Hobby People Outlaw 4WD, Operating Manual

Page 5

ITEmS REqUIRED TO OpERATE AND mAINTAIN

The products listed below must be purchased separately and are required to drive, maintain and make chassis setup adjustments to 
your 

Outlaw RTR Brushless Buggy

.

In addition to the battery requirements listed above, the following items are recommended to drive, maintain and make chassis setup 
adjustments to your 

Outlaw RTR Brushless Buggy

.

l

  Eight 'AA' Alkaline Batteries for Transmitter

l

  AC or AC/DC Charger for Ni-Cd/Ni-MH and/or Li-Po Batteries

l

  Solder (for Electronics) and Soldering Iron

l

  Heat Gun or Lighter (for Heat-Shrink Tubing)

l

  Metric Ruler

l

  # 1 and # 2 Phillips Head Screwdrivers

l

  1.5mm and 2.5mm Hex Wrenches

l

  5.0mm and 5.5mm Nut Drivers

l

  17mm Socket Wrench (for Wheel Nuts)

l

  7mm Open-End Wrench (to Adjust Slipper Clutch)

l

  Adjustable Wrench (to Adjust Turnbuckles)

l

  Scissors or Modeling Knife

l

  Motor Spray and Ball Bearing Oil

l

  Threadlock

l

  Assorted Weights of Silicone Oil to Tune Shocks (Optional)

l

  Differential Grease to Tune the Differentials (Optional)

n  

Miscellaneous Requirements

The charger you use should be compatible with the type of batteries you're using. For example, if you're using Li-Po batteries, 
your charger must be able to charge Li-Po batteries.

n  

Battery Requirements

The 

Outlaw RTR Brushless Buggy

 can be powered using either one 6 ~ 7 cell Ni-Cd or Ni-MH battery pack or it can be powered using 

one 2 ~ 3 cell Li-Po battery pack.

Recommended Battery Pack

l

  One 2S 5000mAh (25C or greater) Hard Case Car Li-Po Battery Pack

l

  One Female (or Male/Female pair) T-Style Connector with Heat-Shrink Tubing (If not included with battery)

Optional Battery Pack - For Greater Speed and Power

l

  One 3S 5000mAh (25C or greater) Hard Case Car Li-Po Battery Pack 

l

  One Female (or Male/Female pair) T-Style Connector with Heat-Shrink Tubing (If not included with battery)

The ESC can handle 6 ~ 8 Ni-Cd or Ni-MH cells, or 2 ~ 3 Li-Po cells. Do not exceed the maximum cell count or the ESC will 
be damaged! 

Regardless of the type of battery pack you choose, the following pertains: the more cells you use, the more power the battery 
pack will provide, but the heavier the battery pack will be. More power will provide higher speed and more torque. The higher the 

capacity of the battery pack (e.g., mAh), the longer the run-time you will experience, but the heavier the battery pack will be. The heavier 
the battery pack is, the more solidly the model will feel 'planted' to the ground, but the less nimble the model will handle.
While the capacity of the battery pack you choose can be as high as desired (while still allowing the battery pack to fit in the battery 
holder), the cell count should never exceed the maximum for the ESC.