Boomerang Systems - Automated Parking Systems

Boomerang Systems is the leading US manufacturer of automated parking systems. By eliminating drive ramps and parking cars closer together, these systems can fit roughly twice the number of cars in the same space as conventional parking garages. This increase in efficiency can be used to reduce expensive excavation or to reduce the amount of valuable FAR consumed by parking within a project.

Space saving automated parking systems

Space saving automated parking systems provide an improved user experience by eliminating opportunities for fender benders, vandalism, vehicle theft and assault since the systems are unoccupied with all vehicles being store and retrieved automatically. These systems are also environmentally friendly since CO2 emissions are eliminated, mechanical ventilation and light power consumption is reduced, and half of the materials are used in construction.

Industrial automated parking system

Boomerang Systems is the designer, manufacturer and sole provider of the patent-pending Boomerang RoboticValet™. This revolutionary product has the distinct advantage over other automated parking systems of being able to roll on to solid concrete decking with no rail. This approach simplifies the construction process and eliminates a host of fire and life safety issues that have plagued the successful adoption of steel rack and rail system automated parking systems.

In addition, the RoboticValet's ability to travel in any direction anywhere in the facility (including under parked cars) allows Boomerang to design systems with significantly greater throughput capacity and with no single point of mechanical failure.

Automated parking system benefits

Automated parking can bring value to a variety of applications, including multi-family housing, mixed-use projects, municipalities, universities, hospitals, airports, car dealership and anywhere that high-density parking is desired.

Boomerang's team of design consultants can quickly and easily assess your project to determine how its technology can be used to reduce the impact of your parking requirements and to enhance the usability of your overall project.