Taking a closer look at the new system powering the M2 We knew when we started designing the M2 that ebike electrical systems had come a long way from when we designed the FLIT-16. We’re always very focused on using the best components on our ebikes, so we knew that we had to check out […]
The M2’s upgraded electrical system Read More »
In the fifth in our manufacturing series “Processes used in the M2’s manufacture” we take a look at how we moved away from traditional paint and opted for a tough anodised finish on the M2’s frame. Why we’ve opted for anodising verses traditional painting Anodising isn’t just about adding a colour to our frames; it’s
Anodising – moving on from traditional paint Read More »
Why we’ve moved away from traditional welding Dave Henderson, Lead Engineer on the M2 Project explains In the fourth in our ‘Processes behind the M2’ series we take a detailed look at how bonding has enabled not only new design features but also a more compact fold. Why change the process from welding? After the
Engineering Take-over: Frame Bonding Read More »
Processes behind the M2’s manufacture series. Injection Moulding elevates the M2’s design and overall build and finish
The Power of Injection Moulding Read More »
What is Custom Extrusion & How is it used in the M2? A look behind the various process employed in the manufacture of the M2 The Manufacturing Series As part of the ‘Processes behind the M2’ series we wanted to look at a topic that’s reshaped how bikes are made and how they look: custom
What is Custom Extrusion & How is it used in the M2? Read More »
Engineering Takeover: Rear Swing Arm Matt explains the role of the rear swing arm and the challenges it has presented in the M2’s design. When it comes to folding ebikes, it’s all about the details. One of the critical components ensuring the safety, performance, and overall experience of a tri-folding ebike, such as the FLIT
Engineering Take-over: Rear Swing Arm Read More »
Engineering Excellence: The FLIT M2’s Rider-Centric Folding Bike Geometry Interview with Matt, Design Lead at FLIT In the world of folding eBikes, rider comfort and a well-thought-out geometry can make all the difference in your cycling experience. Matt, the Design Lead at FLIT, delves into how the M2’s ride position has been reimagined to prioritise
Folding bike geometry Read More »
Engineering Takeover: Why rear-wheel motor placement and torque sensors matter Interview with FLIT Design Engineer, Harry. In the ever-expanding world of ebikes, it’s crucial to consider how these innovative two-wheelers perform on the road. If you’re searching for a seamless riding experience with your folding ebike, understanding the importance of motor location and the role
Engineering Takeover: Motor & Torque Sensor Read More »
Engineering Takeover: How many arms should a folding ebike fork really have? Interview with Adam, the lead designer on FLIT’s front fork project Space is a precious commodity for anyone in search of the perfect folding ebike. Whether it’s for commuting, storing at home, or taking on public transport, the size of a folded bike
Engineering Takeover: Single Arm Fork on a Folding Ebike Read More »
At FLIT, our aim is to develop the best folding ebike on the market, and whilst we have spent years engineering our award-winning lightweight folding ebike, the FLIT-16, we cannot claim to have invented the folding bicycle by any means! In fact, we are building on over a century of innovation and invention. For World
The Evolution of the Folding Bicycle: A Brief History Read More »
