Removable Card Style 58x MAF Sensor Module for Precision Airflow Measurement
For LS engine swaps that need accurate airflow data the MAF Sensor Removable Card Style 58x simplifies service and measurement by letting technicians access the sensing element without disturbing the intake assembly. It installs on factory mounting ports for a secure seal and delivers a stable electrical output calibrated to 58 tooth reluctor rings. Its removable card design lets tuners inspect or change the sensor in minutes without cutting wiring or removing housing. Consistent airflow readings from idle through peak rpm support precise fuel mapping, crisper throttle response and balanced combustion on LS platforms.
Removable Card Architecture for Streamlined Maintenance
The removable card design transforms sensor service into a matter of minutes by allowing the sensing element to be extracted without touching the intake housing or wiring harness. By isolating the module, technicians preserve critical sealing surfaces and prevent drift in airflow readings that can occur with repeated disassembly. This approach cuts labor time on engines that undergo frequent calibration or race tuning, keeping workshop schedules on track and reducing overhead. The simplicity of swapping in a fresh card also ensures that each replacement part matches the original performance parameters, eliminating compatibility headaches. Together, these factors deliver a service experience that focuses on uptime without sacrificing measurement fidelity.
Precision Calibration for 58 Tooth Reluctor Rings
At the heart of this module lies a mass airflow element factory tuned to LS engines with 58 tooth reluctor rings, ensuring stable voltage signals across every operating range. Its linear response from idle through full throttle lets tuning software rely on consistent data under rapid load changes, avoiding spikes or false lean readings. This consistency empowers engine builders to dial in air fuel ratios with confidence, directly improving throttle feel and overall smoothness. Reliable voltage output at both low and high rpm provides a solid foundation for advanced mapping strategies and performance adjustments. The result is a sensor that removes guesswork from custom engine management setups.
Enhanced Combustion Control through Accurate Airflow Data
Precise measurement of incoming air marks the first step toward balanced combustion and peak engine efficiency. By delivering accurate airflow figures, the sensor enables calibration systems to maintain ideal air fuel ratios at all times, reducing unburned fuel and minimizing heat loss. Drivers benefit from crisper throttle transitions and elimination of hesitation, while smoother idle characteristics become readily apparent. In addition, tight mixture control helps limit fuel enrichment spikes, extending the life of spark plugs and exhaust catalysts. Over weeks of use, this level of consistency can translate into noticeable gains in fuel economy and extended maintenance intervals.
OEM Style Fitment for Secure Intake Integration
This sensor module installs directly into factory mounting ports on LS intake manifolds, providing a secure seal without the need for custom adapters or fabrication. The housing aligns perfectly with original intake openings, preventing unwanted air ingress or turbulence that could skew readings. Technicians can reuse OEM hardware and existing wiring connectors, maintaining a factory appearance and simplifying installation. Since no special tools or harness modifications are required, both seasoned professionals and knowledgeable enthusiasts can complete the fitment with confidence. This seamless integration approach reduces potential error points and ensures dependable performance from the first startup.
This sensor ensures reliable airflow measurement for precise engine calibration and dependable performance.