Home UncategorizedOtso Cycles: The Fun, Affordable Steel Trail Bike!

Otso Cycles: The Fun, Affordable Steel Trail Bike!

by VeloMagster

Otso Cycles has unveiled the Hoot Steel, a hardtail mountain bike that combines affordability with the playful spirit of its titanium predecessor, the Hoot Ti. Crafted from custom-butted 4130 chromoly steel, the Hoot Steel offers a lively and responsive ride without the premium price tag.

Frame and Geometry

The Hoot Steel features a slack 65-degree head tube angle and a steep 76-degree seat tube angle, providing a balanced riding position that excels on both descents and technical climbs. Short 425mm chainstays and a 60mm bottom bracket drop enhance maneuverability and stability, making it a versatile choice for various trail conditions. The frame accommodates 29″ x 2.6″ tires, ensuring ample traction and comfort across diverse terrains.

Design and Features

Designed to accommodate a 140mm suspension fork, the Hoot Steel maintains its geometry with a 150mm fork, offering riders flexibility in setup. The frame includes a UDH rear dropout, ensuring compatibility with modern drivetrains. A low standover height allows for longer dropper posts, enhancing rider confidence and control on technical descents. The custom seat tube bottle cage mount not only provides convenient storage but also serves as a strap mount for additional accessories.

Build Options and Pricing

The Hoot Steel is available as a frameset starting at $1,200, with complete builds featuring Shimano SLX or SRAM GX AXS drivetrains priced at $3,300 and $3,950, respectively. Each build includes a RockShox Pike Base Rush RC 29″ Boost 15X110 MXL Ultimate DEBONAIR+ fork with 140mm of travel and a 44mm offset, tailored to optimize the Hoot Steel’s performance.

Conclusion

The Otso Hoot Steel offers an exciting and affordable option for riders seeking a fun and capable hardtail mountain bike. Its thoughtful design, quality construction, and versatile features make it a compelling choice for enthusiasts eager to tackle diverse trails without compromising on performance.

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