Utron

08/24/2026

Our Puzzle parking online planner lets you configure a system layout and instantly see capacity and dimensions.

You input site parameters. The tool shows feasibility. You validate fit-and-function on your own schedule. No consultant meetings. No back-and-forth iterations.

For early feasibility studies. For schematic design decisions. For anyone who wants to test Puzzle fit before formal design engagement.

Test-and-validate on your timeline (link in first comment).

08/17/2026

One of the most expensive parking decisions can be made before the parking garage is even designed: Choosing the parking strategy too late.

By then, the project may already be built around a structural grid, ramps, circulation, MEP and other parking constraints.

At that point, parking isn't helping shape the design.
It's trying to fit into it.

The better approach is to ask early:
1️⃣ How much parking is actually needed?
2️⃣ When will demand peak?
3️⃣ How much space will circulation consume?
4️⃣ And what could the project gain if parking occupied less space?

Because the right parking strategy isn't just about storing cars.
It can change what you can do with the building.

How early does parking enter your design process?

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08/13/2026

Mixed-use parking is rarely a “one-size-fits-all” problem.

An office component may create a sharp morning peak as tenants arrive.
Retail brings variable occupancy and transient users throughout the day.
Different tenants may have completely different parking patterns - from predictable morning routines to irregular visits, short-term parking, and evening demand.

So the challenge isn’t simply: “How many parking spaces do we need?”
It’s: “How will different users actually use those spaces - and when?”

Parking design should start with understanding the building’s users and their patterns - not just counting spaces.

For architects and developers, that means considering:
• Peak arrival and departure periods
• Different tenant parking behaviors
• Transient vs. long-term users
• Entry, exit and queuing requirements
• Available building volume and footprint
• How parking impacts valuable retail, office or residential space

The right parking design can do more than satisfy a code requirement.
It can help make the entire mixed-use project work better.

08/10/2026

Retrofitting a parking system into an occupied building means coordinating around existing tenants. Loading zones. Lobby access. Utility routing. Revenue-generating ground floor operations.

Phases are planned to minimize disruption. Utilities are rerouted ahead of system installation. Loading access is maintained. Ground floor operations stay online.

Retrofit isn't demolition followed by new construction. It's surgical integration into an operating building.
Read how we successfully retrofitted The UCLA Medical Center (link in first comment).

08/06/2026

Construction timelines depend on predictable phases and known dependencies.

Automated parking has four distinct phases: planning and coordination, manufacturing, on-site installation, testing and commissioning. Each phase has fixed duration once manufacturing begins.

Utron owns and manages each phase as turnkey operator. Factory builds to spec. Delivery arrives on schedule. Installation integrates with your site timeline. Testing validates system performance.

One entity managing the full lifecycle means one source of accountability for schedule.

08/04/2026

What does parking design do to your floorplate?

On a tight site-irregular footprint, existing structure, minimal setbacks-every parking decision affects what's buildable above it. Column placement. Pit depth. Vertical clearances.

Automated and semi-automated systems are engineered to minimize pit depth and eliminate ramps. That design constraint gets solved at the parking level, not passed to the floors above.

The question isn't parking vs. no parking. It's what constraints does your parking system introduce.

07/23/2026

Slide doesn't move in one direction.

Most automated systems run a shuttle on a fixed path, or rotate vehicles on a turntable. Slide uses a conveyor mechanism that moves horizontally and vertically, with no turntable and no fixed shuttle path to route around.

At The Rowan in Astoria, Queens, that mechanism replaced a full ramp structure. 97 spaces stored across 3 levels.

The ramps and drive aisles that structure would have required went to ground-floor retail instead. Retrieval is fast and touchless.

Slide Parking. The Rowan. Astoria, Queens.

07/20/2026

Many existing garages weren't built to support EV charging, making upgrades expensive and disruptive.

Planning for EV infrastructure early can help avoid costly renovations while ensuring your project is ready for evolving tenant and market expectations.

Automated parking systems make it easier to integrate EV charging by optimizing space, simplifying infrastructure planning, and supporting a more flexible parking layout.

The best time to prepare for tomorrow's vehicles is during today's design process.

See how Utron integrates EV readiness into modern parking design.

See how Utron automated and semi-automated parking structures can support EV charging inside the parking structure.

07/09/2026

The earlier parking is evaluated during project planning, the more options remain on the table.
At Pre-Design, the structural grid, excavation depth, and ground-floor program are still variables. That's when an automated parking system can influence project economics - not just parking costs.

In projects where we've engaged during Schematic Design, parking capacity increased by 20-30% without increasing the building footprint or structural depth.

What that can mean for the project:

• More stalls in less space - increasing net leasable area.

• No ramps at grade - creating opportunities for retail or amenities.

• Shallower excavation - reducing construction costs.

Run the parking analysis before the structure is designed, not after.
The biggest parking decisions are often made before parking is ever discussed.

07/06/2026

A half-foot column shift can be the difference between 126 parking stalls and 175.

In a typical podium parking level (43,509 sq ft, Type 1A, four stories of apartments above), a conventional layout may accommodate 126 stalls. An optimized layout designed around a Utron two-level Puzzle Parking system can deliver 175 stalls within the same footprint and building height.

The difference isn't just the parking system.

It's where the columns land.

When the structural grid is coordinated around the parking layout, capacity can increase dramatically without expanding the building envelope.

But this only works if it's identified early. Once the structural engineer finalizes the column grid, the opportunity is often gone.

That's why we start every engagement with a layout review, identifying opportunities to increase parking capacity before the design is locked.