You are visiting the Canada Kee Safety website from United States. Would you like to go to the United States site?
A university facility required an accessible entrance solution that could integrate with the existing building design while accommodating critical underground infrastructure.
The original design included a concrete accessibility ramp, but its planned location conflicted with a city manhole cover that needed to remain accessible for future servicing and maintenance. With construction already underway, the project required an adaptable solution that could meet accessibility requirements without requiring significant changes to the existing design.
An adaptable accessibility solution provided the required building entry while preserving access to critical underground infrastructure.
Creating an accessible entrance became more complex when the proposed concrete ramp was found to interfere with an existing city manhole cover.
The underground infrastructure could not be permanently obstructed because access needed to be maintained for future servicing and maintenance. At the same time, the facility required an accessible entrance that could integrate with the existing design.
With project drawings already finalized and construction underway, redesigning the entrance could have introduced additional complexity and delays.
The project required a solution that could:
Kee Safety provided RightWay Pro, a semi-permanent accessible ramp system that could accommodate the existing site conditions while meeting the project's accessibility requirements.
Unlike the originally planned concrete ramp, RightWay Pro allowed access to the city manhole cover beneath the ramp to be maintained for future servicing and maintenance.
The adaptable system integrated with the existing facility design and was installed quickly while construction remained active. This allowed the project team to establish the required accessible route without undertaking a significant redesign.
RightWay Pro provided a practical accessibility solution that accommodated existing infrastructure while minimizing changes to the original facility design.