50181040S1, Monosock Upper Part Cpl., Ktm, Ktm Powerparts
Guaranteed
Genuine
KTM
Parts
- Brand(s):
- KTM, KTM PowerParts
- Part number:
- 50181040S1
- Description:
- Monosock Upper Part Cpl.
- Stock Availability:
- If your part is not in stock, it will take 7-8 days to reach MSP
Unsure if it’s the right part?
Price: EUR 299.84 inc. VAT
The Monosock Upper Part Cpl. is a genuine spare part manufactured by KTM so you have peace of mind the Monosock Upper Part Cpl. part being sold by Motorcycle Spare Parts is both original and new.
The Monosock Upper Part Cpl, having the manufacturer part number 50181040S1, is an Original Equipment Manufacturer (OEM) replacement component specifically designed for compatibility with KTM and KTM PowerParts automotive brands. The term "OEM" denotes that this part adheres to the quality standards and specifications set by the original manufacturer, ensuring perfect fit, performance, and reliability for the concerned vehicles.
This Monosock Upper Part Cpl's primary role is central to your vehicle's suspension system. The suspension system is a crucial component of your car as it eliminates the impact of road irregularities, offering a comfortable driving experience. This Monosock Upper Part Cpl, part of the mono-shock suspension, contributes to effectively managing the vehicle's stability, motion transfer, and weight distribution while navigating through different terrains, enhancing the vehicle's overall performance to maintain balance during rough or uneven rides.
Characteristically, the part is located at the upper end of the mono-shock absorber. It's typically made of high-resilience materials to endure shocks and wear long-term, ensuring durability and resistance to corrosion and rust.
It's important to note that whenever maintenance or replacements are required for such crucial components, OEM parts like this Monosock Upper Part Cpl should permanently be opted for to maintain the automobile's optimal performance integrity. Using non-OEM parts might not match the original specifications, leading to potential damage or reduced efficiency in the long run.