The Power Commander is a fuel injection adjustment unit that plugs “inline” with the bike’s stock ECU (electronic control unit). The PC uses original equipment style connectors, so no splicing or cutting of the harness is required. Most installations take less than 15 minutes, some as little as 5 minutes.

Changes are made to the bikes fuel and, in some cases, ignition curves via the PC’s onboard microprocessor. Using this technology we are able to offer a large area of adjustment without making any permanent changes to the bike’s ECU. Removing the PC returns the bike to its previous stock condition. Each unit comes complete with software and cable link that allows you to change between different maps or make adjustments to a map file.

NEW! - Power Commander - PTi
On select models, a new version of PCV is now available that’s perfect for forced induction applications.

This new unit, PCV-PTi, comes with a Bosch 3 bar MAP/Temp sensor as part of the PCV harness for expanded capabilities built into the control center software.

The PTi version of the PCV gives you the ability to modify your fuel curve based off a pressure (boost) table and/or temperature table. The pressure table gives you 3D mapping capability based on boost vs RPM, while the temperature table gives you 2D mapping capability with up to 50 points of adjustment.

This new version of the Power Commander V is perfect for turbocharged or supercharged applications looking for precision, control, and reliability.

POWER COMMANDER V (PC5):
• Reduced Size (Less than half the size of PCIII)
• USB Powered From Computer (9 Volt Adaptor is no longer needed for programming)
• 2 Position Map Switching Function Built In (Map switch not included)
• Gear / Speed Input (Allows for map adjustment based on gear and speed)
• 10 Throttle Position Columns (Up from 9 on the PCIII)
• Enhanced “Accel Pump” Utility (Increased adjustment and sensitivity ranges)
• Analog Input -100% / +250% Fuel Change Rate (Allows more adjustment range)
(Allows user to use any 0-5 volt sensor and built an adjustment table based on its input such as boost or temperature)