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A proven track record of success, delivering vehicle storage solutions that matter.
Ability to reduce parking footprints and lower construction costs when compared to traditional parking schemes.
Industry experts bring valuable market insights and capabilities to the table.
Focus on core values such as offering superior products, dependable software and controls, and professional customer service.
Pushing the boundaries of what’s possible in parking technology.
We stay ahead by developing innovative designs that meet the evolving needs of modern urban environments.
TAPCO understands the importance of cost-effectiveness in vehicle parking projects.
Our solutions are engineered to provide maximum value without compromising quality.
At TAPCO, sustainability is at the heart of our parking tech. We are committed to making a positive impact on the environment.
Our vehicle storage solutions prioritize efficient space utilization, reducing waste and optimizing land usage.
We source environmentally responsible materials and integrate energy-efficient technologies.
Our fully automated parking lots feature electric AGVs, minimizing greenhouse gas emissions.
Our designs align with LEED certification requirements for sustainable projects.
We collaborate with urban planners to create pedestrian-friendly, green spaces for vehicles.
Our maintenance practices ensure long-term eco-friendliness.
We value community input and address concerns for harmonious solutions.
Continuous research and innovation to improve green parking solutions.
At TAPCO, our process ensures seamless delivery of efficient and sustainable parking tech tailored to your evolving project needs.
A: Absolutely! At TAPCO, we understand that every project is unique. Our experienced team of designers and engineers will work closely with you to understand your specific requirements, site constraints, and objectives.
A: TAPCO has the capability to design systems with 2 to 7 levels, accommodating a varying number of parking spaces. Moreover, if your project calls for additional space optimization, we can even incorporate one or two subterranean levels, effectively increasing the total parking capacity.
A: Yes, safety is our top priority at TAPCO. We adhere to stringent industry safety standards and conduct rigorous testing and quality control measures at every stage of the manufacturing process.
Our car parking solutions are designed and built to ensure the safety of users, vehicles, and your property. We use high-quality materials and employ advanced technology to ensure the reliability and durability of our parking systems.
When it comes to parking solutions, attended-oriented systems offer a blend of efficiency and convenience that cater to the needs and challenges of urban areas, particularly high-demand areas.
These multi-level car stacker solutions are a game-changer when it comes to parking, allowing the creation of multiple parking spaces within a single area.
TAPCO introduces a wide array of innovative attended-oriented parking systems designed to optimize space utilization as well as offer user-friendly parking practices.
These systems are intended to provide a seamless parking experience and enable attendants to efficiently manage parking procedures while ensuring the convenience and safety of the users. Here are the key benefits of using attended-oriented parking systems.
As the urban landscape continues to grow, the demand for efficient car parking solutions has become increasingly important. TAPCO introduces revolutionary semi-automated smart parking systems that are designed to optimise space utilization and streamline parking procedures for multi-family residential complexes and commercial facilities. Compared to the conventional car lift system, our multi level car parks are designed to redefine convenience and efficiency.
Here are some of the key features of our semi-automated car parking systems
A: Semi-automated Puzzle solutions and fully automated AGV parking systems are considered automated parking and compress footprints giving you back valuable square footage.
In a semi-automated parking system, drivers can park and/or retrieve their own auto, so this system rids you of any demand for parking attendants therefore lowering your OpEx. Once the users vehicle is stowed within the system, the semi-automated Puzzle system can move the car up and down or left to right to find its nesting space.
On the other hand, in a fully-automated parking system, the driver pulls into a loading bay where they remove themselves and leave their auto, the system will then maneuver the auto and autonomously stow the users auto within the parking vault.
A: In a mechanical stacker system, individuals must operate for it to move, or you must incorporate attendants to manage the parking and retrieval process.. The mechanical stacker parking system is usually a Double, Triple, or Quad Stacker that can raise the vehicle directly up on the platform so that more than one vehicle can be parked in a vertical stack. We strongly encourage trained personnel to operate these systems due to the manual processes of storing or retrieving autos in a vertical arrangement.
On the other hand, in a semi-automated system, there is no demand nor need for attendants or personnel to retrieve autos. Once the driver has parked their vehicle within the system, the semi-automated Puzzle system can intelligently move the car up and down or left to right.
A: Our semi-automated parking systems are mostly suitable and used for commercial office and multi-family residential complexes.
A: Absolutely, our semi-automated smart parking systems are EV capable and feature charging facilities for electric vehicles. We offer Level II smart charging capabilities that allow you to bill the user pro-rata and also reduce the number of electrical meters therefore reducing your overall build costs when compared to competitive vendors.
A: Maintenance and upkeep of the parking systems by TAPCO are easy as they are designed for minimal maintenance and durability. However, please note that regular checks and maintenance schedules help ensure optimal performance.