Toyota Tundra 22-25 1.25 Performance Uniball Upper Control Arms

The Camburg Engineering Control Arm Kit (#CAM-310197) is designed to provide improved suspension performance for the 2022-2024 Toyota Tundra and 2023-2025 Toyota Sequoia. When lifting your truck, the stock upper control arms often limit wheel travel and suspension articulation. This Camburg kit addresses these limitations and more, offering enhanced performance, increased strength, and longer durability under extreme conditions.

The Camburg Control Arm Kit replaces the stock ball joint with a larger 1.25" uniball bearing, which increases wheel travel and provides a much stronger, longer-lasting solution compared to the stock setup. The kit also optimizes caster and camber curve geometry to correct alignment issues, which in turn improves driving characteristics and overall handling.

For added protection, Camburg incorporates a billet aluminum cover on top of the uniball to prevent dirt and contaminants from entering, helping to preserve the integrity of the bearing. This cap uses a press-fit design with an o-ring seal to ensure a secure fit.

Using advanced CAD/CAM software, Camburg designs these control arms to the highest standards. They are laser scanned with FARO laser scan technology to ensure precise modeling of OEM parts and frame geometry. The arms are CNC laser cut, MIG welded, and finished with a sandblasted and powder-coated finish for durability and a sleek appearance.

Key Features

• 1.25" Uniball Bearing: Replaces stock ball-joints with a larger, stronger uniball bearing, increasing wheel travel and durability under extreme conditions.
• Improved Suspension Geometry: Designed to optimize caster and camber curve, ensuring proper alignment and better handling.
• Billet Aluminum Cap: Billet aluminum cover protects the uniball from dirt and contaminants, ensuring long-term reliability.
• CNC Machined Components: Precision-engineered misalignment spacers made from heat-treated stainless steel.
• Enhanced Strength and Durability: Built from high-quality materials with sandblasted and powder-coated finishes for corrosion resistance.
• In-House Manufacturing: Camburg manufactures the arms in-house to ensure the highest quality control.

Fitment Notes

• Wheel and Tire Adjustments: Depending on factors such as wheel size, offset/backspacing, tire size, and suspension specifications, adjustments may be necessary. This can include trimming the plastic inner fenders or modifying the body mounts behind the front tires to prevent tire rubbing.
• Compatibility: Not compatible with 3.0” coilover 

Specifications

• Vehicle Fitment:
  • 2022-2024 Toyota Tundra 2WD/4WD
  • 2023-2025 Toyota Sequoia 2WD/4WD
• Part Number: #CAM-310197
• Key Material: Heat-treated stainless steel, billet aluminum
• Technology: CAD/CAM engineered, FARO laser scan modeling
• Uniball Bearing Size: 1.25"
• Finish: Sandblasted and powder-coated

Frequently Asked Questions (FAQ)

Q: Will this control arm kit fit my 2023 Toyota Sequoia?
A: Yes, the Camburg Control Arm Kit is designed to fit 2023-2025 Toyota Sequoia 2WD/4WD models.

Q: Do I need to modify my vehicle to install these control arms?
A: Depending on your wheel size, tire size, and suspension setup, some modifications like trimming plastic inner fenders or modifying body mounts may be necessary to prevent tire rubbing.

Q: Does the Camburg Control Arm Kit improve handling?
A: Yes, the kit improves suspension geometry, providing better alignment and improved driving characteristics, resulting in better handling and ride quality.

Q: Is this kit compatible with 3.0 coilovers?
A: No, the Camburg Control Arm Kit is not compatible with 3.0 coilover models.

Q: What material is used for the control arms?
A: The control arms are made from heat-treated stainless steel, and the uniball misalignment spacers are crafted from stainless steel for maximum strength and durability.

Q: How is the uniball bearing protected?
A: The uniball is protected by a billet aluminum cap with a press-fit design and o-ring seal, keeping dirt and debris out.