Overview

Beck Arnley 090-5150 is a vehicle speed sensor built to meet foreign nameplate OE specifications for form, fit, and function. It is a direct-fit replacement for select Infiniti and Nissan applications, with fitment that includes transmission-related and vehicle-specific configurations.

Key Features

• OE-spec replacement for accurate form, fit, and function
• Vehicle speed sensor for transmission speed signal applications
• Built for select Infiniti I35, Infiniti I30, and Nissan Maxima fitments
• Beck Arnley 090-5150 supports foreign nameplate applications with sourced-part consistency

Detailed Description

This Beck Arnley vehicle speed sensor is engineered for select import applications where the speed signal is tied to transmission operation. Fitment includes 2002-2004 Infiniti I35 with manual transmission input shaft speed sensor notes, 2000-2001 Infiniti I30 with transmission and Touring Package notes, and 2000-2001 Nissan Maxima with 17-inch wheel notes. If you are replacing a failed speed sensor on an Infiniti I35, Infiniti I30, or Nissan Maxima, 090-5150 provides an OE-spec service part option for the listed applications. The Beck Arnley 090-5150 part number is useful when matching the correct sensor to the exact vehicle configuration.

What It Helps Address

• Erratic or missing vehicle speed signal
• Transmission-related speed sensor faults
• Speedometer operation concerns tied to sensor input
• Drivability issues caused by incorrect speed data

Installation Notes

Verify the year, make, model, and listed configuration notes before ordering. This part fits 2002-2004 Infiniti I35, 2000-2001 Infiniti I30, and 2000-2001 Nissan Maxima only in the applications shown. Confirm transmission details, package notes, and wheel-related notes where listed to ensure correct selection. Use the part number 090-5150 to match the replacement to the original sensor specification.

Quality Assurance

Beck Arnley sources parts through global partners and specifies them to foreign nameplate OE requirements for form, fit, and function. That sourcing approach supports consistent replacement selection for the listed applications.