Following the launch of the KONE chassis, KKPIT continues to expand its 1/10 electric short course truck lineup with the release of the TKR KSC10E 1.1 Conversion Kit for the KONE chassis, alongside two new complete vehicles featuring the all-new CS17 Cyclone Effect body.
TKR KSC10E 1.1 Conversion Kit：Data-Driven Competition Specialization
The KSC10E 1.1 Conversion Kit is a specialized upgrade package developed for 2S short course truck racing. Built upon the KONE chassis platform, it incorporates refinements in lightweight construction and roll center geometry, validated with data from the 2025 National Championships.
Key upgrades include a through-type center brace linking the front, center, and rear sections via tie rods for improved chassis response during jump landings and load transfer; TKR front and rear hubs with revised roll center geometry for enhanced cornering precision and exit traction; an adjustable length servo saver that allows users to tailor steering throw and response speed by varying the arm ratio; and two competition-grade battery box options accommodating different battery sizes and CG preferences. Additional components—including front CVDs, raised C-hubs, and lightweight front and rear bumpers—have also been revised based on race data.
Select new upgrade components from this kit will also be available separately, offering flexible upgrade paths for existing KONE chassis owners.
CS17 Cyclone Effect Body Series：Two New Models
Two complete vehicles featuring the new CS17 Cyclone Effect body are also being launched, both based on the KONE chassis:
61030 Cyclone Effect Neon Ghost 1/10 Short Course Truck (KONE CHASSIS)
Features a pre-painted Neon Ghost body, ready for assembly with no painting required.
61031 Cyclone Effect 1/10 Short Course Truck (KONE CHASSIS)
Features a clear polycarbonate body, allowing users to apply their own paint scheme and custom graphics.
The CS17 Cyclone Effect body features sharp lines and aerodynamic styling, balancing visual impact with on-track stability for both racing and bashing applications.
