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PARKIE is the world’s thinnest indoor autonomous parking robot. 
It navigates independently by detecting obstacles, open spaces, and driving paths—
 and lifts vehicles by precisely identifying wheel spacing and the vehicle’s center. 


PARKIE is the world's thinest indoor autonomous parking robot.


It navigates independently by detecting obstacles, open spaces, and driving paths— 
and lifts vehicles by precisely identifying wheel spacing and the vehicle's center. 

Transforming Spaces with PARKIE

30% More Parking Spaces,

Plus an Extra Parking Level

By applying a mechanical parking method to a conventional self-parking structure, PARKIE can increase the number of parking spaces by up to 30%. It also enables lower floor heights, creating additional usable space.
Not only does this expand parking capacity, but it also allows for the extra space to be used for other purposes—enhancing the overall competitiveness of the building.

Boost Your Value,

Lower the Risk

With more parking spaces and improved turnover rates, parking operators and landlords gain a significant edge in revenue generation.
PARKIE reduces labor costs and minimizes service risks typically associated with valet parking.
In mechanical parking systems, PARKIE eliminates common user inconveniences, helping improve customer perception and competitive advantage.

Easy Parking,

A Place You'll Want to Return To

By eliminating parking-related time waste and reducing stress from difficult maneuvers, PARKIE greatly improves the experience for both tenants and visitors.
Higher satisfaction leads to higher preference—ultimately increasing the overall value of the space.

What Makes
PARKIE Different?

Autonomous Parking Robot 

PARKIE is an AMR (Autonomous Mobile Robot), capable of navigating and operating independently.
It detects obstacles, available space, and driving paths around it, while accurately identifying the spacing between wheels and the vehicle’s center in order to lift and transport the car.
No additional infrastructure or guiding equipment is required to support PARKIE’s movement.
This allows for flexible planning and use of space, whether in self-parking or mechanical parking facilities.

Proven in Real-World Environments

PARKIE was developed over four years, combining autonomous driving technology with decades of automotive manufacturing ex-pertise.

It is currently in active operation at office buildings with high vehicle traffic and continues to evolve through real-world feedback, adapting to site-specific requirements and operational variables. 

Optimized for the User

Through a mobile app designed with the user in mind, drivers can monitor their vehicle's location in real time after drop-off and shorten retrieval time by reserving a pickup.
PARKIE also supports API integration, enabling seamless connectivity with various parking systems and building management platforms for a more flexible and user-friendly experience.

Transforming Spaces with PARKIE

30% More Parking Spaces,

Plus an Extra Parking Level 

Boost Your Value,

Lower the Risk

Easy Parking,

A Place You’ll Want to Return To

By applying a mechanical parking method to a conventional self-parking structure, PARKIE can increase the number of parking spaces by up to 30%. It also enables lower floor heights, creating additional usable space.
Not only does this expand parking capacity, but it also allows for the extra space to be used for other purposes—enhancing the overall competitiveness of the building. 
With more parking spaces and improved turnover rates, parking operators and landlords gain a significant edge in revenue generation.
PARKIE reduces labor costs and minimizes service risks typically associated with valet parking.
In mechanical parking systems, PARKIE eliminates common user inconveniences, helping improve customer perception and competitive advantage. 
By eliminating parking-related time waste and reducing stress from difficult maneuvers, PARKIE greatly improves the experience for both tenants and visitors.
Higher satisfaction leads to higher preference—ultimately increasing the overall value of the space. 

What Makes PARKIE Different?

Autonomous Parking Robot 

PARKIE is an AMR (Autonomous Mobile Robot), capable of navigating and operating independently.
It detects obstacles, available space, and driving paths around it, while accurately identifying the spacing between wheels and the vehicle’s center in order to lift and transport the car.
No additional infrastructure or guiding equipment is required to support PARKIE’s movement.
This allows for flexible planning and use of space, whether in self-parking or mechanical parking facilities.

Proven in Real-World Environments

PARKIE was developed over four years, combining autonomous driving technology with decades of automotive manufacturing expertise.
It is currently in active operation at office buildings with high vehicle traffic and continues to evolve through real-world feedback, adapting to site-specific requirements and operational variables. 

Optimized for the User

Through a mobile app designed with the user in mind, drivers can monitor their vehicle's location in real time after drop-off and shorten retrieval time by reserving a pickup.
PARKIE also supports API integration, enabling seamless connectivity with various parking systems and building management platforms for a more flexible and user-friendly experience.

ⓒ HL Robotics. All rights reserved.

© HL Robotics. All rights reserved.