DBA DBA42995S 4000 Series T3 Rear Brake Rotor for 1997-2012 Corvette C5/C6

Vehicle Fitment

• 1997-2012 Chevrolet Corvette C5/C6 (Rear, Base, Z06, 50th Anniversary, Indy Pace)

Features

• DBA 4000 Series T3 high-performance rear brake rotor
• Tri-symmetrical (T3) slot pattern for enhanced braking response
• Kangaroo Paw ventilation system increases heat dissipation
• XG150 high carbon alloyed iron construction for durability
• Thermal Stability Profiling (TSP) improves resistance to heat stress
• CNC precision machining for consistent pad contact and reduced noise
• Universal non-directional slot design - can be used left/right
• Painted non-friction areas resist corrosion

Specifications

• Part Number: DBA42995S
• Series: 4000 Series T3 Slotted Performance Rotor
• Position: Rear axle
• Outside Diameter: ~305 mm (12.00 in)
• Nominal Thickness: ~26 mm; Minimum Thickness: ~24 mm
• Center Bore: ~70.7 mm; Bolt Pattern: 5 x 120.65 mm
• Material: XG150 high carbon alloyed iron
• Vented rotor with precision slot surface

Included Components

• 1x DBA 4000 Series T3 Rear Brake Rotor (DBA42995S)

Product Description

The DBA 42995S 4000 Series T3 Rear Brake Rotor is a performance-oriented direct replacement for the rear brake system on Chevrolet Corvette C5 and C6 vehicles from 1997 through 2012. Featuring DBA's patented Tri-symmetrical slot design and advanced Kangaroo Paw ventilation, this rotor improves heat dissipation and pad bite over standard OE rotors. The high carbon alloyed iron construction coupled with Thermal Stability Profiling enhances strength and resistance to thermal deformation during intense braking.

Ideal for spirited street driving and occasional track use, the DBA42995S offers a smoother pedal feel, reduced brake fade, and more consistent braking performance. This one-piece vented rotor installs easily into factory mounting locations and pairs well with quality performance brake pads. Sold individually, this rotor is perfect for Corvette owners seeking an upgrade in rear brake performance with reliable durability.