AutoMeter Triple Pillar Pod

Fits Most Chrysler/Dodge 6.1L/5.7L/3.5L/2.7L (05-10)

12230

Overview:

The AutoMeter Triple Pillar Pod is a precision-engineered gauge mounting solution designed specifically for Chrysler 300 (2005–2010), Dodge Charger (2006–2010), and Dodge Magnum (2005–2008) models. This full A-pillar pod allows you to seamlessly integrate three 2 1/16-inch AutoMeter gauges into your vehicle’s interior, positioning critical performance data directly within your line of sight. Ideal for enthusiasts and professional drivers alike, this pod enhances both the functionality and aesthetics of your dashboard by providing a clean, factory-style installation.

Whether you’re monitoring boost, oil pressure, or other vital engine parameters, the AutoMeter Triple Pillar Pod ensures your gauges are optimally placed for quick and easy reading without distracting from your driving experience.

Key Features:

Designed with durability and style in mind, this pillar pod offers a range of features that make it a top choice for performance vehicle owners:

• High-quality composite construction for long-lasting durability and a professional appearance
• Full A-pillar design that securely mounts three 2 1/16-inch AutoMeter gauges
• Tan textured finish that blends with factory interiors and can be painted to match your vehicle’s color scheme
• Optimized positioning to keep essential performance data within the driver’s natural field of vision
• Includes all necessary mounting hardware for a straightforward installation process
• Custom fitment ensures a seamless integration without modifications to the factory pillar
• Compatible with a wide range of AutoMeter gauges for versatile monitoring options

Construction & Design:

The AutoMeter Triple Pillar Pod is crafted from a high-quality composite material that balances strength and lightweight properties. This construction ensures the pod withstands the rigors of daily driving and track use while maintaining a sleek, factory-like finish. The tan textured surface not only complements the interior styling of Chrysler 300, Dodge Charger, and Dodge Magnum models but also provides a durable base that can be customized with paint to perfectly match your cabin.

Engineered for a precise fit, the pod contours seamlessly to the vehicle’s A-pillar, preserving the original interior lines and avoiding any bulky or awkward protrusions. This attention to detail reflects AutoMeter’s commitment to quality and driver-focused design.

Installation & Fitment:

Installation of the AutoMeter Triple Pillar Pod is designed to be hassle-free and requires no permanent modifications to your vehicle. The pod attaches securely to the factory A-pillar using the included mounting hardware, ensuring a stable and professional fit. This plug-and-play approach allows for quick upgrades to your interior gauge setup while maintaining the integrity of your vehicle’s original components.

Specifically engineered for Chrysler 300 models from 2005 to 2010, Dodge Charger models from 2006 to 2010, and Dodge Magnum models from 2005 to 2008, this pillar pod guarantees a perfect fit and optimal gauge placement for these vehicles.

What's Included:

• AutoMeter Triple Gauge A-Pillar Pod (tan textured finish)
• Complete mounting hardware kit for secure installation
• Installation instructions

Ideal For:

This triple pillar pod is perfect for automotive enthusiasts, racers, and performance tuners who require precise monitoring of multiple engine parameters without sacrificing interior aesthetics. It is especially suited for owners of Chrysler 300, Dodge Charger, and Dodge Magnum vehicles who want a clean, integrated solution to mount AutoMeter gauges for enhanced driving awareness and vehicle diagnostics.

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.