FAQs
Our systems achieve 99.99% uptime through industrial-grade automation, built-in redundancies, and 24/7 monitoring. Five operational installations totaling 26 years of service demonstrate proven reliability exceeding most building elevators.
Key reliability features:
Our systems include multiple redundancy layers and emergency protocols. There is NO single point of failure. In the extremely rare event of system issues, manual retrieval procedures ensure customer access to vehicles. Our 24/7 monitoring center provides immediate response, with most issues resolved remotely within minutes.
Average retrieval time ranges from 40-180 seconds, compared to 12-15 minutes in traditional parking structures. Remote request capability via mobile app enables “zero wait time” when customers request their vehicle before arriving at the building.
Absolutely. Nothing touches your vehicle except the pallet it sits on. No risk of dings, scratches, or collision damage that occurs in traditional parking. Vehicles remain secure, in climate-controlled environment protected from weather, theft, accident, and vandalism.
FAQs
Installation costs are comparable to above grade concrete parking structures and less expensive than subterranean construction. However, our turnkey model eliminates upfront capital requirements we fund, build, and own the system while you pay monthly rent.
Monthly rent covers:
We provide 100% project financing through long-term use agreements (30+ years with renewals). No upfront capital required from developers or building owners. You get immediate access to the space savings while we own and maintain the system.
Automated parking reduces operational costs by approximately 40% compared to traditional structures:
FAQs
Yes. Our modular system configures to fit virtually any footprint, above or below grade. Whether integrated into building structures or freestanding, we customize the design to your specific site and architectural requirements.
Traditional parking requires 375 square feet per vehicle. Our systems use only 208 square feet per car a 44% reduction and a 60 % reduction in cubic volume, which effectively reduces the area needed for parking by 50%. This space savings can be converted to additional rentable square footage.
Yes. We’ve successfully integrated systems into historic buildings, adaptive reuse projects, and existing structures. The modular design accommodates structural constraints while respecting architectural character.
Our loading bays are fully ADA accessible, making every parking space ADA compliant. No need for designated accessible spaces since all spaces are equally accessible through the loading bay system.
FAQs
Significant environmental improvements include:
Yes. EV charging integration allows users to plug in at the loading bay. The system automatically moves the vehicle to a charging stall, then relocates it to standard storage after charging completion.
Automated parking supports multiple LEED categories:
FAQs
No. The user experience is simpler than traditional parking:
No circling for spaces, no walking through dark structures, no weather exposure, no door-dings, no disrespectful drivers
Yes, but vehicle retrieval is required since storage areas are not accessible to the public for safety and security reasons. The 40-180 second retrieval time makes this convenient for quick access needs.
Our systems accommodate vehicles up to specified dimensions (varies by installation). Oversized vehicles like large SUVs, pickup trucks, and luxury cars are typically accepted. Specific vehicle compatibility confirmed during system design.
FAQs
Teton owns and maintains the parking system. Property owners receive exclusive use rights through long-term agreements while avoiding capital investment and operational responsibilities.
Our easement structure doesn’t interfere with mortgage financing. The use agreement is assignable to lenders and fully assumable by buyers, providing security for financing while enabling project development.
We carry comprehensive insurance covering the automated system. Reduced liability exposure for building owners due to eliminated security risks and restricted public access to storage areas.
Permit requirements vary by municipality. Our team manages the permitting process, working with local authorities to ensure compliance with building codes and zoning requirements.
FAQs
Installation timeline depends on project complexity:
Modular construction and preassembly reduce installation time compared to traditional parking structures.
Yes. Modular design enables future expansion as needs grow. Additional capacity can be added within the same footprint through vertical expansion or adjacent areas.
All maintenance is included in our service model. Preventive maintenance schedules, emergency response, and component replacement are handled by our certified technicians. No owner maintenance responsibilities.
FAQs
Automated parking solutions benefit:
Systems scale from 150 to 1,000+ parking spaces. Minimum project size depends on local economics and land costs. Maximum size limited only by site dimensions and structural requirements.
Currently focused on major metropolitan areas where land costs justify automated solutions:
Expanding to other high-density urban markets
Currently focused on site constrained areas where land costs require automated solutions:
Expanding to other high-density metropolitan markets.
The first step is a preliminary feasibility assessment of your site and project requirements. This analysis determines space savings potential, implementation approach, and preliminary economics. Contact us to begin your project evaluation.
FAQs
Costs on a per space basis are at or better
than a traditional concrete garage.
Once a design is agreed upon Teton Parking Solutions will cover all of the costs of construction through delivery of the operating garage. Removing it from your construction budget.
Teton is secured trough an Easement just like a utility, or shared parking or shared access. Which has no impact on the first mortgage lien held by the lender.
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The specific configuration, ROI calculations, and implementation approach for your project depend on factors like soil conditions, local building codes, existing infrastructure, and your development timeline. The only way to determine your exact space savings and financial benefits is through
a customized site assessment.
