AutoMeter Pillar Pod

2000–2005 Dodge Neon SRT-4

12243

Overview:

The AutoMeter SRT-4 Triple 52mm Pillar Pod is a precision-engineered gauge mounting solution designed specifically for the Dodge Neon SRT-4 model years 2000 through 2005. This full triple gauge pod allows enthusiasts and performance drivers to seamlessly integrate three 2 1/16" (52mm) AutoMeter gauges into their vehicle’s A-pillar, positioning critical performance data directly within the driver’s line of sight. Ideal for those who demand accurate monitoring of engine parameters, this pillar pod enhances both functionality and interior aesthetics without compromising factory styling.

Whether you’re tracking boost, oil pressure, or air/fuel ratios, this mounting solution provides a professional-grade platform to keep essential gauges organized and easily readable during spirited driving or track sessions.

Key Features:

Designed with both form and function in mind, the AutoMeter SRT-4 Triple 52mm Pillar Pod offers the following key features:

• Black textured finish that can be painted to match your vehicle’s interior for a custom look
• Durable, high-quality composite construction engineered for long-lasting use
• Full triple gauge configuration to accommodate three 2 1/16" (52mm) AutoMeter gauges
• Optimally positions gauges within the driver’s field of vision for quick and safe data monitoring
• Professional fit and finish that complements the factory interior styling
• Includes all necessary mounting hardware for a secure and straightforward installation
• Designed specifically for the Dodge Neon SRT-4 (2000–2005) for perfect fitment without modifications
• Allows seamless integration of AutoMeter’s performance gauges for a clean, factory-like appearance

Construction & Design:

The pillar pod is crafted from a high-quality composite material that balances strength and lightweight properties. Its black textured finish not only provides a sleek, OEM-inspired look but also offers a surface that can be easily painted to match your interior color scheme if desired. The design ensures durability under daily driving conditions while maintaining an attractive appearance that complements the vehicle’s cabin.

Engineered specifically for the Dodge Neon SRT-4, the pod contours precisely to the A-pillar, ensuring a snug fit that integrates seamlessly with the factory trim. This attention to detail results in a professional-grade mounting solution that looks like a factory-installed component.

Installation & Fitment:

Installation is straightforward and requires no permanent modifications to your vehicle. The pillar pod attaches securely to the factory A-pillar using the included mounting hardware, ensuring a stable and vibration-free mounting platform for your gauges. This design allows for easy removal if needed without damage to the interior trim.

Specifically designed for the Dodge Neon SRT-4 model years 2000 through 2005, this pillar pod guarantees a perfect fit and alignment with factory mounting points, making it an ideal upgrade for owners seeking to enhance their vehicle’s instrumentation setup.

What's Included:

• AutoMeter Triple 52mm Pillar Pod with black textured finish
• Complete mounting hardware kit for secure installation
• Detailed installation instructions

Ideal For:

This pillar pod is perfect for Dodge Neon SRT-4 owners who want to upgrade their vehicle’s instrumentation with multiple performance gauges. It is especially suited for enthusiasts who participate in motorsports, track days, or anyone who requires precise monitoring of engine parameters such as boost pressure, oil temperature, or air/fuel ratio. The professional fit and finish also make it an excellent choice for those seeking a clean, factory-style interior upgrade.

AutoMeter is a cornerstone brand in performance instrumentation, offering gauges and data acquisition solutions for street, drag, and motorsports applications. From boost and AFR to oil pressure, temperature, and complete logging systems, AutoMeter helps enthusiasts monitor critical engine vitals and make smarter tuning and reliability decisions under hard use.