The Rev Falcon is based on a 2016 Harley-Davidson Softail Breakout. We teamed up with Motorcycle Storehouse to build this bike. This partnership is a big deal for us because they’ll be distributing our parts soon, helping us bring Fangster’s designs to a much wider audience. We also entered it into the 2025 Speed & Crafts show and took home second place in the Harley-Davidson class!
Our design philosophy was to think about what possibilities design could bring to the Breakout without changing the original OEM package. We believe that design should amplify the Breakout's silhouette as much as possible, rather than completely reinventing it. So we stripped the bike down to the basics and thought about which characteristics we could extract, and what style would best suit the Breakout. We focused the design on the Breakout’s long rake and trail, wide rear tire, streamlined Softail frame, and lower, longer rider triangle. These features make the Breakout very suitable for developing into a drag-style machine.
The styling of the Rev Falcon is defined by a visual tension full of speed, achieved by translating the structural lines of the engine, forks, and frame into the bike's exterior silhouette. From the headlight cowl to the fuel tank and tail cowl, every surface is sculpted to create sharp feature lines that evoke a sense of motion even at a standstill. We specifically designed the cowl to complement the Custom Dynamics LED headlight, ensuring the front profile flows seamlessly with the rest of the body. We also intentionally had the tail cowl cover part of the swingarm to simulate a common modification technique used on hardtail frames, where the frame is treated as a whole and the paint extends onto the frame to visually highlight its lines, amplifying the Softail lines. However, because the Softail swingarm is movable, we installed a Legend air suspension to control the swingarm height and achieve our vision.
This high-speed aesthetic carries through to the cockpit, where we drew inspiration from the aerodynamics of road bicycles. We believe that if the design language expresses speed, the cockpit must match that feeling. We re-bent a narrower, one-off stainless-steel handlebar and utilized 3D-printing technology to sculpt a custom aerodynamic profile. Finished with a carbon fiber wrap to mimic the look of a bicycle aero bar, these prototype handlebars serve as a functional tribute to racing performance, with a full carbon fiber mass-production version already in development.