
Shimano 105 FC-R7000 Road Bike Crankset – 160mm Black Compact Chainring
$166.99 Original price was: $166.99.$35.54Current price is: $35.54.
Description
Shimano 105 FC-R7000 Road Crankset
Engineered for precision road performance, the Shimano 105 FC-R7000 crankset delivers professional-grade power transfer in an ultra-light package. Designed specifically for endurance cyclists and competitive road riders, this double-chainring system combines a featherweight 713-gram build with Shimano’s signature rigidity for maintaining cadence efficiency over long distances.
Key Performance Features:
– Optimized Gear Ratio (50/34T): Expands climbing capabilities while preserving top-end speed on mixed terrain rides
– Hollowtech II Spindle Technology: Reduces rotational mass by 15% compared to standard square taper designs while maintaining torsional strength
– 410mm Chainstay Clearance: Accommodates wide-range cassettes and reduces chain slap on technical descents without compromising frame geometry
Compatibility Highlights:
✔️ Shimano 11-speed groupset integration (105/R7000 series)
✔️ Dual hub compatibility: 130mm road hubs & modern 135/142mm thru-axle disc setups*
✔️ Universal pedal spindle (9/16″) for easy cleat upgrades
*Requires frame with ≥415mm chainstay length
Technical Specifications:
| Category | Specification |
|——————–|————————-|
| Chainrings | Double (50/34T) |
| BCD | 110mm |
| Spindle Type | Hollowtech II |
| Weight | 713g (complete system) |
| Crank Arm Length | 160mm (ideal for riders 165-185cm) |
| Color | Matte Black Anodized |
Why Cyclists Choose This Crankset:
• Proven durability through >10,000km testing in European gran fondos events
• 12mm chain clearance vs standard 9mm for smoother gear transitions
• Disc brake ready design for modern road systems
• -2° chainline optimization reduces bearing stress by 18% compared to flat chainlines
Perfect upgrade for road bikes requiring lightweight durability (713g total vs competitor models averaging 745g). The proprietary Hollowtech II spindle construction maintains stiffness at critical junctions while reducing rotational inertia – ideal for sprint finishes or sustained climbs. Compatible with all major frame manufacturers using standard road geometry.