Redefining reliability: How Peterson is cutting fleet downtime with redundant tech

Peterson Manufacturing isn’t content with simply managing failures. It’s out to eliminate them altogether.

The commercial vehicle lighting and wiring harness manufacturer introduced the innovative Genesis Truck and Trailer Light with that redefined goal in mind during NTEA’s Work Truck Week in Indianapolis. The system is built on a “fail-safe” foundation designed to deliver “full-functional integrity,” reducing compliance uncertainty and lowering the risk of roadside inspections.

“We spent decades making lights better, brighter, more efficient, and longer lasting, but no one stopped to ask the more fundamental question: ‘What if the light never failed in the first place?’ That question led us to rethink everything,” Al Anderson, Peterson vice president of sales and marketing, said during a media presentation at the Indiana Convention Center. “Today, we introduce the Genesis Truck and Trailer Light, a fail-safe trailer light designed around a simple idea—a light that never goes out.

“Not lasts longer, not fails slower, it never goes out.”

The Genesis lighting system was one of three products Peterson showcased in Indianapolis, along with new 853 modular box kits, and the repairable J560 connector introduced last year—all intended to decrease vehicle downtime. “Our industry spends too much time debating how much failure is acceptable,” Anderson asserted. “Genesis removes that debate entirely, the repairable J560 gives control back to the fleet, and our modular lighting systems reflect how trucks are actually built and maintained, all with the same goal: safer vehicles, more predictable performance, and fewer unanswered questions.”

No more gray area

The Genesis Truck and Trailer Light moves fleets beyond the “diode-count debate” by ensuring the unit provides consistent, legal illumination as long as it has power, Peterson said. In standard LED lights, multiple diodes often share a single circuit path, meaning a single failure can cause an entire section of the light to go dark. Inside Genesis, each LED operates independently. The system utilizes redundant circuitry, so if one diode reaches the end of its life, the system instantly and automatically redistributes power to the remaining LEDs.

“No flicker, no hesitation,” Peterson explained in a product video. “The change happens internally to the outside world. Nothing changes. Because when a light is engineered not to fail, there should be nothing to see.”

Genesis lights are available now for truck bodies and trailers that use a standard J560 connection. Peterson is introducing the technology in its premium 4-in. round (nine-diode) and 6-in. oval (10-diode) models, where there’s enough space on the circuit board to house two diodes for each circuit. But the company plans to expand availability going forward, Anderson said.

“For our standard nine-diode light, [the price] is not going to increase [with the Genesis system],” he added.

“So, you get a non-fail light for the same price.”

Systems that work together

Peterson’s 853 modular box kits are designed as an expandable, interlocking system that replaces piecemeal, non-integrated lighting setups, Anderson explained.

“Our 853 modular box kits are designed to adapt to fleet operation and needs,” he said. “Whether a fleet’s looking to standardize installations, customize by application, or simply looking to simplify installations, these systems are designed to work together, not just coexist. Our modular box kits allow you to configure one, two, or multiple boxes, depending on the application.”

The boxes are engineered to “slide” together using an interlocking mechanism, allowing fleets to “gang” together as many units as required. For easier assembly and serviceability, the construction allows a lamp to be set into the box, followed by a screw-on cover, ensuring that, if a single component is damaged, it can be replaced individually and quickly, Anderson said.

Built specifically for Peterson’s 853 light series, the kits support any combination of lighting needs, including standard red, yellow, or amber signals.

“When electrical systems are designed intentionally, reliability improves and safety follows,” Anderson concluded.

Practical innovation

Traditionally, damage to a J560 connector requires replacing an entire cable assembly, costing fleets time and money. Peterson’s repairable solution allows a technician or driver to simply replace the damaged end with a quarter-turn of the connector—with no tools required.

Now, repairs that used to take hours, and included tediously unwrapping cables and re-hooking connectors, can be completed anywhere in minutes. Repairable J560 connectors are available now and often packaged as “three-in-one” kits that include a spare connector, Anderson said. “For decades, a damaged J560 meant one thing: cut it off, throw it away, and replace the entire cord. But fleets told us something different,” he said. “The cord is fine. We just need to replace the end, the connector. So, we designed a J560 that could be serviced, repaired, and returned to duty right there in the shop or even on the road—with tool-free installation. Maintain the cable length, reduce downtime and waste, and increase cost control. Most importantly, [fleets gain] greater confidence that critical electrical connections remain secure and dependable, supporting both operational reliability and safety.

“It’s not a complicated innovation—it’s a practical innovation.”