Tread rightly: Can these Continental retreads take the testing heat?

Tread rightly: Can these Continental retreads take the testing heat?

Every fleet application comes with its distinct set of requirements, necessitating a wide range of solutions to achieve optimal performance.

Located within the secluded Texas desert is Continental’s Uvalde Proving Grounds, a testing site spanning an 4,927 acres. It is here that Continental’s tire products, retreads and technology offerings undergo development and rigorous examination. Despite the sweltering 110-degree weather, FE braved the elements with the Continental team to bring you a firsthand look at what’s going on within the facility.

In the realm of fleet management, a universal solution simply does not exist. Every fleet application comes with its distinct set of requirements, necessitating a wide range of solutions to achieve optimal performance—and that goes for every single component. While the aftermarket provides an extensive offering of equipment specs, the abundance of choices can paradoxically complicate decision-making. This holds true for tires too, where selecting the ideal fit for your fleet becomes an essential yet challenging task.

With so many options being thrown at you, it’s important to consider spec’ing options and how they impact your truck’s performance. For example, tread patterns play a crucial role in tire performance regardless of application, but for the long-haul space, tire tread patterns are designed to minimize rolling resistance and enhance fuel efficiency, featuring shallower grooves to promote smoother rolling on highways, thus, resulting in improved mileage and reduced energy consumption.

In contrast, off-road applications demand tires with aggressive, deeper tread patterns. Deeper grooves and increased sidewall strength are essential to provide enhanced traction on uneven and abrasive terrains. These tires are specifically designed to grip loose surfaces, such as gravel, mud, or sand, ensuring maximum control and stability in off-road environments. 

Bridney Jordan, product manager for Continental, underscored the significance of employing the appropriate compounding and tread pattern during tire and tread production, as it relates to application, emphasizing its impact on braking performance.

“If it’s gonna be construction, the compound we use is going to be durable, chip and chunk resistant. It’s gotta go off-road, so we have to make sure that the compound can withstand that,” Jordan said. “If it’s gonna be a long-haul to a regional application, what these particular retreads are meant for, we care about mileage and fuel efficiency because they’re not going off-road as much. They’re on paved roads, maybe a little bit of gravel. Second thing—tread design. If you’ve ever seen a winter tire before, you’ll see a ton of sipes, an excellent characteristic of a tire. This particular tread design, the HDL 3 LTL-R has full-depth sipes from the top of the tread to the bottom.

“Traction, which is gonna relate to braking distance with your tires, is everything,” Jordan noted.

Jordan demonstrated the significance of traction and grip on Continental’s retreaded steer tires, the Conti Ecoplus HS3+. A wetpad demonstration was conducted on a PACCAR Model 567 sleeper tractor. By pushing speeds to approximately 50 MPH, the driver engaged the brakes, exhibiting an average outcome of a 57.175 meter stopping distance.

Fleet Equipment’s On The Road is sponsored by Wix Filters. Subscribe to our newsletter to catch every episode as we dive into the best practices and servicing information to keep your trucks On The Road.

You May Also Like

How the International SuperTruck 2 makes 16 MPG a reality

A hybrid powertrain and unique trailer powers Internationals’ SuperTruck fuel efficiency.

navistar-supertruck-1400

Thirteen miles per gallon was the high water mark the last time the SuperTruck program brought cutting-edge demonstration trucks to America's highways in 2016. This year, International's SuperTruck 2 reached even further, hitting 16 MPG in flatland duty cycles across Illinois with a 65,000-lb. gross vehicle weight, according to Dean Oppermann, chief engineer of advanced truck at Navistar.

Hitting the brakes on heavy-duty brake wear through engine brake technology

Not only do you save on maintenance costs, but you may also cut down on fuel consumption by using engine brakes. It’s a win-win situation!

Forging a connected ecosystem for heavy-duty electrification

What obstacles still stand in the way of a broad adoption of this technology?

From diesel to decarbonization: Successfully electrifying your fleet

Having a service program designed around the needs of your fleet is crucial regardless of the technology in use.

From diesel to electric: How OEMs, customers are leading the charge

Manufacturers and service providers can’t predict every hurdle they may have to jump over to effectively reach that goal…

Other Posts

Photo Gallery: Driving Volvo Trucks electric European lineup

Behind the wheel of Volvo Trucks’s zero-emissions European lineup and what it might mean for the U.S.

ITS-ME-vtc_electric1143-1400
Double Coin announces new appointments

As regional sales managers, Crandall will manage the Mississippi River/Mid-South region and Decker will oversee the Western region.

Answering the biggest zero-emissions trucks questions

Volvo Trucks fields questions from what type of zero-emissions technology will work for certain applications and how it impact fleets.

Roger-Alm-Jessica-Sandstrom-Volvo-Trucks-1400
Volvo Trucks on its global zero-emissions trucks strategy

Hydrogen fuel cell development, electric truck technology and infrastructure rollout dominates the conversation.

Volvo-Trucks-Zero-Emissions-Global-Featured-1400