drivetrain
Driveshaft - Front
for 2006 Dodge Viper 8.3L V10 · RWD
Difficulty
Moderate
Time
2.4 h
Tools
10
Steps
13
✓Fact-checked. Built from OLP's spec database, then independently fact-checked line by line with every correction applied. Master-tech sign-off by Chris Hackleman is queued. Cross-check torque values against the factory manual, and stop if anything looks unsafe. How our data is made.
Remove and replace the front driveshaft on a 2005 Dodge Viper, including disconnection from the transmission output flange, center support bearing removal, and CV joint flange at the rear differential.
Warnings
⚠️Vehicle must be supported on jack stands rated for the vehicle weight. Never work under a vehicle supported only by a floor jack.
⚠The driveshaft is heavy and awkward. Have an assistant or use a transmission jack to support it during removal to prevent injury or damage to CV joints.
⚠Do not allow the driveshaft to hang by the CV joint. Support the shaft at all times to prevent joint damage.
ℹ️Mark all flanges and yokes before disassembly to maintain rotational balance during reinstallation.
Tools required
Floor jack and jack standsEssential
Wheel chocksEssential
Socket set (metric)Essential
Torque wrench (30-200 Nm range)Essential
Shop towelsEssential
Drain panEssential
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Parts
- Front driveshaft assembly × 1 — Use OEM specification
- Driveshaft flange bolts (if torque-to-yield) × 8 — Check service manual for torque-to-yield specification
- Center support bearing (if worn) × 1 — Use OEM specification
As an Amazon Associate and Autel/ANCEL partner, OLP earns from qualifying purchases — how we link. This never changes the specs we publish.
Preparation
- Park vehicle on a level surface and apply parking brake firmly.
- Place wheel chocks behind rear wheels.
- Raise the front of the vehicle high enough to provide clearance for driveshaft removal (approximately 18-24 inches).
- Support vehicle securely on jack stands placed at manufacturer-specified jacking points.
- Lower the floor jack and verify stability before working under the vehicle.
- Position a drain pan under the transmission output area to catch any residual fluid.
- Visually inspect the driveshaft assembly for wear, damage, or fluid leaks before beginning removal.
Procedure
- 1Mark driveshaft alignmentUse a paint marker to create alignment marks at both ends of the driveshaft/torque tube where it mates to the engine/clutch coupling at the front and the rear transaxle input flange. These marks ensure the driveshaft is reinstalled in the same rotational orientation to maintain balance and prevent vibration. Verify exact connection points against the factory service manual.
- 2Remove transmission output flange boltsLocate the bolts securing the front of the driveshaft assembly to the engine/clutch coupling. Verify the exact number and type of bolts against the factory service manual, then remove them with a socket and ratchet. Keep the bolts organized and inspect them for stretching or damage to determine if replacement is necessary during reassembly.Torque specDriveshaft Flange Bolts (CV/U-Joint)75 Nm (55 lb-ft)
- 3Support the driveshaftPosition a transmission jack or have an assistant support the driveshaft/torque tube weight before proceeding. Confirm the assembly weight and correct support points against the factory service manual, and do not allow the assembly to hang unsupported from either end coupling.
- 4Remove center support bearing bracket boltsIf the torque tube uses an intermediate support, locate it and remove its fasteners per the factory service manual. Verify the presence, location, and fastener count of any center support before proceeding, as the Viper torque tube design differs from a conventional two-piece driveshaft.Torque specCenter Support Bearing Bracket Bolts50 Nm (37 lb-ft)
- 5Separate front flange from transmissionCarefully pull the front driveshaft flange away from the transmission output flange. You may need to use a small pry bar to break the connection if there is corrosion or sealant present. Move the front of the driveshaft downward and toward the rear of the vehicle to create clearance.
- 6Remove rear CV joint flange boltsLocate the bolts securing the rear of the driveshaft to the rear transaxle input flange. Verify the exact number and type against the factory service manual, then remove them while continuing to support the driveshaft weight. Keep these bolts separate from the front bolts if they are different.Torque specDriveshaft Flange Bolts (CV/U-Joint)75 Nm (55 lb-ft)
- 7Remove driveshaft assemblyWith all mounting points disconnected, carefully lower and remove the complete front driveshaft assembly from the vehicle. Slide it rearward and downward to clear the transmission and differential flanges. Avoid bending the CV joint beyond its normal operating angle during removal.
- 8Inspect mounting flanges and center bearingWith the driveshaft removed, inspect the transmission output flange and rear differential input flange for wear, cracks, or damage. Inspect the center support bearing for roughness, play, or noise by rotating it by hand. Check the CV joint boots for tears or grease leakage. Replace any worn components before installing the new or serviced driveshaft.
- 9Install driveshaft assemblyLift the new or serviced driveshaft into position, aligning the rear CV joint flange with the rear differential input flange first. Use your alignment marks from removal to ensure correct rotational orientation. Support the shaft throughout installation to prevent CV joint damage.
- 10Install rear CV joint flange boltsAlign the CV joint flange with the differential input flange using the alignment marks. Install all 4 flange bolts finger-tight first to ensure proper seating, then torque in a cross pattern to the specified value. Apply medium-strength thread locker to bolt threads if specified by the service manual.Torque specDriveshaft Flange Bolts (CV/U-Joint)75 Nm (55 lb-ft)
- 11Install center support bearing bracketPosition the center support bearing bracket to the chassis crossmember. Ensure the bearing rubber isolator is properly seated and not twisted. Install the 2 bracket bolts and torque to specification in an even pattern.Torque specCenter Support Bearing Bracket Bolts50 Nm (37 lb-ft)
- 12Connect front flange to transmissionAlign the front driveshaft flange with the transmission output flange using your alignment marks. Ensure the flanges mate fully and are flush against each other. Install all 4 flange bolts finger-tight, then torque in a cross pattern to the specified value.Torque specDriveshaft Flange Bolts (CV/U-Joint)75 Nm (55 lb-ft)
- 13Final inspection and cleanupVerify all fasteners are torqued to specification and no tools or parts remain under the vehicle. Check that the driveshaft rotates freely without binding or interference by rotating it by hand through at least one complete revolution. Wipe away any excess grease or fluid with shop towels.
Reassembly
- Reassembly is described in the main procedure steps 9-13.
- Ensure all alignment marks are matched during installation to maintain driveline balance.
- Use new flange bolts if the service manual specifies torque-to-yield fasteners.
- Verify the center support bearing is properly seated in its bracket before torquing.
Verification
- Lower the vehicle and start the engine with the transmission in neutral.
- Listen for any abnormal vibration, clicking, or grinding noises from the driveline.
- Test drive the vehicle at various speeds (20-30 mph, 40-50 mph, 60+ mph) on a safe road to verify smooth operation without vibration.
- Recheck all flange bolt torque after the first 50-100 miles of operation.
- Inspect for any fluid leaks from the transmission output seal or differential input seal that may have been disturbed during the procedure.