KLAUS AUTOMATED PARKING SYSTEMS

Klaus Multiparking has been a trusted partner on the West Coast since 1996, with over 360 installations and nearly 10,000 stalls in daily use across California. Our systems are built around advanced hydraulic technology, delivering significantly greater safety, reliability, and long-term performance than systems sourced from China, offering dramatically fewer failures and reduced maintenance.

With decades of experience navigating local codes, design constraints, and economic cycles, Klaus has earned the confidence of architects, developers, and property owners who need proven solutions that last. In a market where most suppliers are just getting started—and others have already come and gone—Klaus provides the engineering expertise, local knowledge, and long-term commitment that makes all the difference.

When you're selecting an automated parking system, you're not just choosing equipment—you're choosing a long-term partner. Klaus Multiparking has been designing, installing, and servicing parking systems in the Bay Area since 1996, and we're committed to supporting our systems for the life of your building.

Over the past decade, we've seen many competitors come and go. Companies like Space Savers, Swiss Park, Boomerang, and CityLift entered the market with big promises—but ultimately exited the business, leaving customers without support and systems without parts or service. In fact, Klaus has been called in to replace Chinese-made lifts from some of these defunct brands at locations in San Francisco due to ongoing safety, reliability, and operational concerns.

As an example, when CityLift ceased operations, they left multiple in-progress projects unfinished, even after collecting payment for the systems. Developers were left scrambling to find solutions and additional financing, often facing costly delays and difficult decisions about how to move forward.

Today, several new firms have popped-up offering the same Chinese-made machines, but most have only been in business for a year or two, have just a handful of installations. Some are even claiming credit for projects they didn't even do. Worse yet, these firms are repeating the same costly mistakes; installing systems with unreasonably tight vehicle clearances because the equipment they use fits smaller cars than Klaus systems do (within the same space).

In a market where many providers have struggled to deliver, Klaus has remained a consistent and reliable partner. Our long-standing presence and proven performance offer the assurance that your system will be supported—today and for years to come. Choosing the right partner from the start isn't just important. It's essential.

Safety isn't just a feature—it's foundational. At Klaus Multiparking, it's a core design principle built into every system we deliver.

Recent failures in the automated parking industry have raised serious concerns. Some systems have experienced catastrophic breakdowns, stranding vehicles and causing costly downtime. None of these incidents involved Klaus systems—and none used hydraulic actuation.

These failures were in chain-and-sprocket systems, which rely on numerous mechanical linkages that wear, stretch, or drift out of sync. With dozens, or even hundreds of failure points, a single issue can bring the entire system.

Klaus takes a fundamentally different approach. Our hydraulic systems are engineered for safety by design

• The use of hydraulics improves uptime by reducing wear points by more than 200x throughout Klaus parking systems.
• Chain & Sprocket Systems require, on average, 30x more motors in a system. Unfortunately, this does not provide redundancy, but rather, increases downtime because any one motor failure prevents operation of the entire system.
• Fewer components in Klaus Systems mean lower maintenance costs and reduced downtime over the system's lifetime.

And safety extends beyond hardware. Our local, in-house support team—not third-party contractors—is trained and equipped to keep your system running safely and reliably. With thousands of daily-use stalls in real-world operation across the West Coast and a flawless safety record, Klaus systems are proven in the real world.

In an industry where some providers disappear after installation—or worse, cut corners that lead to system failure—Klaus delivers the safety, stability, and long-term accountability that matters.

No matter how advanced a parking system may be, its real-world success depends on the quality of its support. That's why at Klaus Multiparking, we've built a service organization that leads the industry—because we know that a system is only as good as the team that stands behind it.

Our pricing includes everything needed to ensure a smooth, successful project: design assistance, full shop and as-built drawings, documentation, coordination with trades like electrical and fire suppression, training, signage, shipping, taxes, and one full year of support and maintenance. But it's our ongoing commitment after installation that truly sets us apart.

Klaus provides direct, in-house support—not outsourced third-party service. We have two Bay Area offices, three fully equipped service vans, and a 24-hour call line staffed by eight experienced, factory-trained technicians. Our team is focused on fast response times, minimizing downtime, and keeping systems running at peak performance. We also maintain a local spare parts inventory, allowing us to resolve issues quickly.

All Klaus employee/technicians are certified and continuously trained, staying up to date on the latest technologies and solutions. Our commitment to service doesn't end with installation—it continues for the life of your system. With Klaus, you're choosing not just a superior product, but a support team dedicated to your long-term success.

At Klaus Multiparking, we believe that well-planned systems lead to successful projects—and that starts with early, thoughtful design. That's why we offer complimentary design assistance from the very beginning of your project, partnering with architects, developers, and consultants to integrate mechanical parking solutions that truly work.

Whether you're exploring conceptual feasibility or developing early design documents, our team brings decades of experience and deep technical insight to help guide your decisions. We provide:

• System layout and space planning
• Equipment selection tailored to your project goals
• Coordination guidance with structural, electrical, and fire suppression teams
• Support with code compliance strategies
• Continued collaboration throughout the design development process

We specialize in maximizing parking in the minimum space and are experienced with the real-world challenges of parking design—oddly shaped sites, sloped parcels, shoring limitations, soil conditions, and more. With one of the most versatile product lines in the industry, Klaus can recommend the ideal system for each unique situation—ensuring it fits not only physically, but operationally and economically as well.

Our design assistance is always free. We encourage you to engage with us as early as possible—because the earlier we're involved, the more value we can deliver in terms of efficiency, cost-effectiveness, and long-term success.

All automated parking systems are powered by electric motors. Modern motors are very reliable, but the motion transfer method used in the system is of key importance. "Motion transfer" refers to how the physical movement from the electric motors is transferred to the parking platforms themselves. There are basically two methods:

Motion Transfer Methods

• Sprockets & Chains
• Hydraulic Actuators

While hydraulic motion isn't a new technology, it's certainly more modern than chain-and-sprocket mechanisms, which date back to the earliest industrial machinery.

Klaus has a wide product range, and while we do use both of these methods, virtually all Klaus systems use hydraulics as the primary method of motion transfer, because it provides far greater reliability and safety at no additional cost.

With safety and reliability as primary concerns, hydraulic systems simply can't be beat. Hydraulic motors are quiet and reliable. Platforms are guided by rails, and supported by hydraulic cylinders with redundant automatic secondary safety locks.

Hydraulic systems do require a higher level of engineering design expertise, this advanced engineering translates directly into superior reliability. Klaus Systems achieve a system-wide Mean Time Between Failures (MTBF) of approximately 10,170 hours, compared to just 370 hours for traditional Chain & Sprocket Systems. The difference is clear:

• The use of hydraulics improves uptime by reducing wear points by more than 200x throughout Klaus parking systems.
• Chain & Sprocket Systems require, on average, 30x more motors in a system. Unfortunately, this does not provide redundancy, but rather, increases downtime because any one motor failure prevents operation of the entire system.
• Fewer components in Klaus Systems mean lower maintenance costs and reduced downtime over the system's lifetime.

The total system MTBF is calculated based on how many individual components can fail. Since any single failure stops the entire system, the more failure points there are, the lower the system-wide MTBF.

System Type	Electric Motors	Powerpack & Lines	Chains & Sprockets	Total MTBF
Klaus Hydraulic Systems	50,000 hours	30,000 hours	N/A	≈ 18,750 hours
Chain & Sprocket Systems	1,667 hours *	N/A	667 hrs	≈ 476 hours

* Lower MTBF due to motor dependencies that do not exist in hydraulic systems.