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Details
Required Use with 1.260″ pin height pistons.
Important Crankshaft must be balanced to match your specific rods and pistons.
We use this crank on our own race engine making over 2200 HP.
Highlights:
- material: billet 4340 steel
- intended balance: internal
- target bobweight: call
- stroke: 3.543″
- rod journal: 2.047″
- rod journal width: 1.035″
- main journals: 2.441″
- minimum rod length: 5.590″
- typical weight: 41 lbs.
- rear seal diameter: call
- snout diameter: call
- flywheel bolts: 8
- pilot bore diameter: call
- flywheel register diameter: call
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Details
Highlights:
- bolts: 3/8″ ARP 2000
- material: forged 4340 steel
- center to center length: 5.394″
- pin size: 0.827″
- pin end width: 0.935″
- rod journal: 1.771″
- housing bore: 1.89″
- big end width: 0.935″
- typical weight: 535g
- bushed for full-floating piston pin
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Details
Highlights:
- bolts: 3/8″ ARP 2000
- material: forged 4340 steel
- center to center length: 5.43″
- pin size: 0.827″
- pin end width: 0.725″
- rod journal: 1.771″
- housing bore: 1.89″
- big end width: 0.858″
- typical weight: 535g
- bushed for full-floating piston pin
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Details
Important Torque to 75 ft-lbs with ARP lube only!
These rods have been used on our race engines and have withhold over 1800 HP
Highlights:
- bolts: 7/16″ ARP 2000
- material: forged proprietary alloy steel
- center to center length: 5.59″
- pin size: 0.866″
- pin end width: 1.02″
- rod journal: 2.047″
- housing bore: 2.1667″
- big end width: 1.02″
- typical weight: 645g
- bushed for full-floating piston pin
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Details
AEM’s Bosch 4.9LSU Wideband UEGO O2 replacement sensor kit includes only the sensor (with attached cable and male connector) and is intended to replace an existing mounted wideband sensor used with AEM Digital Wideband UEGO Air/Fuel Controller Part Number 30-4110.
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Details
CD-7 Carbon Digital Dash Displays feature a full-color, daylight readable screen surrounded by a tough, lightweight flow-molded carbon fiber composite housing. Seven ultra-bright LEDs span the top of the display housing for RPM and shift light indication. Users can program them to ascend in specific increments based on RPM range and flash when it is time to shift. Brightness is user programmable on the fixed color LEDs. Two large buttons are included on the face of the display, allowing easy page changing and memory resetting even with driving gloves on. These button functions are included in the supplied rear connector, allowing the user to mount remote buttons. Two additional programmable LEDs are located above the toggle buttons on the top of the housing on either side of the integrated LED shift lights.
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Details
A PDM (Power Distribution Module) is a device used to replace conventional relays and fuses in a vehicle electrical system. The Hardwire Electronics PDM takes inputs from physical switches, analogue voltages, or the CAN bus, and provides power to different electronic devices such as radiator fans, fuel pumps and head lights. The current being drawn from each connected device is continuously monitored. If the measured current is too high due to a fault, the PDM switches off the respective output to prevent further damage to the wiring loom or the connected device. The PDM can then retry the output to see if the fault has cleared.
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Details
A PDM (Power Distribution Module) is a device used to replace conventional relays and fuses in a vehicle electrical system. The Hardwire Electronics PDM takes inputs from physical switches, analogue voltages, or the CAN bus, and provides power to different electronic devices such as radiator fans, fuel pumps and head lights. The current being drawn from each connected device is continuously monitored. If the measured current is too high due to a fault, the PDM switches off the respective output to prevent further damage to the wiring loom or the connected device. The PDM can then retry the output to see if the fault has cleared.
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Details
A PDM (Power Distribution Module) is a device used to replace conventional relays and fuses in a vehicle electrical system. The Hardwire Electronics PDM takes inputs from physical switches, analogue voltages, or the CAN bus, and provides power to different electronic devices such as radiator fans, fuel pumps and head lights. The current being drawn from each connected device is continuously monitored. If the measured current is too high due to a fault, the PDM switches off the respective output to prevent further damage to the wiring loom or the connected device. The PDM can then retry the output to see if the fault has cleared.









