Autometer Triple Pillar Gauge Pod

2008–2014 Dodge Challenger

Part #: 12226

Overview

The Autometer Triple Pillar Gauge Pod is a precision-engineered mounting solution designed specifically for Dodge Challenger models from 2008 through 2014. This triple gauge pod allows enthusiasts and professional drivers to install three 2 1/16" gauges in a clean, factory-style location on the driver’s side A-pillar. It provides an ideal way to monitor critical engine parameters such as boost, oil pressure, or air/fuel ratio without compromising the interior aesthetics of your Challenger.

Perfect for performance-minded drivers who demand real-time data, this gauge pod blends seamlessly with the vehicle’s interior, maintaining a stock appearance while enhancing functionality. Whether you’re tracking engine vitals on the street or at the track, the Autometer Triple Pillar Gauge Pod offers a reliable and stylish solution.

Key Features

Designed to meet the needs of Dodge Challenger owners seeking additional instrumentation, this gauge pod offers the following key features:

• Custom fit for 2008–2014 Dodge Challenger models, ensuring perfect alignment and integration
• Accommodates three 2 1/16" Autometer gauges for comprehensive monitoring
• Multiple color options available to match factory interior trims for a seamless, OEM look
• Durable construction designed to withstand daily driving and track conditions
• Maintains factory-style appearance while providing critical engine data at a glance
• Compatible with a wide range of Autometer gauges for versatile customization
• Simple installation with no permanent modifications required
• Lightweight design that does not interfere with airbag deployment or driver visibility

Construction & Design

The Autometer Triple Pillar Gauge Pod is crafted from high-quality, injection-molded ABS plastic, chosen for its strength, durability, and resistance to heat and UV exposure. The pod is engineered to fit precisely on the driver’s side A-pillar of the Dodge Challenger, ensuring a secure and stable mounting platform for your gauges. Its textured finish and color-matched options blend perfectly with the vehicle’s interior, preserving the original look and feel.

Attention to detail in the design process ensures that the pod does not interfere with factory airbags or other safety features. The mounting points align with existing factory locations, allowing for a clean installation without drilling or permanent alterations.

Installation & Fitment

Installation of the Autometer Triple Pillar Gauge Pod is straightforward and designed to be completed with basic hand tools. The pod fits directly onto the driver’s side A-pillar of Dodge Challenger models from 2008 to 2014, utilizing factory mounting points to secure it firmly in place. No cutting or permanent modifications to the vehicle’s interior are necessary, preserving resale value and factory integrity.

Once installed, the pod provides a stable and ergonomic location for three 2 1/16" gauges, placing critical engine data within the driver’s line of sight for quick and easy monitoring.

What's Included

• One Autometer Triple Pillar Gauge Pod, color-matched to factory interior
• Mounting hardware and instructions for installation
• Note: Gauges are not included and must be purchased separately

Ideal For

This gauge pod is ideal for Dodge Challenger owners who want to enhance their vehicle’s monitoring capabilities without sacrificing interior aesthetics. It is perfect for street performance enthusiasts, weekend racers, and anyone who relies on accurate engine data to optimize performance and maintain engine health. The pod’s factory-style appearance makes it suitable for daily drivers who want a clean, professional installation.

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.