Replace the worn bushing on the inboard side of the rear lower control arm on many Subaru models from the 2000's to present. Need the toe cam adjuster too? Check out SPC part number 67668 for many 2000 to 2009 models. Part replaces OE #'s 20254AE01A and20254FG020.
Replace the worn bushing on the inboard side of the rear lower control arm on many Subaru models from the 2000's to present. Need the toe cam adjuster too? Check out SPC part number 67668 for many 2000 to 2009 models. Part replaces OE #'s 20254AE01A and20254FG020.
Replace the worn bushing on the inboard side of the rear lower control arm on many Subaru models from the 2000's to present. Need the toe cam adjuster too? Check out SPC part number 67668 for many 2000 to 2009 models. Part replaces OE #'s 20254AE01A and20254FG020.
Replace the worn bushing on the inboard side of the rear lower control arm on many Subaru models from the 2000's to present. Need the toe cam adjuster too? Check out SPC part number 67668 for many 2000 to 2009 models. Part replaces OE #'s 20254AE01A and20254FG020.
Restore lost toe adjustment on many popular Subaru models with this replacement bolt and bushing kit. Many times the factory bolt freezes inside the control arm bushing and has to be cut out. This kit includes a replacement factory style toe cam and bushing so you can get the job done and bring rear toe back into specification.
Restore lost toe adjustment on many popular Subaru models with this replacement bolt and bushing kit. Many times the factory bolt freezes inside the control arm bushing and has to be cut out. This kit includes a replacement factory style toe cam and bushing so you can get the job done and bring rear toe back into specification.
Restore lost toe adjustment on many popular Subaru models with this replacement bolt and bushing kit. Many times the factory bolt freezes inside the control arm bushing and has to be cut out. This kit includes a replacement factory style toe cam and bushing so you can get the job done and bring rear toe back into specification.
Restore lost toe adjustment on many popular Subaru models with this replacement bolt and bushing kit. Many times the factory bolt freezes inside the control arm bushing and has to be cut out. This kit includes a replacement factory style toe cam and bushing so you can get the job done and bring rear toe back into specification.
This tool was specifically designed to remove the original equipment ball joints on smaller cars when installing SPC Performance's sliding ball joints. With this revolutionary design you can remove the ball joint from the front upper control arm without removing the arm from the vehicle, saving time and costs. Packaged in a convenient blow-molded plastic case this set comes complete with adapters for both removing and installing stock or Specialty Product's sliding ball joints. Set includes the following 4433,4434,40923,40925 and 40927.
This tool was specifically designed to remove the original equipment ball joints on smaller cars when installing SPC Performance's sliding ball joints. With this revolutionary design you can remove the ball joint from the front upper control arm without removing the arm from the vehicle, saving time and costs. Packaged in a convenient blow-molded plastic case this set comes complete with adapters for both removing and installing stock or Specialty Product's sliding ball joints. Set includes the following 4433,4434,40923,40925 and 40927.
This tool was specifically designed to remove the original equipment ball joints on smaller cars when installing SPC Performance's sliding ball joints. With this revolutionary design you can remove the ball joint from the front upper control arm without removing the arm from the vehicle, saving time and costs. Packaged in a convenient blow-molded plastic case this set comes complete with adapters for both removing and installing stock or Specialty Product's sliding ball joints. Set includes the following 4433,4434,40923,40925 and 40927.
This tool was specifically designed to remove the original equipment ball joints on smaller cars when installing SPC Performance's sliding ball joints. With this revolutionary design you can remove the ball joint from the front upper control arm without removing the arm from the vehicle, saving time and costs. Packaged in a convenient blow-molded plastic case this set comes complete with adapters for both removing and installing stock or Specialty Product's sliding ball joints. Set includes the following 4433,4434,40923,40925 and 40927.
These heavy duty bolts and brackets replace the upper control arm mounting bolts giving you both camber and caster adjustment. Kit includes 2 cam and bolt sets to cover one side of the vehicle.
These heavy duty bolts and brackets replace the upper control arm mounting bolts giving you both camber and caster adjustment. Kit includes 2 cam and bolt sets to cover one side of the vehicle.
These heavy duty bolts and brackets replace the upper control arm mounting bolts giving you both camber and caster adjustment. Kit includes 2 cam and bolt sets to cover one side of the vehicle.
These heavy duty bolts and brackets replace the upper control arm mounting bolts giving you both camber and caster adjustment. Kit includes 2 cam and bolt sets to cover one side of the vehicle.
These high strength forged rear arms are perfect for tuners or installers that need extended camber ranges on these popular platforms. Complete with O.E. stype bushings installed for a factory type ride.
