2023-2024 Toyota GR Corolla 1.6L Turbo 6-Speed FX400 8-Puck Clutch Kit - Heavy-Duty Performance for Street and Racing

2023-2024 Toyota GR Corolla 1.6L Turbo 6-Speed FX400 8-Puck Clutch Kit - Heavy-Duty Performance for Street and Racing - Image 2

2023-2024 Toyota GR Corolla 1.6L Turbo 6-Speed FX400 8-Puck Clutch Kit – Heavy-Duty Performance for Street and Racing

$714.99

170% Increase in Holding Capacity – RACE/STREETThe FX400 System uses the Power Plus I, Hi-Levarage, Heavy-Duty Pressure Plate with a custom and extremely durable, Sprung Ceramic disc. This is the ultimate extreme duty street and/or road/drag racing system. It is available in a 6 or 8 ceramic puck configuration. The 6-puck being the more aggressive setup and 8-puck being the less aggressive. The sprung hub design allows for moderate dampening in high-torque applications, rendering it much more street friendly than solid or rigid designs. This disc is designed for long life, outstanding holding capacity, and rapid heat dissipation.
The FX400/HDCL (8-puck) ceramic full face disc design creates a quick and rapid engagement and maintains minimal chatter due to the marcel cushion between the disc linings. This disc is designed for street driven vehicles.

Heavy-Duty 4 or 6 puck or Segmented 8 Puck Ceramic Button Disc
Heavy-Duty Sprung Hub (when applicable)
Premium Ceramic Friction Material
Pilot Bearing (when applicable)
OEM or better Release Bearing
Instruction Card
Alignment Tool
No Marcel

Fitment Lookup:

1 in stock

Category: Clutch Kits & Components T14

Description
Additional information

The Clutch Masters FX400 8-Puck Ceramic Clutch Kit is engineered for high-performance street and racing applications, delivering a 170% increase in holding capacity to handle demanding torque levels up to 475 ft/lbs. Designed specifically for the 2023 and 2024 Toyota GR Corolla with 1.6L Turbo engines and 6-speed transmissions, this system combines durability with fast engagement, making it ideal for both daily driving and competitive motorsport environments. The kit features a heavy-duty segmented ceramic disc with a sprung hub, which provides moderate damping to reduce chatter and improve drivability during high-torque conditions. The ceramic friction material ensures long-lasting performance and rapid heat dissipation, maintaining consistent clutch engagement even under extreme conditions. The FX400 system’s design includes a premium ceramic disc, a reliable pilot bearing, and an OEM-grade release bearing, all engineered to maximize clutch life and reliability. This clutch assembly is suitable for fleet operations, heavy-duty applications, and enthusiast drivers seeking a robust upgrade that balances street comfort with race-ready performance. Installation should focus on verifying proper mechanical linkage, aligning the pushrod precisely, and ensuring an unbinding, straight travel path to prevent premature wear or binding on internal components. Our shop experience specializing in heavy-duty brakes and clutch systems since 1985 confirms that correct setup is critical for optimal performance and longevity of this high-performance clutch system.

Features:

170% increase in holding capacity for demanding torque applications

Heavy-duty segmented 8-puck ceramic disc with a sprung hub for damping

Premium ceramic friction material for long life and rapid heat dissipation

Designed for street-driven vehicles and racing environments

Includes pilot bearing, OEM or better release bearing, and installation accessories

Quick engagement with minimal chatter due to Marcel cushion design

Suitable for fleet, heavy-duty, and high-performance automotive use

Fitment:
Toyota GR Corolla Circuit Edition 2023 to 2024
Toyota GR Corolla Core 2023 to 2024
Toyota GR Corolla Morizo Edition 2023

Weight	16.2 lbs
Dimensions	13.3 × 13.1 × 2.9 in
air_freight_prohibited	false
not_carb_approved	false
ltl_freight_required	false
prop_65	Unknown
part_type	automotive
epa	N/A
carb_acknowledgement_required	false
regular_stock	t
units_per_sku	1
upc	16616-HDCL
brand	Clutch Masters
part_number	16616-HDCL