Every site presents unique spatial, operational, and planning challenges. SmarTEC provides a diverse suite of mechanical and automated parking technologies designed to maximise space efficiency while ensuring reliability and user convenience.
Fully automatic systems represent the most advanced form of parking technology, removing the need for drivers to enter the storage area. Vehicles are transferred into the system via an entry bay and automatically transported to an allocated parking space using lifts, shuttles, and robotic platforms.
These systems are ideal for developments where space is extremely constrained or where maximising parking numbers is critical. By eliminating ramps, aisles, and driver circulation areas, fully automatic solutions significantly increase parking capacity within a reduced footprint.
Best suited for:
Fully automatic systems represent the most advanced form of parking technology, removing the need for drivers to enter the storage area. Vehicles are transferred into the system via an entry bay and automatically transported to an allocated parking space using lifts, shuttles, and robotic platforms.
These systems are ideal for developments where space is extremely constrained or where maximising parking numbers is critical. By eliminating ramps, aisles, and driver circulation areas, fully automatic solutions significantly increase parking capacity within a reduced footprint.
Best suited for:
Semi-Automatic Parking Systems
Semi-automatic systems offer a balanced solution combining automation with cost efficiency. Drivers position their vehicle on a platform, and the system then moves vehicles horizontally or vertically to optimise storage.
These systems provide substantial space savings compared to conventional parking while maintaining relatively simple user interaction and lower capital costs than fully automated solutions.
Semi-Automatic Parking Systems
Semi-automatic systems offer a balanced solution combining automation with cost efficiency. Drivers position their vehicle on a platform, and the system then moves vehicles horizontally or vertically to optimise storage.
These systems provide substantial space savings compared to conventional parking while maintaining relatively simple user interaction and lower capital costs than fully automated solutions.
Car stackers are a practical solution for increasing parking capacity within existing or constrained footprints. Independent stackers allow vehicles to be accessed individually, while dependent stackers provide a cost-effective method of doubling parking where vehicle sequencing is acceptable.
Stackers are commonly integrated into basements, garages, or podium levels where planning constraints limit traditional parking layouts.
Best suited for:
Car stackers are a practical solution for increasing parking capacity within existing or constrained footprints. Independent stackers allow vehicles to be accessed individually, while dependent stackers provide a cost-effective method of doubling parking where vehicle sequencing is acceptable.
Stackers are commonly integrated into basements, garages, or podium levels where planning constraints limit traditional parking layouts.
Best suited for:
Car lifts provide vertical vehicle transportation between levels, removing the need for ramps and enabling more efficient use of floor space. They can be integrated with stackers or automated systems to support overall parking functionality.
Beyond efficiency, car lifts also improve traffic flow and allow flexible site planning where ramp geometry would otherwise compromise layout efficiency.
Best suited for:
Car lifts provide vertical vehicle transportation between levels, removing the need for ramps and enabling more efficient use of floor space. They can be integrated with stackers or automated systems to support overall parking functionality.
Beyond efficiency, car lifts also improve traffic flow and allow flexible site planning where ramp geometry would otherwise compromise layout efficiency.
Best suited for:
Turntables enhance manoeuvrability in tight spaces by allowing vehicles to rotate within confined areas. They are often paired with car lifts or stackers to ensure safe and convenient entry and exit.
This solution improves safety, reduces reversing movements, and enhances usability in sites with restricted access or limited driveway space.
Best suited for:
Turntables enhance manoeuvrability in tight spaces by allowing vehicles to rotate within confined areas. They are often paired with car lifts or stackers to ensure safe and convenient entry and exit.
This solution improves safety, reduces reversing movements, and enhances usability in sites with restricted access or limited driveway space.
Best suited for:
SmarTEC systems can be configured to integrate with broader building infrastructure, enabling efficient use of space beyond vehicle storage. Parking layouts can be coordinated with plant rooms, storage areas, and service zones to maximise overall building efficiency.
This design flexibility ensures parking solutions contribute positively to architectural outcomes and development feasibility.
Best suited for:
