Meta description: A realistic dealership construction timeline runs 12 to 24 months from planning through grand opening. We break down every phase and the schedule killers to avoid. For comprehensive guidance, see our auto dealership construction resource.
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Building a dealership takes 12 to 24 months from the initial planning decision to the grand opening. That range is wide because every project has different variables — site conditions, OEM approval timelines, permitting, weather, and the complexity of the service department. But the phases are predictable, and the schedule killers are always the same. We have been involved in enough dealership construction projects to know exactly where timelines slip and what prevents it.
The dealership construction timeline matters because every month of delay is a month without revenue. A service department that opens 90 days late costs the dealership $150,000 to $300,000 in lost fixed operations revenue. A showroom that misses the spring selling season cannot get those sales back. Understanding the realistic timeline — not the optimistic one from the architect’s first presentation — is the first step toward hitting the opening date.
Phase 1: Planning — 3 to 6 Months
The planning phase covers everything that happens before the first architectural drawing. This includes site selection (for new builds), OEM facility program review and approval, architect and engineer engagement, equipment planning, and permitting preparation.
OEM approval is often the longest task in this phase. Every major manufacturer — GM, Ford, Toyota, Honda, Stellantis — has a facility standards program that must approve your construction plan before you build. GM’s Image Program, Ford’s Facility Design Standards, Toyota’s Image USA — each has its own review process, timelines, and required documentation. Some manufacturers assign a facility representative who reviews plans at multiple stages. Getting initial OEM approval can take 6 to 12 weeks by itself.
Equipment planning should start in this phase, not later. This is the point in the project where Auto Lift Services gets involved. We work with your architect to define the service department layout based on the equipment that will go in it — not the other way around. Lift locations, alignment rack positions, paint booth placement, air system routing, and fluid management piping all affect the architectural design. If equipment planning waits until Phase 3 or 4, you are retrofitting a building to fit equipment rather than designing a building around equipment.
Permitting varies wildly by municipality. Some jurisdictions process commercial building permits in 4 to 6 weeks. Others take 4 to 6 months, especially if environmental review, traffic studies, or zoning variances are required. Start the permitting process as early as possible — it runs in parallel with design, and it is the one task you cannot accelerate by adding resources.
Phase 2: Design — 2 to 4 Months
Architectural design translates the planning phase decisions into construction documents. This includes the floor plan, structural engineering, MEP (mechanical, electrical, plumbing) design, site plan, and the OEM design review.
The service department floor plan is where equipment placement drives construction decisions. We provide your architect with complete equipment specifications during this phase:
- Lift anchor bolt patterns — exact dimensions for every lift position, provided as a CAD overlay on the floor plan
- Concrete specifications — thickness, PSI rating, and reinforcement schedule at every lift pad location
- Electrical loads — circuit requirements for every piece of powered equipment (lifts, alignment machines, tire changers, compressors, paint booth controls)
- Air piping layout — compressor location, main header routing, drop locations, pipe sizing
- Exhaust extraction — hose reel locations, ductwork routing, fan capacity, roof penetration points
- Paint booth requirements — structural support for rooftop air handling units, gas connections, fire suppression, intake and exhaust duct routing
- Pit locations — if the design includes in-ground lifts or service pits, these must be engineered into the foundation plan
This equipment data feeds directly into the structural and MEP engineering. Without it, the engineer is guessing — and guesses lead to change orders. The dealership construction timeline stretches every time a change order forces redesign. (See also: dealership alignment bay.)
The GC selection process also happens during this phase. We recommend selecting the GC before design is final so they can provide constructability input. Our construction partners — Koester and our partner construction companies — are experienced with dealership builds and understand the coordination between the building and the equipment inside it. If you bring your own GC, we work with them.
Phase 3: Sitework and Foundation — 2 to 3 Months
Sitework includes grading, utility connections (water, sewer, gas, electrical service), stormwater management, and parking lot preparation. For new construction on undeveloped land, this phase can run longer — especially if soil conditions require engineered fill or deep foundations.
The foundation pour is the single most consequential event in the entire project schedule. Once the concrete is placed and cured, changing anything embedded in it — lift anchor bolts, pit locations, in-ground plumbing, conduit runs — requires cutting the slab. Cutting concrete in a new building is expensive, creates dust that contaminates other construction work, and delays every trade that needs access to the affected area.
This is why we provide anchor bolt patterns and pit specifications before the slab pour — not after. Every lift position, every in-ground lift pit, every alignment rack mounting point, and every floor drain location must be correct in the concrete plan. We review the concrete drawings, verify dimensions against equipment specifications, and sign off before the pour. This step alone prevents the most common and most expensive construction mistake in dealership service departments.
