Description
The Yonristic Performance Exhaust Valve Delete Modules are engineered specifically for Porsche 992 GT3 and 992 GT3 RS owners installing aftermarket exhaust systems, race exhausts, or valve-delete configurations. When the factory electronic exhaust valve actuators are removed or disconnected, the vehicle's ECU can detect the missing components, often resulting in exhaust valve fault codes, check engine lights (CEL), or reduced-power (limp mode) operation.
Yonristic Valve Delete Modules provide a simple, reliable plug-and-play solution by electronically replicating the factory exhaust valve actuator signal. Once installed, the vehicle continues to recognize the exhaust valve system as properly connected, helping eliminate valve-related diagnostic faults while allowing the factory exhaust valves to be removed or bypassed without ECU errors.
Unlike generic simulators, each Yonristic module is protected by a heat-resistant rubber sleeve that helps shield the connectors from excessive heat, moisture, vibration, and road debris commonly found around high-performance exhaust systems. This additional protection improves long-term durability and reliability for both street and track-driven vehicles.
Installation requires only a few minutes and connects directly to the factory wiring harness without cutting, splicing, coding, or ECU tuning. The modules are fully reversible, making them an ideal companion for aftermarket exhaust upgrades while preserving the option to return the vehicle to its factory configuration.
Whether you're installing a titanium race exhaust, cat-back performance system, or full valve-delete setup, Yonristic Exhaust Valve Delete Modules provide dependable electronic integration and worry-free operation.
Key Features
- Designed specifically for Porsche 992 GT3 and GT3 RS
- Plug-and-play exhaust valve simulator modules
- Simulates OEM exhaust valve actuator signals
- Helps eliminate exhaust valve-related fault codes
- Helps prevent check engine lights caused by disconnected valve actuators
- Helps prevent limp mode associated with valve circuit faults
- Allows removal or bypass of factory exhaust valves
- Ideal for aftermarket exhausts, race exhausts, and valve-delete systems
- Heat-resistant protective rubber sleeve for enhanced durability
- Compact, weather-resistant construction
- Fully reversible installation
- No ECU tuning, coding, or programming required
Vehicle Fitment
Porsche 992 GT3
Model Years: 2022+
Porsche 992 GT3 RS
Model Years: 2023+
What's Included
- 2 × Yonristic Exhaust Valve Delete Modules
- Heat-resistant protective rubber sleeves pre-installed
Installation
Installation is simple and requires only minutes.
- Disconnect the factory electronic exhaust valve actuator connectors.
- Connect each Yonristic Valve Delete Module directly into the factory wiring harness.
- Secure the modules away from moving or excessively hot components.
- Complete your aftermarket exhaust installation.
No cutting, splicing, welding, ECU flashing, or tuning is required.
Construction
- High-quality electronic components
- OEM-style plug-and-play connectors
- Heat-resistant protective rubber housing
- Built to withstand exhaust heat, vibration, and harsh operating conditions
Product Notes
- Designed for vehicles equipped with aftermarket exhaust systems where the factory exhaust valve actuators have been removed or disconnected.
- Intended to resolve valve-related ECU faults caused specifically by missing exhaust valve actuators.
- Not intended to increase horsepower or modify engine calibration.
- Professional installation is recommended.
Why Choose Yonristic Exhaust Valve Delete Modules?
The Yonristic Porsche 992 GT3 / GT3 RS Exhaust Valve Delete Modules offer a clean, reliable solution for enthusiasts upgrading to race or aftermarket exhaust systems. With OEM-style plug-and-play connectors, durable heat-resistant construction, and accurate valve signal simulation, they help maintain proper ECU operation while allowing you to enjoy your performance exhaust without unnecessary warning lights or valve-related faults.
