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Unleashing the Future of e-Mobility with the New Birdy H Series


For three decades, Birdy has been redefining what a folding bike can be—combining ingenious engineering with timeless design. From the original classic to the performance-driven Monocoque, Birdy has continuously evolved to meet the needs of riders around the world.


This year, we are proud to introduce the next step in our journey: the H Series. Representing the future of folding mobility, the H Series brings Birdy into the premium electric era.



The Legacy of Birdy Folding Bikes


Birdy’s journey began with a simple but powerful idea: create a folding bike that rides like a full-sized bike. The original Birdy model introduced a unique suspension system that set it apart from other folding bikes, offering comfort and performance in a compact package. Over the years, Birdy refined its design, culminating in the Monocoque model, which focused on lightweight materials and enhanced ride quality.


Each Birdy Series has served a distinct purpose:


  • C Series – Heritage and timeless elegance


  • M Series – Performance and refined craftsmanship


  • H Series – High-efficiency hybrid, the next-generation electric experience



Birdy Turns 30 – The Future is Folding!

From classic heritage to performance-driven rides, Birdy has been shaping urban mobility for 30 years. This year, we take the leap into the electric era with the H Series—a next-generation electric folding bike that combines our iconic suspension folding system with advanced e-assist technology.



Catch the first look at Sea Otter Classic, California | April 16–19, 2026.

This event is a major gathering for cycling enthusiasts, showcasing the latest in bike technology and design.



Stay tuned—Birdy will unveil the H Series at the Sea Otter Classic in California, April 16–19, 2026 unfolding a new chapter! #Birdy30 #EBirdy #FoldingRevolution #NextGenBirdy #SeaOtterClassic






The Future of Bike Frame Design: Hydroforming at Pacific Cycles

With thinner walls, we maximize strength where needed and minimize weight elsewhere, resulting in an efficient design.



 
 
 
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