood to higher density urban townhomes along the active Dillon Road corridor. Dillon Pointe includes a wide range of housing types — from semi-custom homes on larger lots to single-family detached and alley-loaded homes, as well as multiple townhome products, including deed-restricted affordable units. The neighborhood open space features trail corridors, pocket parks, and a central neighborhood park woven throughout the site. The central park preserves an existing pond and mature cottonwood trees and acts as the primary gathering space for residents. Landscape planting incorporates Butterfly Pavilion and Botanic Gardens guidance, promoting healthy habitats and connectivity for native pollinators.
The family who owned the land engaged Redland to provide Land Planning, Civil Engineering, and Landscape Architecture services. Redland led planning, entitlement, and site design — addressing significant grade changes, the historic Farmers Reservoir and Irrigation Company (FRICO) irrigation ditch, and wetlands through targeted solutions, including lining the ditch to manage drainage and protect downstream conditions. Redland also supported rezoning and comprehensive plan amendments to allow a small commercial parcel at a prominent corner. Together, this work established a neighborhood framework that integrates housing diversity, affordability requirements, environmental considerations, and compatibility with surrounding development.




