Ksport CBM060-SK Slide Kontrol Drift Coilover System Adjustable Damping - 36-Way

The Ksport Slide Kontrol Drift Coilover System (CBM060-SK) is purpose-built for the demands of competitive and recreational drifting, delivering a suspension solution engineered to withstand extreme handling loads and extended abuse. Featuring a 36-way adjustable damping system, this kit gives drivers precise control over ride characteristics to dial in performance for any driving style or track condition.

Key Features:

• 36-Level Damping Adjustment: Simultaneously adjusts compression and rebound for simplified, on-the-fly tuning without the need for separate adjustments
• Inverted Shock Design: Available on most applications for increased stiffness and reduced unsprung weight
• Monotube Construction: Oil and gas are separated within the cylinder for superior heat dissipation, finer damping control, and reduced aeration and cavitation compared to twin-tube designs
• Pillow Ball Top Mounts: Included front and rear on select applications to preserve OEM suspension geometry while providing direct, precise driver feedback
• Camber Adjustability: Built into pillow ball top mounts on supported applications, eliminating the need for a separate camber kit
• Adjustable Spring Perch and Body: Allows ride height adjustment without sacrificing suspension travel
• Adjustable Lower Mount: Enables height changes independently of suspension travel — a key advantage over many competing coilover designs
• 6061 Billet Aluminum Construction: Used throughout mounts and major components for a lightweight, durable, and corrosion-resistant build
• Zinc Electroplated Steel Shock Body: Provides robust rust and weather resistance for long-term reliability
• Matched Valving and Springs: Each set is valved specifically to match the installed springs for optimized ride quality and consistency

The Ksport CBM060-SK is designed for drivers who demand a coilover system that can handle the rigors of drifting without compromise. The monotube design's superior thermal management keeps performance consistent during sustained high-load driving, while the extensive adjustability ensures the setup can be refined to suit varying conditions and driver preferences.