Home » Evotech Front Spindle Bobbins - KTM 1390 Super Duke R Evo (2024+)
The injection-moulded nylon crash bung of EP Front Spindle Bobbins installed onto the front wheel of the KTM 1290 Super Duke R, giving strong crash protection to the front forks and brake calipers.
EP Front Spindle Bobbins fitted seamlessly to the KTM 1290 Super Duke R, extending from the front forks for superior crash protection.
The injection-moulded nylon crash bung of EP Front Spindle Bobbins installed onto the front wheel of the KTM 1290 Super Duke R, giving strong crash protection to the front forks and brake calipers.
EP Front Spindle Bobbins fitted seamlessly to the KTM 1290 Super Duke R, extending from the front forks for superior crash protection.
Evotech Performance

Evotech Front Spindle Bobbins - KTM 1390 Super Duke R Evo (2024+)

Available Online and In Store
$71.95 inc. GST
Please check fitment of part for your bike.  
Returns are subject to our Refund Policy.

Product details

  • Type Axle Crash Protection
  • Barcode '5056711634947
  • Manufacturer Evotech Performance
  • SKU PRN012149-14
  • Install Instructions Open Here
Description
Features of EP Front Spindle Bobbins for the KTM 1390 Super Duke R Evo
  • Injection-moulded nylon bobbin heads sit either side of the front wheel
  • Strengthened by an aluminium base
  • Secured by a rolled-thread stainless steel spindle rod with all required fastenings included in the kit
  • Replacement nylon bobbin heads available to purchase separately
  • Quick and easy to install
  • Made from engineering grade materials by Evotech Performance

What is Spindle Bobbin Crash Protection?

Made from injection-moulded matt black nylon, EP Front Spindle Bobbins for the KTM 1390 Super Duke R Evo offer discreet yet strong protection. With the additional support from the aluminium inner, the spindle bobbins aim to be the first to take impact in an incident and hold the expensive front forks, spindle retainers and brake calipers away from harm. The innovative EP design allows the nylon bobbins to rotate above the aluminium to decrease wear and stress on the wheel.