Hawk HB312Y.591 LTS Front Brake Pads for 91-97 Toyota Land Cruiser/Lexus LX450

Vehicle Fitment

• 1991-1992 Toyota Land Cruiser (Base 4.0L Front)
• 1993-1997 Toyota Land Cruiser (Base 4.5L Front)
• 1996-1997 Lexus LX450 (Base 4.5L, Front)

Features

• LTS (Light Truck & SUV) compound engineered for enhanced stopping power and fade resistance
• Ferro-carbon friction material offering strong, balanced initial bite
• Superior fade resistance under repeated heavy braking compared with stock pads
• Low dust output for cleaner wheels
• Excellent pad and rotor life for longevity
• Quiet operation in normal street driving conditions
• Direct OEM replacement front pad fitment design
• Designed for use with iron/metal rotors (not compatible with carbon ceramic rotors)

Specifications

• Part Number: HB312Y.591
• Compound: LTS (Light Truck & SUV) Ferro-Carbon
• Pad Position: Front
• Pad Thickness: 0.591" nominal (~15 mm)
• FMSI Shape Code: D0502
• Operating Temperature Range: approx. 100-700 °F
• Optimal Temperature Range: approx. 100-500 °F
• Recommended Use: Street performance, light truck/SUV stopping

Included Components

• 2x Front brake pads (left and right pair)

Product Description

Hawk HB312Y.591 LTS front brake pads are engineered specifically for light trucks and SUVs like the Toyota Land Cruiser and Lexus LX450 from 1991 through 1997. Featuring Hawk's LTS (Light Truck & SUV) ferro-carbon compound, these pads provide stronger, more balanced initial bite and enhanced fade resistance compared with many stock pads. This makes them well-suited for heavy street use, occasional towing, and everyday driving where dependable braking performance is important.

The LTS compound also offers low dust generation and quiet operation in typical street conditions while maintaining good pad and rotor life - ideal for vehicles that see a mix of highway, city, and loaded driving. Designed for direct OEM replacement fitment in the front calipers of supported Land Cruiser and LX450 models, HB312Y.591 pads install easily with no modifications required. These pads are optimized for use with iron/metal rotors and are **not compatible with carbon ceramic brake systems**.