DIFFERENTIAL (INDIVIDUAL). Subaru Legacy

3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7. 3/4 INCHX1.7.

10X30X18. 10X30X18. 10X30X18. 10X30X18. 10X30X18. 10X30X18. 10X30X18. 10X30X18. 10X30X18. 10X30X18.

11X20X12. 11X20X12. 11X20X12. 11X20X12. 11X20X12. 11X20X12. 11X20X12.

3.900 VISCOUS LSD. 3.900 VISCOUS LSD. 3.900 Viscous LSD. Beam Axle Assembly. Device Connecting Drive Shaft to Axle Shafts that allows For varied speeds of Wheel Rotation. Rigid Axle Assembly. Solid Axle Assembly. A Single Complete Drive Axle Assembly. used on vehicles that utilize dependent Suspension systems. that includes a Differential and Drive axles to deliver Power to the wheels of a Vehicle in Order to Drive the Vehicle.

4.444 VISCOUS LSD. 4.444 VISCOUS LSD. 4.444 VISCOUS LSD. Beam Axle Assembly. Device Connecting Drive Shaft to Axle Shafts that allows For varied speeds of Wheel Rotation. Rigid Axle Assembly. Solid Axle Assembly. A Single Complete Drive Axle Assembly. used on vehicles that utilize dependent Suspension systems. that includes a Differential and Drive axles to deliver Power to the wheels of a Vehicle in Order to Drive the Vehicle.

G/R=3.545. Beam Axle Assembly. Device Connecting Drive Shaft to Axle Shafts that allows For varied speeds of Wheel Rotation. G / R3.545. Rigid Axle Assembly. Solid Axle Assembly. A Single Complete Drive Axle Assembly. used on vehicles that utilize dependent Suspension systems. that includes a Differential and Drive axles to deliver Power to The Wheels of a Vehicle in Order to Drive The Vehicle.

4.111 VISCOUS LSD. 4.111 VISCOUS LSD. 4.111 VISCOUS LSD. Beam Axle Assembly. Device Connecting Drive Shaft to Axle Shafts that allows For varied speeds of Wheel Rotation. Rigid Axle Assembly. Solid Axle Assembly. A Single Complete Drive Axle Assembly. used on vehicles that utilize dependent Suspension systems. that includes a Differential and Drive axles to deliver Power to the wheels of a Vehicle in Order to Drive the Vehicle.

4.444. 4.444. 4.444. Device Connecting Drive Shaft to Axle Shafts that allows For varied speeds of Wheel Rotation. G / R4.444. A Single Complete Drive Axle Assembly. used on vehicles that utilize dependent Suspension systems. that includes a Differential and Drive axles to deliver Power to the wheels of a Vehicle in Order to Drive the Vehicle.

4.111. 4.111. 4.111. 4.111. 4.111. Device Connecting Drive Shaft to Axle Shafts that allows For varied speeds of Wheel Rotation. G / R4.111. A Single Complete Drive Axle Assembly. used on vehicles that utilize dependent Suspension systems. that includes a Differential and Drive axles to deliver Power to the wheels of a Vehicle in Order to Drive the Vehicle.

G/R=3.272. G/R=3.272. G/R=3.272. G/R=3.272. G/R=3.272.

G/R=3.900. G/R=3.900.

G/R=3.272. G/R=3.272.

G/R=3.272. G/R=3.272.

G/R=4.111. G/R=4.111. G/R=4.111. G/R=4.111.

G/R=4.444. G/R=4.444. G/R=4.444. G/R=4.444. G/R=4.444.

G/R=3.083.

G/R=3.083. G/R=3.083.

G/R=3.083. G/R=3.083.

G/R=4.111. G/R=4.111. G/R=4.111.

G/R=4.444. G/R=4.444. G/R=4.444.

The Housing of a Differential that holds the Gears. pinions. Differential Case. etc.

T=0.20. T=0.20. T=0.20. T=0.20. T=0.20. T=0.20. T=0.20. T=0.20. T=0.20. T=0.20.

T=0.25. T=0.25. T=0.25. T=0.25. T=0.25. T=0.25. T=0.25. T=0.25. T=0.25. T=0.25.

T=0.30. T=0.30. T=0.30. T=0.30. T=0.30. T=0.30. T=0.30. T=0.30. T=0.30. T=0.30.

T=0.40. T=0.40. T=0.40. T=0.40. T=0.40. T=0.40. T=0.40. T=0.40. T=0.40. T=0.40.

T=0.50. T=0.50. T=0.50. T=0.50. T=0.50. T=0.50. T=0.50. T=0.50. T=0.50. T=0.50.

T=3.12.

T=3.12. T=3.12. T=3.12. T=3.12. T=3.12. T=3.12. T=3.12. T=3.12. T=3.12. T=3.12.

T=3.51. T=3.51. T=3.51. T=3.51. T=3.51. T=3.51. T=3.51. T=3.51. T=3.51. T=3.51.

T=3.57. T=3.57. T=3.57. T=3.57. T=3.57. T=3.57. T=3.57. T=3.57. T=3.57. T=3.57.

T=3.63. T=3.63. T=3.63. T=3.63. T=3.63. T=3.63. T=3.63. T=3.63. T=3.63. T=3.63.

Gasket Differential Carrier. Seals between the Differential Cover and the Differential Housing preventing leaks.

T=2.47. T=2.47. T=2.47. T=2.47. T=2.47. T=2.47. T=2.47. T=2.47. T=2.47. T=2.47.

T=2.51. T=2.51. T=2.51. T=2.51. T=2.51. T=2.51. T=2.51. T=2.51. T=2.51. T=2.51.

T=2.55. T=2.55. T=2.55. T=2.55. T=2.55. T=2.55. T=2.55. T=2.55. T=2.55. T=2.55.

T=2.57. T=2.57. T=2.57. T=2.57. T=2.57. T=2.57. T=2.57. T=2.57. T=2.57. T=2.57.

T=2.59. T=2.59. T=2.59. T=2.59. T=2.59. T=2.59. T=2.59. T=2.59. T=2.59. T=2.59.

L=52.6.

L=53.0.

L=53.2.

L=52.2.

L=52.4.

L=52.8.

L=56.2. L=56.2. L=56.2. L=56.2. L=56.2. L=56.2. L=56.2. L=56.2. L=56.2. L=56.2.

L=56.4. L=56.4. L=56.4. L=56.4. L=56.4. L=56.4. L=56.4. L=56.4. L=56.4. L=56.4.

L=56.6. L=56.6. L=56.6. L=56.6. L=56.6. L=56.6. L=56.6. L=56.6. L=56.6. L=56.6.

L=56.8. L=56.8. L=56.8. L=56.8. L=56.8. L=56.8. L=56.8. L=56.8. L=56.8. L=56.8.

L=57.2. L=57.2. L=57.2. L=57.2. L=57.2. L=57.2. L=57.2. L=57.2. L=57.2. L=57.2.

L=57.0. L=57.0. L=57.0. L=57.0. L=57.0. L=57.0. L=57.0. L=57.0. L=57.0. L=57.0.