HomeBrake > Disc Pads and Brake ShoesPowerStop 16-812 Disc Brake Pad Set - Front
Part #: 16-812

PowerStop 16-812 Disc Brake Pad Set - Front

Power Stop - Front Z16 Low-Dust Ceramic Brake Pads, Front
7 vehicles fit this part
Select your vehicle to confirm fitment
Verify this part fits before purchasing — free returns if it doesn't
$42.03Free Shipping
Free ShippingNo Cost to Continental U.S.
Free Returns*Wrong fit? No cost
60-Day ReturnsMoney back guarantee
*Free return shipping only qualifies if our fitment verification tool is used.
In Stock · Ready To Ship Most orders ship same-day if ordered before 1pm CST.
OE Direct Replacement — Bolt-on fit, no modifications needed
Power Stop - Front Z16 Low-Dust Ceramic Brake Pads, Front
Fitment: Toyota, Sequoia and Tundra
Easy Returns — Return within 60 days for a full refund
Fast Shipping — Most orders ship same business day before 1pm CST

Power Stop Front Z16 Low-Dust Ceramic Brake Pads Overview

The Power Stop - Front Z16 Low-Dust Ceramic Brake Pads (Part Number 16-812) are engineered for Toyota Sequoia and Tundra models. These ceramic disc brake pads offer a balance of performance and reduced brake dust, designed to maintain clean wheels and consistent stopping power.

  • Compatible with Toyota Sequoia and Tundra front disc brakes
  • Durable ceramic friction material with 16.3 mm thickness on both inner and outer pads
  • Includes mechanical pad wear sensors for timely maintenance alerts
  • Slotted design and chamfered edges to reduce noise and improve pad bedding
  • Comes with pad shims to minimize vibration and enhance braking smoothness

Detailed Features and Specifications

The Power Stop - Front Z16 Low-Dust Ceramic Brake Pads feature a ceramic friction material composition that provides stable braking performance while generating less dust compared to traditional semi-metallic pads. Both the inner and outer pads have a friction material thickness of 16.3 mm, ensuring long service life. The pads include mechanical wear sensors that alert drivers when replacement is needed, helping to maintain optimal brake system function.

Designed with slotted surfaces and chamfered edges, these pads help reduce brake noise and improve heat dissipation during braking. The included pad shims further reduce vibration and contribute to quieter operation. This set is specifically engineered for front disc brake systems on Toyota Sequoia and Tundra vehicles, ensuring proper fit and reliable performance.

About the Power Stop - Front Z16 Low-Dust Ceramic Brake Pads Line

The Power Stop - Front Z16 Low-Dust Ceramic Brake Pads line focuses on delivering performance-grade ceramic brake pads that reduce brake dust buildup while maintaining effective stopping power. This product line is designed for drivers seeking a balance between clean wheel appearance and dependable braking, making it suitable for Toyota Sequoia and Tundra owners who require front brake pad replacements with enhanced durability and noise reduction features.

Common Applications and Problem Solving

  • Replacement for worn or damaged front disc brake pads on Toyota Sequoia and Tundra
  • Reduction of brake dust accumulation on wheels
  • Minimizing brake noise and vibration during operation
  • Maintaining consistent braking performance under normal driving conditions
  • Providing timely wear indication through mechanical pad wear sensors

Installation Notes and Tips

When installing the Power Stop 16-812 brake pads, ensure the mechanical wear sensors are properly connected to maintain accurate wear monitoring. The included pad shims should be installed to reduce vibration and noise. It is recommended to inspect the brake rotors for wear or damage and resurface or replace them if necessary to optimize pad performance. Follow manufacturer torque specifications for caliper bolts and perform a proper bedding-in procedure after installation.

Quality Assurance and Warranty

Power Stop brake pads are manufactured to meet or exceed OEM standards for fit, form, and function. The 16-812 part number undergoes rigorous quality control to ensure consistent performance and durability. While specific warranty details are not provided here, Power Stop typically offers limited warranties covering defects in materials and workmanship. Consult product documentation or the manufacturer for exact warranty terms.

BrandPowerStop
Part Number16-812
PositionPower Stop - Front Z16 Low-Dust Ceramic Brake Pads, Front
Chamfered EdgesYes
Friction Material CompositionCeramic
Grade TypePerformance
Inner Pad Friction Material Thickness16.3
Outer Pad Friction Material Thickness16.3
Pad Shims IncludedYes
Pad Wear Sensor IncludedYES
Pad Wear Sensor TypeMechanical
SlottedYes

This part fits 7 vehicles. Search below:

YearMakeModelPositionNotes
2003ToyotaSequoiaFrontOE Ceramic - w/ Frt. Caliper Casting No. S13WE (4.7in pad length); Power Stop - Front Z16 Low-Dust Ceramic Brake Pads
2003ToyotaTundraFrontOE Ceramic - W/Frt. Caliper Casting No. S13WE (4.7in Long Pad Plate); Power Stop - Front Z16 Low-Dust Ceramic Brake Pads
2002ToyotaSequoiaFrontOE Ceramic - w/ Frt. Caliper Casting No. S13WE (4.7in pad length); Power Stop - Front Z16 Low-Dust Ceramic Brake Pads
2002ToyotaTundraFrontOE Ceramic - W/Frt. Caliper Casting No. S13WE (4.7in Long Pad Plate); Power Stop - Front Z16 Low-Dust Ceramic Brake Pads
2001ToyotaSequoiaFrontOE Ceramic - w/ Frt. Caliper Casting No. S13WE (4.7in pad length); Power Stop - Front Z16 Low-Dust Ceramic Brake Pads
2001ToyotaTundraFrontOE Ceramic - W/Frt. Caliper Casting No. S13WE (4.7in Long Pad Plate); Power Stop - Front Z16 Low-Dust Ceramic Brake Pads
2000ToyotaTundraFrontOE Ceramic - W/Frt. Caliper Casting No. S13WE (4.7in Long Pad Plate); Power Stop - Front Z16 Low-Dust Ceramic Brake Pads

* Always verify fitment with your vehicle's VIN if unsure. Submodel & trim restrictions may apply.

This part directly replaces or is cross-referenced with the following part numbers:

04465-0C01104465-0C012044650C011044650C012301.08120SGD812CZD812

Cross-reference numbers are provided for identification purposes only. Always confirm fitment before ordering.