Skip To The Main Content

BCycle Introduces New Flexible Docking Technology

by Unknown | Feb 11, 2021
3.0 Station
BCycle has launched a new generation of dock-based bike share with the 3.0 docks. The 3.0 docks combine the flexibility and streamlined infrastructure that cities and riders want with the order and predictability that have made BCycle’s bike share programs successful for more than a decade. Unique to the bike share industry, this technology allows programs to grow more quickly and at a lower cost by eliminating the need for a kiosk. Its modular design also allows for smaller stations in more locations.

 

“Our goal at BCycle is to get more people on bikes,” said Morgan Ramaker, Executive Director of BCycle, LLC. “To do that, we need to make it easy for bike share programs to grow quickly and flexibly, whether that’s expanding into new neighborhoods, or creating greater density in downtown areas. We have developed a best-of-both-worlds solution that offers the flexibility that bike share riders expect, without sacrificing the reliability that we know docks provide.”

 

BCycle’s new docks feature:

Modular, kiosk-less, easy-to-install design for countless station configuration options

Durable aluminum construction

Power savings through new technology

Theft deterrents

Easy rider access via mobile app or RFID card

 

“BCycle’s new docks open so many doors for us,” said Helen Bradley, General Manager of Madison BCycle. “With lower costs and more flexibility, we can put docks in places we couldn’t previously—areas where space was limited, and a traditional kiosk wouldn’t fit—but where our riders want to be.”

 

Madison, Wis., Santa Barbara, Calif., and Broward County, Fla., are the first communities to launch the 3.0 docks. All BCycle docks and stations are designed in Wisconsin and made in the United States.

Contact the BCycle Sales Team today to learn more.

© 2023 BCycle, LLC. All rights reserved. BCycle and the BCycle logo are trademarks of BCycle, LLC.

Partnered with

2018_Trek_logo_black_tight