These high strength forged rear arms are perfect for tuners or installers that need extended camber ranges on these popular platforms. Complete with O.E. stype bushings installed for a factory type ride.
These high strength forged rear arms are perfect for tuners or installers that need extended camber ranges on these popular platforms. Complete with O.E. stype bushings installed for a factory type ride.
These high strength forged rear arms are perfect for tuners or installers that need extended camber ranges on these popular platforms. Complete with O.E. stype bushings installed for a factory type ride.
Our patented thrust alignment plate will allow for corrections of setback and thrust angle on most vehicles with rear leaf springs. Installation is made by loosening the U-bolts holding the leaf spring to the axle, installing the alignment plate betweenthe axle and leaf spring and retightening the U-bolts. Widths are availalbe in 2-3/8" and 3", and each kit comes with multiple parts to provide coverage of most vehicles with rear leaf springs, including all early model passenger cars. This is THE kit tocorrect Thrust Angle!
Our patented thrust alignment plate will allow for corrections of setback and thrust angle on most vehicles with rear leaf springs. Installation is made by loosening the U-bolts holding the leaf spring to the axle, installing the alignment plate betweenthe axle and leaf spring and retightening the U-bolts. Widths are availalbe in 2-3/8" and 3", and each kit comes with multiple parts to provide coverage of most vehicles with rear leaf springs, including all early model passenger cars. This is THE kit tocorrect Thrust Angle!
Our patented thrust alignment plate will allow for corrections of setback and thrust angle on most vehicles with rear leaf springs. Installation is made by loosening the U-bolts holding the leaf spring to the axle, installing the alignment plate betweenthe axle and leaf spring and retightening the U-bolts. Widths are availalbe in 2-3/8" and 3", and each kit comes with multiple parts to provide coverage of most vehicles with rear leaf springs, including all early model passenger cars. This is THE kit tocorrect Thrust Angle!
Our patented thrust alignment plate will allow for corrections of setback and thrust angle on most vehicles with rear leaf springs. Installation is made by loosening the U-bolts holding the leaf spring to the axle, installing the alignment plate betweenthe axle and leaf spring and retightening the U-bolts. Widths are availalbe in 2-3/8" and 3", and each kit comes with multiple parts to provide coverage of most vehicles with rear leaf springs, including all early model passenger cars. This is THE kit tocorrect Thrust Angle!
Our patented thrust alignment plate will allow for corrections of setback and thrust angle on most vehicles with rear leaf springs. Installation is made by loosening the U-bolts holding the leaf spring to the axle, installing the alignment plate betweenthe axle and leaf spring and retightening the U-bolts. Widths are availalbe in 2-3/8" and 3", and each kit comes with multiple parts to provide coverage of most vehicles with rear leaf springs, including all early model passenger cars. This is THE kit tocorrect Thrust Angle!
Our patented thrust alignment plate will allow for corrections of setback and thrust angle on most vehicles with rear leaf springs. Installation is made by loosening the U-bolts holding the leaf spring to the axle, installing the alignment plate betweenthe axle and leaf spring and retightening the U-bolts. Widths are availalbe in 2-3/8" and 3", and each kit comes with multiple parts to provide coverage of most vehicles with rear leaf springs, including all early model passenger cars. This is THE kit tocorrect Thrust Angle!
Our patented thrust alignment plate will allow for corrections of setback and thrust angle on most vehicles with rear leaf springs. Installation is made by loosening the U-bolts holding the leaf spring to the axle, installing the alignment plate betweenthe axle and leaf spring and retightening the U-bolts. Widths are availalbe in 2-3/8" and 3", and each kit comes with multiple parts to provide coverage of most vehicles with rear leaf springs, including all early model passenger cars. This is THE kit tocorrect Thrust Angle!
Our patented thrust alignment plate will allow for corrections of setback and thrust angle on most vehicles with rear leaf springs. Installation is made by loosening the U-bolts holding the leaf spring to the axle, installing the alignment plate betweenthe axle and leaf spring and retightening the U-bolts. Widths are availalbe in 2-3/8" and 3", and each kit comes with multiple parts to provide coverage of most vehicles with rear leaf springs, including all early model passenger cars. This is THE kit tocorrect Thrust Angle!
Get your 8th and 9th generation Civic or Acura CSX & ILX track ready with SPC's forged aluminum adjustable rear camber arm. SPC forged aircraft grade aluminum arm weighs less than the OE arm it will replace. The arm is built with SPC's xAxis sealed flexjoint to reduce compliance. Its' unique adjustment design permits on car adjustment of ±3° camber. Whether you need negative camber and reduced compliance for the track or want to get back to OE specifications after lowering, this is the arm for you.