Floor flatness is critical for alignment equipment. The alignment rack area of the slab must meet the alignment machine manufacturer’s flatness specification — typically measured in F-numbers (FF and FL values). A floor that is “flat enough” for general construction may not meet alignment equipment requirements. This specification must be communicated to the concrete contractor before the pour, not discovered after the alignment machine fails to calibrate.
Phase 4: Structure — 3 to 5 Months
Steel erection or framing, roofing, exterior walls, and MEP rough-in. This is the longest continuous construction phase and the one most affected by weather. In the Midwest, winter steel erection is possible but slower and more expensive. Many project schedules are structured to avoid the worst winter months if possible.
During this phase, the MEP trades install the infrastructure that the equipment will connect to: electrical panels and conduit to equipment locations, compressed air piping (we specify the main header size, branch sizes, and drop locations), gas piping to paint booths and heating equipment, and exhaust extraction ductwork. All of this work is behind walls and above ceilings — it must be right before drywall goes up.
We coordinate with the electrical contractor to verify that the panel has adequate capacity for all equipment loads. A common mistake: the electrical engineer sizes the panel for the building loads (HVAC, lighting, outlets) and underestimates the equipment loads (multiple lifts cycling simultaneously, compressor startup current, paint booth blower motors). We provide a complete electrical load schedule that includes peak demand calculations for every piece of equipment.
Phase 5: Interior and Equipment Installation — 2 to 3 Months
This is when the service department transforms from a shell into a working facility. Interior finishes go in, and equipment arrives on a staged delivery schedule coordinated with the construction timeline.
Equipment installation follows a specific sequence:
- In-ground lifts and pits — if any lifts are flush-mount or in-ground, they install before the finish floor goes down
- Above-ground lifts — installed after the finish floor is complete but before the overhead MEP is finished (lifts need overhead clearance for the lift columns)
- Alignment rack — installed and leveled before the alignment machine is mounted
- Paint booth — typically the longest equipment installation (3 to 5 days for a downdraft booth), scheduled early in Phase 5
- Air system — compressor, dryer, and final connections to pre-installed piping
- Fluid management — bulk tanks, pumps, overhead reels, and waste oil system
- Exhaust extraction — hose reels, nozzles, and fan connections
- Tire and wheel equipment, brake lathes, specialty tools — installed last
This sequence matters because each piece of equipment needs the infrastructure from the phase before it. Installing a lift before the electrical circuit is live wastes the installation crew’s time. Installing the alignment machine before the rack is leveled means a second trip. We manage the equipment delivery and installation schedule to align with the construction milestones — our equipment arrives when the building is ready for it, not before and not after.
Phase 6: Commissioning — 2 to 4 Weeks
Commissioning is the final phase of the dealership construction timeline. Every piece of equipment is tested, calibrated, and verified operational. Lifts are cycled through their full range. The alignment machine is calibrated to the installed rack. Paint booth airflow is balanced and measured. The air system is pressure-tested. Fluid management metering is verified.
Staff training happens during commissioning. We train the service department staff on every piece of equipment we installed — operation, daily maintenance, and troubleshooting. The fixed operations director gets the maintenance schedule, warranty documentation, and our direct service line.
OEM facility inspection typically happens during or immediately after commissioning. The manufacturer’s representative verifies that the facility meets their program standards — equipment, signage, workflow, and showroom presentation. Failing the OEM inspection does not happen when equipment planning started in Phase 1.
Certificate of occupancy — the municipal sign-off that the building meets code and is safe for use — is the final administrative step.
The Number One Schedule Killer
Across every dealership construction timeline we have been involved with, one mistake causes more delays than any other: changes to the concrete plan after the slab is poured.
If lift locations move after the pour, you are cutting concrete. If an alignment pit was forgotten, you are cutting concrete. If the paint booth footprint changed during design but nobody updated the foundation plan, you are cutting concrete. Every concrete cut costs $5,000 to $15,000, takes days to complete, and delays every other trade working in the affected area.
The fix is straightforward: finalize the equipment layout before the concrete plan is finalized. Lock it down. Review it twice. Then pour. We provide a sign-off sheet for the concrete plan that confirms every anchor bolt, every pit, every floor drain, and every in-ground conduit is positioned correctly for the equipment that will sit on top of it.
Working With Us on Your Timeline
We coordinate with your architect, engineer, and general contractor from Phase 1 through Phase 6. We back the building and every piece of equipment with a 2-year warranty. One company, one point of contact, from the first planning meeting to the grand opening.
Call 800-674-9302 | Email info@autoliftserv.com | Browse equipment at store.autoliftserv.com
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Josiah Ragsdale
Founder, Automotive Lift Services
Josiah has been installing, repairing, and inspecting automotive lifts since he was 18 years old. He founded Automotive Lift Services in 2019 after years of seeing lifts installed wrong, never inspected, and putting technicians at risk. His team now services all 50 states from their Iowa headquarters. Read more
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