FLYING TOEKICKS™
Brand
Attached Toe Kick System
US Patent No. 10190346
OUT OF STOCK ADVISORY
As of March 2, 2023
Model 20, OUT OF STOCK
Model 30, OUT OF STOCK
NOTE-
There is no projected re-supply date,
Pre-orders are not being accepted.
We apologize for any inconvenience
"Your dream solution for attached toe kick problems"
FLYING TOEKICKS™ in action - video
The FLYING TOEKICKS™ System is:
Cost Effective
Save TIME and EXPENSE in engineering, manufacturing and installation. Simple and straightforward design with no special tools or processes required for installation. Use in combination with your standard hinges and hardware. See our installation guide (in the "downloads" page) for more information.
Accessible
The low-profile folding toe kick design allows you to meet ADA clearance requirements without building a wider cabinet. Integrated spring tension mechanism assists in holding doors fully open, maximizing safety and usability.
Adjustable
Flying Toekicks™ provides 3-axis adjustability for the toe kick plate allowing you to quickly adjust the plate to the precise position needed.
A note concerning PayPal payments.
We apologize for the inconvenience but, due to a sharp increase in PayPal processing fees, we are no longer able to accept PayPal as a form of payment.
Robust
Flying Toekicks™ are expressly designed and manufactured to withstand the daily use and abuse typically expected within commercial cabinetry environments. Also, the low-profile, folding toe kick design results in less exposure to potential damage
and future repair expense.
Attractive
Attain an unbeatable standard of attractive design for ADA cabinet toe kicks. Flying Toekicks™ produce an elegant, appearance not possible with other ADA compliant cabinet toe kick designs.
Adaptable
Flying Toekicks™ may be used on left-hand or right-hand cabinet doors, cabinets as narrow as
10 inches wide, toe kick set-backs ranging from
2” up to 3-5/16”, and “overlay” or “inset” toe kick plate designs. Flying Toekicks™ can also be incorporated in other exotic design concepts requiring the synchronized movement of
non-coplanar hinged panels.