Serpent S120 1/12th scale pan car
Written by REV Scale   
Tuesday, 25 November 2008

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent have released their long awaited 1/12th scale chassis, the S120. The S120 chassis consists of rear single piece aluminum motor pod and the 2.5mm thick carbon fiber chassis plate. The chassis is based on a T-bar system, which has a unique tweaking system that is damped by using a conventional centrally mounted shock absorber together with a laterally mounted floating monoshock. The front end of the car is completely adjustable and utilizes the now standard fixed lower suspension arms combined with active top wishbones, which together with kingpin mounted springs ensure that the car is able to corner at high speeds and soak up any small bumps found on the racing surface.

Source: Serpent

the highlights of the car are:

  • One piece CNC machined aluminum rear pod.
  • 2.5mm thick Carbon fibre chassis.
  • T-bar chassis.
  • Laterally mounted monoshock.
  • Centrally mounted tweak adjuster.
  • Central main-shock.
  • Completely adjustable front suspension.
  • Pivot ball mounted steering blocks.
  • Rear ball differential.
  • Lightweight graphite rear axle.
  • Adjustable ride height front and rear.

 

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car
 

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car

Serpent S120 1/12th scale pan car
Serpent S120 1/12th scale pan car
 


Last Updated ( Tuesday, 25 November 2008 )