The SCOTT Scale 970 comes fully equipped with a Rock Shox fork, along with Remote Lockout technology to allow for multiple travel settings to adjust to riding conditions.
KEY FEATURES
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Scale Alloy 6061 Frame
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Rock Shox 100mm Fork
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RideLoc 2-Position Remote
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Shimano SLX-Deore 20 Speed
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Shimano Disc Brakes
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Syncros X-20 Rims
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Maxxis Ikon Tires
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Syncros Parts
29ner Wheels
Improved roll-over is the most noticeable attribute when it comes to 29” wheels. The big wheels are great for rolling over nasty roots and rocky sections, essentially making it easier to ride these conditions. Improved traction is also a key factor with the increased wheel diameter compared to 27.5” wheels as tire contact to the ground is larger.
• Best Roll-Over Performance
• Carries Momentum
• Maximum Traction surface
• Best stability on easy trails
• Lowest suspension stress
• Great for larger frame sizes
• Increase stability on long curve
Boost Technology
Boost is a hub and drivetrain standard developed by SRAM. Boost is built around a wider rear and front hub and enables stiffer wheels due to a wider spoke bracing angle. Boost 148 rear hubs move each flange of the rear hub three millimeters wider.
Boost is designed as a complete system so drivetrain performance isn’t compromised. Even though Boost pushes the cogs three millimeters outboard, the crankarm Q-Factor remains the same as the Boost system’s crankset utilizes front chainrings that sit a corresponding 3mm outward to ensure the required chainline. Boost cranks can onlybe used when paired with a 148mm hub. On the front the hub spacing is increased by 10mm to 110mm. Increased wheel stiffness and greater clearance for bigger tires are the main advantages of Boost technology. On our bikes, we wanted to go beyond the basics and reap all the benefits of this innovation by optimizing frame design and geometry.The 3 mm outboard chain ring adds clearance in the chain stay area that allows a substantial increase of the chain stay tube cross-section. Correspondingly,the stiffness in this part of the frame improves. Also, with a wider range of positions for the rear wheel, the frame geometry can be adjusted. We can shorten the chainstays for more agile handling.