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SMF Terminal B Parking Garage

SMF Terminal B Parking Garage

Project Details

Location: Sacramento, CA

Size: 6 levels, 5,512 spaces

Delivery: Design-Build

Categories: Current Projects, Parking Structures

The Sacramento International Airport Terminal B Parking Garage will be a six-level, 5,512-space facility located west of Terminal B, seamlessly connected to the Terminal via an existing five-story elevator tower and pedestrian bridge. This impressive structure is designed with a long-span, cast-in-place concrete system featuring post-tensioned slabs and beams, along with a slab-on-grade base. A lateral load-resisting system, achieved through moment-resisting frames in both longitudinal and transverse directions, was selected to create a visually open design that enhances security and wayfinding.

The garage’s functional layout includes dual helix vertical circulation points at the southern corners, ensuring efficient traffic flow. Each level features major north-south drive aisles on the east and west sides with two-way traffic, while one-way aisles running east-west serve angled parking spaces. Traffic circulation is managed through entry and exit helixes across all levels.

The polygon-shaped structure spans approximately 453 feet in width and 868 feet in length, covering a total area of 1,945,571 gross square feet. With design efficiency of 340 square feet per stall, it accommodates 5,512 parking spaces. This development aims to improve the traveler experience by expanding parking capacity and incorporating modern amenities, reflecting the airport’s commitment to meeting current and future passenger needs.

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City Of Sacramento City Hall Parking Garage Revitalization

City Of Sacramento City Hall Parking Garage Revitalization

Project Details

Location: Sacramento, CA

Square Feet: N/A

Delivery: Design/Build

Categories: Parking Structures

Project Description

Otto, together with the architect, presented to the campus design and construction costs that were $1.5 million under budget. With these savings, CSU Chico was able to add additional scope and facility enhancements. The building achieved LEED Gold certification and sustainable features implemented into the design and construction include 10 electric vehicle charging stations, high efficiency lighting, rooftop solar panels, recycled and regional construction materials, low-emitting VOC paints and coatings, and storm water treatment using a bio-filtration system.

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CSU Chico Normal Avenue Parking Structure & EHC/UPD Building

CSU Chico Normal Avenue Parking Structure & EHC/UPD Building

Project Details

Location: Chico, CA

Square Feet: 106,464

Delivery: Design/Build

Categories: Education, Parking Structures

Project Description

Otto, together with the architect, presented to the campus design and construction costs that were $1.5 million under budget. With these savings, CSU Chico was able to add additional scope and facility enhancements. The building achieved LEED Gold certification and sustainable features implemented into the design and construction include 10 electric vehicle charging stations, high efficiency lighting, rooftop solar panels, recycled and regional construction materials, low-emitting VOC paints and coatings, and storm water treatment using a bio-filtration system.

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Cosumnes River College Parking Structure

Cosumnes River College Parking Structure

Project Details

Location: Sacramento, CA

Square Feet: 596,450

Delivery: Lease/Leaseback

Categories: Education, Parking Structures

Project Description

This 2,016 space, five-level parking structure serves both students of CRC and Regional Transit Light Rail passengers of the Blue Line. Design elements include three circulation towers at the corners of the structure, and a monumental stair from the northwest corner of the structure to the main entrance of the campus.  In order to ensure student safety, the interior of the structure was painted all white with bright lighting, security cameras throughout, emergency telephones, and a clear line of sight across every level. Sustainable features include 20 EV charging stations, motion sensor lighting, and a rooftop array of solar panels. Other unique characteristics of the structure include an electronic sign system that shows available parking spaces on each level, charging stations for electric vehicles and two electronic marquees placed on the east-side towers that will inform the community of campus activities.

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