moog-ev117 | Front Inner Tie Rod | Ford Mustang | MOOG-EV117

  • moog-ev117 360image 1
  • moog-ev117 Front Inner Tie Rod End
  • moog-ev117 Front Inner Tie Rod End
  • moog-ev117 Front Inner Tie Rod End
  • moog-ev117 Front Inner Tie Rod End
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Front Inner Tie Rod End

Manufacturer: MOOG
Part Number: moog-ev117
Price: $35.32

check_box In Stock check_box Ships Immediately

  • Moog fulfills their warranty through their individual dealers. That means that in order to receive warranty support, you will have to refer back to the original dealer you purchased the part from. Be sure to check the dealer's warranty support before you buy the part to make sure that they will properly support the warranty. If a dealer will only refer you back to the manufacturer in order to receive warranty support, then you may not actually have any warranty at all.


    Moog Premium Steering Components carry a Limited Lifetime Warranty. Moog R-Series Control Arms, Hub Assemblies, and Strut Assemblies carry a 3 Year Warranty.

    Moog warranties their parts to be free of defects in materials and/or workmanship during these timeframes as measured from the date of purchase.

    If a Moog part should fail due to materials or manufacturing defect while under warranty, we will provide a replacement of the part upon return of the defective part.

FitmentFront Inner Tie Rod End moog-ev117 fits these vehicles:

moog-ev117 | Front Inner Tie Rod | Ford Mustang | MOOG-EV117

Fits Left or Right Side
  • Power Steering gear marked SPR-AG, AH, GA
  • Except with steering gear marked SMD-J

Moog Tie Rods

Connecting the Driver to the Vehicle

Tie rods are a crucial part of your steering system. When you turn your steering wheel the motion travels through the steering rack, through the tie rods, and finally through your steering arm or spindle. Without tie rods, you wouldn't be able to turn your car. This part is also incredibly important to your vehicle's alignment. If you replace your tie rods, make sure to get an alignment done immediately afterward.

Moog Tie Rod Box
Moog Tie Rod

Designed for Strength, Durability, and Longevity

Moog tie rods feature several differences from the OE. One of the more obvious differences is the overall design itself. Whereas many OE tie rods are two-piece assemblies, Moog's tie rods are forged one-piece units. This one-piece design reduces the chance of early wear, increasing the durability of the part as a whole. To protect your tie rod, Moog uses a neoprene-sealed rubber dust boot. This dust boot is resistant to both extreme temperatures and abrasion. The design for this rubber boot includes a small valve to allow for the flushing of old grease and contaminants. In addition to all these other features, Moog crafts their tie rod end using hardened full-ball metal studs. These hardened studs can stand up to much more than the OE, making the tie rod that much more dependable.

Fitment for moog-ev117
MakeModelYear RangePositionDrive WheelQuantity RequiredEngine BaseEngine VINEngine Designation
FordFairmont1983-1978Inner Quantity 2
FordGranada1982-1981Inner Quantity 2
FordLTD1986-1983Inner Quantity 2
FordMustang1993-1979Inner Quantity 2
FordMustang II1978-1974Inner Quantity 2
FordPinto1980-1975Inner Quantity 2
FordThunderbird1988-1980Inner Quantity 2
LincolnContinental1987-1982Inner Quantity 2
LincolnMark VII1992-1984Inner Quantity 2
MercuryBobcat1980-1975Inner Quantity 2
MercuryCapri1986-1979Inner Quantity 2
MercuryCougar1988-1980Inner Quantity 2
MercuryMarquis1986-1983Inner Quantity 2
MercuryZephyr1983-1980Inner Quantity 2

question_answer Customer Questions and Answers

What are the length for EV103?
The length on part number moog-ev117 is ii.550inches.

Can I purchase just the hardware (nut and lock pin) from the moog-ev117?
Unfortunately Moog does not sell their hardware separately from their parts.

What are the specs on part EV117?
Specs are: Length = 11.550 in Outer Tie Rod Thread = .562-18R Shaft Diameter = 0.564 in Rack End Thread = 15/16-20R Rack End Type = FEMALE End 2 Thread Diameter = 15/16in End 2 Thread DirectionClockwise End 2 Threads Per Inch = 20