It was "over the river and through the woods" for automotive journalists who recently had a chance to put the new, MY-2015 Chevrolet Tahoe and GMC Yukon Denali models to the test.
It was "over the river and through the woods" for automotive journalists who recently had a chance to put the new, MY-2015 Chevrolet Tahoe and GMC Yukon Denali models to the test.
During the February ride-and-drive event, the full-size SUVs were driven in ideal highway conditions and less-than-ideal mountain roads through both rain and snowstorms. The result was highlighting the MY-2015 models' ability to handle any terrain in any weather condition.
Ad Loading...
Among the factors aiding the Chevrolet and GMC SUVs' ability to negotiate the steep grades of the ride-and-drive were the models' all-new EcoTec3 5.3L V-8 engine, which is rated at 355 hp and produces 383 lb.-ft. of torque. The engine has been EPA-rated at 16 mpg city/23 mpg highway for the 2WD models, or a nearly 10-percent increase in highway mpg and a 7-percent rise in city mpg over the previous models, according to the automaker.
The EcoTec3 5.3L is standard on the MY-2015 Chevrolet Suburban and Tahoe and the GMC Yukon and Yukon XL models. An exclusive 6.2L engine is standard on the Denali models. The 6.2L produces 420 hp and 460 lb.-ft. of torque. The 6.2L has an EPA-estimated 15 mpg city/21 highway for the 2WD model.
Regardless of engine type, both the Chevrolet and GMC SUVs come standard with a Hydra-Matic 6L80 6-speed automatic transmission.
2015 GMC Yukon
In addition to a bold, new design in seating and suspension, both brands feature a number of safety and security features designed to protect drivers and fleet assets.
Depending on the model, both SUVs include a number of standard and available safety systems, including a standard rear-vision camera. Standard features on the LTZ trim (and available on LT trim models) include: side blind zone alert, lane change alert, and rear cross traffic alert. Standard features on the LT and LTZ models (and available on the LS models) include: forward collision alert, lane departure warning, adaptive cruise control, crash imminent braking, and a safety alert seat.
Ad Loading...
In addition to driver alert features, standard chassis control crash-avoidance technologies include GM's StabiliTrak electronic stability control with rollover mitigation technology; trailer sway control; hill-start assist; and four-wheel, four-channel anti-lock brakes. A trailer brake controller is available which sends the correct, proportional power to the trailer brakes when necessary.
Both models have a number of theft deterrent systems available, including motion detectors.
For commercial fleets, railroads and sales are the most common uses for the Tahoe and Yukon models. The largest fleet customers are law enforcement and government entities.
"We offer unique Police (9C1) and Special Services (5W4) Tahoe packages as well as a package tailored to fleet buyers (1FL). Of course we also sell LS, LT, and LTZ trims to fleets," said Dan Tigges, marketing for full-size trucks and utilities for GM Fleet and Commercial.
Measuring the Capacities
Ad Loading...
In addition to their numerous new features, the Chevrolet Suburban/Tahoe and GMC Yukon/Denali deliver the performance fleets need.
The Chevrolet SUVs have a maximum payload and trailering capacity of:
1,702 pounds payload for the 2WD models
1,760 pounds payload for the 4WD models
8,600 pounds trailering for the 2WD models
8,400 pounds trailering for the 4WD models
The GMC Yukon and Denali models have maximum payload capacity of:
1,676 pounds payload for the 2WD Yukon
1,635 pounds payload for the 4WD Yukon
1,567 pounds payload for the 2WD Denali
1,517 pounds payload for the 4WD Denali
Ad Loading...
The maximum trailering for capacity the Yukon and Denali is:
AI is no longer a future concept for fleets—it’s already embedded in the tools, data, and decisions that operators rely on every day. In this episode of the Fleet Forward Podcast, recorded live at Fleet Forward, industry leaders take the conversation beyond hype to examine what responsible AI adoption really looks like in fleet operations.
As fleets rethink how they capture, manage, and act on vehicle data, telematics is at a major inflection point. In this episode of the Fleet Forward Podcast, we dive deep into one of the most pressing questions facing fleet leaders today: Should you rely on OEM factory-installed connectivity, aftermarket devices, or a hybrid of both?
Experts from telematics analytics, fleet-as-a-service operations, and national EV benchmarking share how real-time data is reshaping fleet strategy—dispelling assumptions, validating best practices, and exposing costly missteps.
A powerhouse panel featuring experts from the American Automotive Leasing Association, CalSTART, and municipal fleet leadership dives into the realities of navigating shifting emissions rules, regulatory waivers, federal agency actions, the future of the EPA’s endangerment finding, and the push for unified standards. They also examine the impacts of tariffs, autonomous vehicle policy, battery innovation, and the accelerating global EV market.
This episode kicks off with a deep dive into the technologies and market forces reshaping today’s fleet landscape. Host Chris Brown is joined by Laolu Adeola (Leke Services), Tyson Jomini (J.D. Power), and Richard Hall (ZappiRide) to break down real-world data, shifting incentives, and practical strategies fleet leaders can use right now.
In the middle of natural disasters fleet managers must shift priorities to protect people and assets. What policy items should be loosened, and when should the line be held?
In this episode, fleet leaders from municipal, university, and private-sector organizations share a candid EV reality check. From infrastructure setbacks and policy whiplash to grant funding, total cost of ownership, and charging resiliency, this conversation dives into what it actually takes to scale electrification in the real world.
After a decade of lagging compensation, fleet manager pay is climbing. But expanding responsibilities, larger fleets, and growing complexity continue to redefine the role.