Get your 8th and 9th generation Civic or Acura CSX & ILX track ready with SPC's forged aluminum adjustable rear camber arm. SPC forged aircraft grade aluminum arm weighs less than the OE arm it will replace. The arm is built with SPC's xAxis sealed flexjoint to reduce compliance. Its' unique adjustment design permits on car adjustment of ±3° camber. Whether you need negative camber and reduced compliance for the track or want to get back to OE specifications after lowering, this is the arm for you.
Get your 8th and 9th generation Civic or Acura CSX & ILX track ready with SPC's forged aluminum adjustable rear camber arm. SPC forged aircraft grade aluminum arm weighs less than the OE arm it will replace. The arm is built with SPC's xAxis sealed flexjoint to reduce compliance. Its' unique adjustment design permits on car adjustment of ±3° camber. Whether you need negative camber and reduced compliance for the track or want to get back to OE specifications after lowering, this is the arm for you.
Get your 8th and 9th generation Civic or Acura CSX & ILX track ready with SPC's forged aluminum adjustable rear camber arm. SPC forged aircraft grade aluminum arm weighs less than the OE arm it will replace. The arm is built with SPC's xAxis sealed flexjoint to reduce compliance. Its' unique adjustment design permits on car adjustment of ±3° camber. Whether you need negative camber and reduced compliance for the track or want to get back to OE specifications after lowering, this is the arm for you.
Change camber,caster or both at the same time with these sleeves. Simply remove the tire, cotter pin and upper ball joint stud nut and break the taper free between the stud and sleeve. Using a sleeve puller, remove the existing sleeve. Install a zero degree sleeve 23139 to determine the change needed ,then install the correct sleeve.To split camber and caster adjustment, rotate sleeve 45°.
Change camber,caster or both at the same time with these sleeves. Simply remove the tire, cotter pin and upper ball joint stud nut and break the taper free between the stud and sleeve. Using a sleeve puller, remove the existing sleeve. Install a zero degree sleeve 23139 to determine the change needed ,then install the correct sleeve.To split camber and caster adjustment, rotate sleeve 45°.
Change camber,caster or both at the same time with these sleeves. Simply remove the tire, cotter pin and upper ball joint stud nut and break the taper free between the stud and sleeve. Using a sleeve puller, remove the existing sleeve. Install a zero degree sleeve 23139 to determine the change needed ,then install the correct sleeve.To split camber and caster adjustment, rotate sleeve 45°.
Change camber,caster or both at the same time with these sleeves. Simply remove the tire, cotter pin and upper ball joint stud nut and break the taper free between the stud and sleeve. Using a sleeve puller, remove the existing sleeve. Install a zero degree sleeve 23139 to determine the change needed ,then install the correct sleeve.To split camber and caster adjustment, rotate sleeve 45°.
The 23160 series changes camber only from 1/4° up to 2° Remove the upper ball joint stud nut and break taper free between the stud and sleeve. Calculate change needed and install correct sleeve. Sleeve may be rotated to fine tune camber adjustment.
The 23160 series changes camber only from 1/4° up to 2° Remove the upper ball joint stud nut and break taper free between the stud and sleeve. Calculate change needed and install correct sleeve. Sleeve may be rotated to fine tune camber adjustment.
The 23160 series changes camber only from 1/4° up to 2° Remove the upper ball joint stud nut and break taper free between the stud and sleeve. Calculate change needed and install correct sleeve. Sleeve may be rotated to fine tune camber adjustment.
The 23160 series changes camber only from 1/4° up to 2° Remove the upper ball joint stud nut and break taper free between the stud and sleeve. Calculate change needed and install correct sleeve. Sleeve may be rotated to fine tune camber adjustment.
The 23160 series changes camber only from 1/4° up to 2° Remove the upper ball joint stud nut and break taper free between the stud and sleeve. Calculate change needed and install correct sleeve. Sleeve may be rotated to fine tune camber adjustment.
The 23160 series changes camber only from 1/4° up to 2° Remove the upper ball joint stud nut and break taper free between the stud and sleeve. Calculate change needed and install correct sleeve. Sleeve may be rotated to fine tune camber adjustment.
The 23160 series changes camber only from 1/4° up to 2° Remove the upper ball joint stud nut and break taper free between the stud and sleeve. Calculate change needed and install correct sleeve. Sleeve may be rotated to fine tune camber adjustment.
The 23160 series changes camber only from 1/4° up to 2° Remove the upper ball joint stud nut and break taper free between the stud and sleeve. Calculate change needed and install correct sleeve. Sleeve may be rotated to fine tune camber adjustment.
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We use these cookies to improve your website experience and provide more personalized services to you, both on this website and through other media.
To find out more about the cookies we use, see our Privacy Policy.
