Front Suspension Camber Toe Adjustment Bolts,Lower Control Cam Plate Toe Alignment Bolts Fit for Toyota 2000-2006 Tundra, 2001-2007 Sequoia (Pack of 4)Online Sale

Automotive camber caster control arm bolts replacement for your 2000-2006 Tundra DLX Limited SR5|6 Cyl 3.4L, 6 Cyl 4.0L, 8 Cyl 4.7L, 2001-2007 Sequoia Limited SR5|8 Cyl 4.7L.

The bolts are direct replacements for the factory bolts, ensuring a precise, solid fit and easy installation.

Front wheel alignment cam bolt kit includes 4 washer bolts, 4 cam plate nuts, and 4 cam adjusters；Part number: 48409-34030 48409-34020.

There’s no feeling quite like being the home fan, and no feeling like being the road fan! Buy an official Front Suspension Camber Toe Adjustment Bolts,Lower Control Cam Plate Toe Alignment Bolts Fit for Toyota 2000-2006 Tundra, 2001-2007 Sequoia (Pack of 4) to show your team pride. Get an authentic Front Suspension Camber Toe Adjustment Bolts,Lower Control Cam Plate Toe Alignment Bolts Fit for Toyota 2000-2006 Tundra, 2001-2007 Sequoia (Pack of 4) with your favorite player’s name and number on the back, or get the whole squad together for a custom item.

Camber Alignment Bolts are for adjusting the angle during 4-wheel alignment, the wheel camber is out of the standard range of use and can only be adjusted by using Camber Alignment Bolts. The use of Camber Alignment Bolts ensures that the wheel data is normal and avoids tire wear without compromising safety.

There’s no feeling quite like being the home fan, and no feeling like being the road fan! Buy an official Front Suspension Camber Toe Adjustment Bolts,Lower Control Cam Plate Toe Alignment Bolts Fit for Toyota 2000-2006 Tundra, 2001-2007 Sequoia (Pack of 4) to show your team pride. Get an authentic Front Suspension Camber Toe Adjustment Bolts,Lower Control Cam Plate Toe Alignment Bolts Fit for Toyota 2000-2006 Tundra, 2001-2007 Sequoia (Pack of 4) with your favorite player’s name and number on the back, or get the whole squad together for a custom item.

Four-wheel alignment, refers to the average direction of advancement of the rear wheels for the positioning reference, to measure and correct the positioning angle of the four wheels; so that the vehicle in driving chassis parts and tires can maintain the appropriate geometric relationship, so that the driver can correctly and comfortably drive their cars, to prolong the service life of the tires and chassis-related parts.