Техническая Спецификация для Reely Brushless 1:8 RC model car Electric Buggy GSC3510

The camber is the inclination of the wheel level as viewed from the front (vertical). 

Negative inclination 

 

 

Positive inclination

(Top wheel edges point inwards) 

 

(Top wheel edges point outwards)

 The setting of the wheels is exaggerated in the two figures in order to make the difference between negative

and positive cambers more obvious. The setting on the model vehicle should of course not be as extreme 

as shown! 

•  A negative inclination of the front wheels increases the lateral cornering powers of the wheel when driving through

bends, the steering reacts more directly and steering forces are reduced. At the same time, the wheel is pushed onto 

the axle leg in the direction of the axle. This balances out axial bearing clearance, the driving behaviour is calmer. 

•  A negative inclination on the rear wheels reduces the tendency of the rear of the vehicle to swerve in bends.
•  Setting a positive camber on the other hand reduces the cornering force of the wheels and should not be used.

Setting Front Axle Camber:
The „pivot ball“ suspension at the front axis comprises of a 

specially shaped axis leg, two ball-head screws (A and B) 

and two metal grub screws (C).
To set the wheel camber, the ball-head screws (A) and (B) 

are twisted via a small hexagon wrench (D) that is pushed 

through the hole of the grub screw (C).
The metal grub screws (C) can be tightened or loosened 

with a slightly larger hexagon wrench (E). However, they 

only serve to fasten the axis stub to the ball-head screws 

(A) and (B). 
Never tighten the grub screws (C) by force. Otherwise, the 

wheel suspension cannot move freely. The grub screws 

(C) also must not be turned in too loosely, or the axis stub 

will wobble.