There’s no question that LED lights are the best option for fleet vehicles—or any vehicle for that matter. They consume 90 percent less energy than incandescent bulbs and last about 42 times longer. Because fleet vehicles are constantly in motion, long-lasting LED lights can be of extreme benefit to trucking companies. A longer life span means dramatically lower maintenance and replacement costs as well as a reduction in downtime.

We have LED lights for Peterbilt, Kenworth, Freightliner, Volvo, International, Mack, and Western Star trucks as well as box trucks, tow trucks, dump trucks, and more. Options include LED tail lights, LED brake lights, LED marker lights, LED reverse lights, and LED clearance lights. These truck lights are available in a wide variety of styles, shapes, sizes, intensities, and connector types. Take a look through the categories below to see some of what’s available, and visit the links for complete product lists.

All of our LED truck lights meet DMV FMVSS 108 requirements and are protected by a lifetime warranty to guard against manufacturer defects and malfunctions. Mounting accessories are available under the accessories tab on each product page.

Options include multi-function combo boxes. Rear combination lights can be mounted vertically or horizontally on either side of box trucks, tow trucks, dump trucks, trailers, and flatbed trucks. The all-in-one lamps can be used as tail lights, brake lights, parking lights, turn signals, reverse lights, and running lights. Light heads can be rearranged for customized positioning.

Multi-function combo box lights have red and white LEDs and can be used as rear reflex reflectors, turn signal lights, hazard warning lights, reverse lights or backup lights, brake lights, and tail lights. Separate LEDs are positioned on the bottom of the box for license plate illumination.

By Clarissa Allison | August 28th, 2015

If you are a homeowner considering outdoor lighting, then you have probably heard about solar landscape lighting. In addition to being environmentally friendly, light emitting diode which prevents the battery’s current from flowing back through the solar cell during the night. The battery charges during the daytime, and will meet its maximum charge before dusk. A photovoltaic cell then changes the sun’s light into electricity. Although environmental factors affect the performance of solar lights they will work outdoors throughout most of the year.

Many solar lights are self-sustaining, or “stand-alone” systems. These convert sunlight into electricity during the day, store the electricity in batteries, and draw from the batteries to power light fixtures after dusk.

Self-contained solar lights often have panels built right into the light fixtures. Solar lighting systems with panels separate from fixture assemblies, however, allow for only the panels to be placed in the sun, not the lights themselves.

Many homeowners know the pride and satisfaction that results from completing DIY repairs and improvements. But when it comes to electrical work, the stakes of making a rookie mistake can be high.

There are several common electrical projects that aren’t complicated or extensive, but even the simplest jobs can result in serious injury or property damage if they’re performed improperly. Before making any plans to engage in a DIY electrical project, it’s important to know the risks.

What Can Go Wrong

Electricians undergo an enormous amount of training in order to earn the licenses and certifications they need to do their work. That’s because mistakes could not only be dangerous for them, but also for anyone in the homes or buildings they’re working on. Even if you know your way around the circuit box, here’s what an electrical mishap can bring:

Hiring Electricians Saves Money

One of the most common reasons why electrical novices attempt this sort of work is to save money. But that plan can easily backfire even if no one gets hurt in the process.

Poorly performed electrical work can spark destructive fires. It can also fry circuits, destroy fixtures and even damage major appliances. When things go wrong, the cost of repairs is usually several times what it would cost to hire an electrician in the first place.

Making matters much worse, homeowners insurance companies will typically ask for confirmation that electrical work was performed by a licensed electrician before covering any damage from a related event. If your insurance carrier learns that you did the work on your own to save a few dollars, you could lose your claim or even invalidate your policy. Be sure you understand your full policy details before engaging in DIY work.

Know the Code?

When you hire an electrician, you’re not just passing the risk along to a professional -- you’re hiring someone who has knowledge you don't even realize your lacking.

Electrical work is constantly getting safer and more reliable through updates to the electrical code. Licensed electricians are required to keep up with this code as it evolves, so when you work with a professional, you can count on receiving the safest electrical work possible. When you go it alone, you may follow outdated methods because you weren’t aware of the code update.

Don’t take a chance. Your life and home are too valuable. When you need electrical work performed safely and properly, call upon your knowledgeable, licensed, local electricians.

1-by-4-foot,  LED light panels use Even-Glow® technology and diffused optical lenses to deliver smooth, flawless illumination without visible bulbs or hot spots. They can be recessed mounted or surface mounted to an existing ceiling junction box. The LED fixtures emit up to 4,600 lumens of natural white illumination for home lighting, kitchen lighting, living room lighting, office lighting, basement lighting, sign backlighting, hospital lighting, and more.

LEDs in the panel lights are designed to last five times longer than fluorescent tube light bulbs without the notorious hum or flicker they produce. Each LED panel light has a slim, white aluminum alloy frame and an internal 0-10-volt dimmable constant-current driver. Dimming can be achieved with a 0-10-volt switch or by using the light’s power-cycle feature to activate set brightness levels. The energy-efficient panel lights operate within a 100-277V AC range.