XRAY NT1 2016 3mm Aluminum Chassis
XRA331108
This item is discontinued and no longer available for purchase. You may want to search our site for a similar item.
The XRAY NT1 2016 3mm Aluminum Chassis has been re-designed to fit the 2-speed layshaft rear bulkheads inside the chassis, for better and more precise placement. 2 extra holes for the updated motor mounts were added for improved chassis flex.
The chassis gives improved performance in corners and provides great stability. The very narrow chassis increases chassis flex, generates more traction & steering, prevents chassis contact during cornering, and helps to eliminate the car 'stopping' mid-corner.
The lightweight chassis is CNC-machined from premium Swiss 7075 T6 aluminum, strategically machined in low-stress areas to make it as light as possible without adversely affecting strength or rigidity. The area under the engine features air-flow cut-outs for extra cooling airflow.
The outer edges of the chassis have been beveled and screw holes are countersunk for a smooth lower surface. The chassis can accommodate graphite reinforcement inserts or additional balancing weights (front & rear) to tune chassis stiffness, balance, and CG.
The chassis gives improved performance in corners and provides great stability. The very narrow chassis increases chassis flex, generates more traction & steering, prevents chassis contact during cornering, and helps to eliminate the car 'stopping' mid-corner.
The lightweight chassis is CNC-machined from premium Swiss 7075 T6 aluminum, strategically machined in low-stress areas to make it as light as possible without adversely affecting strength or rigidity. The area under the engine features air-flow cut-outs for extra cooling airflow.
The outer edges of the chassis have been beveled and screw holes are countersunk for a smooth lower surface. The chassis can accommodate graphite reinforcement inserts or additional balancing weights (front & rear) to tune chassis stiffness, balance, and CG.
This product was added to our catalog on June 21, 2016