Xray X4 2024 Graphite Edition 1/10th Scale Luxury Electric RC Touring Car Kit 300038

Xray X4 2024 Graphite Edition 1/10th Scale Luxury Electric RC Touring Car Kit 300038Xray X4 2024 Graphite Edition 1 10th Scale Luxury Electric RC Touring Car Kit 300038. All New 2024 Features New suspension arms with relocated shock positions improve lower arm flex and reduce twist under load Inner shock locations improve weight distribution with the shocks closer to the vehicle midline Lower arms use under arm anti roll bar mounting and reduce shock height by 4. 5mm for ultra low CG Upper arms are shaped for clearance around the new

Xray X4 2024 Graphite Edition 1/10th Scale Luxury Electric RC Touring Car Kit 300038.

All New 2024 Features

• New suspension arms with relocated shock positions improve lower arm flex and reduce twist under load
• Inner shock locations improve weight distribution with the shocks closer to the vehicle midline
• Lower arms use under arm anti-roll bar mounting and reduce shock height by 4.5mm for ultra-low CG
• Upper arms are shaped for clearance around the new shock position while maintaining proper suspension geometry and rigidity
• Front and rear shock holders use shims to adjust shock positions in finer increments
• Three different shock holder mounting options provide chassis flex alternatives to tune responsiveness and grip
• Active or fixed rear shock holder configurations provide two dampening alternatives in one mount
• Simplified shock absorber installation uses a fixed set screw to secure the threaded shock mount stud and prevent movement in the mount during maintenance
• Front steering plates with improved Ackermann positions integrate with the new arms and shock positions
• Rear ARS plates move the link forward for improved rotation
• Improved ECS drive shaft case uses a C-clip to secure a new aluminum sleeve that captures the coupler pins without the use of set screws for improved reliability and easy assembly
• Narrower chassis design reduces cornering drag, while additional material in the central motor area improves durability and reduces chassis fatigue