The 1967 Chevrolet C10—a classic pickup truck known for its rugged good looks and timeless design—is a popular choice for restoration and customization. One area where modern upgrades can significantly enhance both safety and aesthetics is the tail lights. Replacing the original incandescent bulbs with modern LED digi-tails offers a dramatic improvement, and this guide will explore everything you need to know about this popular modification.
What are Digi-Tails LED Tail Lights?
Digi-tails are LED tail lights designed to replicate the look of the original tail lights while incorporating the advantages of modern LED technology. For the 1967 C10, this means retaining the classic shape and style but upgrading to brighter, more energy-efficient, and longer-lasting LED lights. They often include sequential turn signals, adding a modern touch to a classic vehicle. The "digi" in digi-tails refers to the digital control and often the sequential lighting features.
Why Upgrade to LED Digi-Tails on Your 1967 C10?
There are several compelling reasons to upgrade your 1967 C10's tail lights to LED digi-tails:
- Increased Visibility & Safety: LEDs are significantly brighter than incandescent bulbs, making your truck more visible to other drivers, especially at night and in poor weather conditions. This is a crucial safety upgrade.
- Improved Reliability & Longevity: LEDs last far longer than incandescent bulbs, meaning fewer replacements and less maintenance over the life of your truck.
- Modern Aesthetics: Digi-tails offer a blend of classic styling and modern technology, enhancing the overall look of your C10. The sequential turn signals add a unique visual element.
- Energy Efficiency: LEDs consume considerably less power than incandescent bulbs, reducing the load on your vehicle's electrical system.
What are the Different Types of 1967 C10 Digi-Tails Available?
The market offers various styles and features for 1967 C10 digi-tails. Some key differences include:
- Lens Color: Options range from clear to red, smoked, and even custom colors.
- Housing Material: Different materials, such as ABS plastic or aluminum, affect durability and appearance.
- Lighting Functions: Beyond basic brake, turn signal, and running lights, some digi-tails offer additional features like reverse lights, backup lights, or even integrated license plate illumination.
- Sequential Turn Signals: This popular feature creates a flowing, dynamic effect when the turn signals are activated.
How Difficult is the Installation Process?
The difficulty of installation varies depending on the specific digi-tail kit and your mechanical skills. Some kits are relatively straightforward plug-and-play replacements, while others may require more extensive wiring modifications. It’s essential to check the product description for detailed instructions and any specific tools required. Consulting online forums and videos dedicated to 1967 C10 modifications can be invaluable.
Are there any potential drawbacks to using LED Digi-Tails?
While LED digi-tails offer numerous advantages, potential drawbacks include:
- Cost: LED kits are typically more expensive than replacing original incandescent bulbs.
- Compatibility Issues: Ensure the kit is specifically designed for your 1967 C10 model to avoid compatibility problems.
- Hyperflashing: In some cases, upgrading to LEDs might cause your turn signals to flash too rapidly (hyperflash). This usually requires the addition of load resistors to correct the issue.
Where can I find 1967 C10 Digi-Tails LED Tail Lights?
Numerous online retailers and automotive parts suppliers specialize in classic car parts, including LED tail light upgrades for the 1967 C10. Thorough research is key to finding a reputable supplier offering high-quality products with excellent customer support.
This guide provides a comprehensive overview of 1967 C10 digi-tails LED tail lights. Remember to always research carefully and select a reputable supplier before making a purchase. Upgrading your classic truck with these modern lights offers a significant improvement in safety, aesthetics, and functionality.
