Mass Air Flow Meter Sensor 22250-35050 For 1989-95 Toyota pickup 4 cylinder 22RE

What is Mass Air Flow Meter Sensor 22250-35050 For 1989-95 Toyota pickup 4 cylinder 22RE?

This OEM-spec mass air flow meter sensor (part number 22250-35050) is engineered as a direct replacement for 1989–1995 Toyota pickup trucks and 4Runners equipped with the 4-cylinder 22RE engine. It measures the volume and density of air entering the engine, enabling the ECU to maintain optimal air-fuel ratio. A failing MAF sensor can trigger check engine lights, reduce fuel efficiency, and cause hesitation during acceleration. This unit ensures reliable performance for older Toyota vehicles still in daily use or off-road service.

Key features

• Exact Fit — Designed specifically for 1989–1995 Toyota 22RE 4-cylinder engines.
• OEM Replacement — Matches factory specifications for seamless installation.
• Durable Housing — Constructed with heat-resistant plastic to withstand engine bay conditions.
• Integrated Electronics — Pre-calibrated sensor elements for accurate airflow readings.
• Plug-and-Play — Retains factory wiring connector for easy swap.
• Includes Mounting Hardware — All necessary fasteners included for secure fitment.
• Complete Assembly — Unit comes fully assembled with protective screens and seals.

Who is Mass Air Flow Meter Sensor 22250-35050 For 1989-95 Toyota pickup 4 cylinder 22RE for?

This sensor is ideal for owners of aging Toyota pickups and 4Runners who need a trustworthy, ready-to-install solution without sourcing used parts. It suits DIY mechanics with basic hand tools and intermediate knowledge of engine systems. Restorers, off-road enthusiasts, and fleet operators maintaining legacy 22RE-powered vehicles will benefit from its reliability and compatibility.

How does Mass Air Flow Meter Sensor 22250-35050 For 1989-95 Toyota pickup 4 cylinder 22RE compare?

Compared to rebuilt or used MAF sensors, this new unit offers consistent performance and longevity. Unlike universal aftermarket meters requiring calibration, it installs directly without tuning. It outperforms basic resistive-style sensors found in lower-cost alternatives by delivering precise digital feedback. When compared to standard polypropylene intake components, its reinforced housing better resists underhood heat and vibration common in older Toyota platforms.