EUROTRASH:

The latest update from Mike Fee offers an engaging glimpse into his recent cycling adventure along Central Oregon’s McKenzie Pass. Despite Google Maps indicating the road was closed to all traffic, Fee took the chance to explore the route, discovering that cyclists were still able to ride beyond the closure. The climb itself begins gently, winding through burnt forest landscapes before revealing dramatic views of Mount Washington and Mount Hood. As the ascent steepens, riders pass through a tunnel of lava and emerge onto a vast lava field with striking vistas of the Three Sisters mountains. Fee’s experience highlights the unique appeal of McKenzie Pass as a cycling destination, particularly in its car-free state, which provides a safer and more serene environment for riders. The route’s combination of natural beauty and challenging terrain makes it a noteworthy addition to any cyclist’s repertoire. Although Fee’s outing was cut short due to a flat tyre and some technical mishaps with his ride computer, he promises a follow-up ride featuring the descent on the forested west side, suggesting there is more to explore and share from this iconic pass. In addition to the ride report, the update introduces a new video feature from the PEZ Crew, aiming to deepen the connection with cycling enthusiasts through interviews and behind-the-scenes content. The first of these conversations features Andy Rohrer, offering insights into the team behind the daily cycling coverage. This initiative reflects a broader effort to engage readers with both the sport and the personalities that bring it to life. Readers are encouraged to contribute their thoughts and suggestions via email, fostering a sense of community and dialogue around the content. The piece also invites cycling fans to subscribe to a weekly newsletter, ensuring they stay informed about the latest developments and stories in road cycling. Overall, the update combines personal narrative, scenic exploration, and interactive elements to create a well-rounded cycling feature.