General Motors is preparing to move one of its most ambitious driving technologies from a Cadillac flagship into the trucks and SUVs that sit at the heart of its business. GM says its planned “eyes-off” system will debut on the Cadillac Escalade IQ in 2028, beginning with highway driving, before expanding to big pickups and other large SUVs. The company has not given a timetable for that broader rollout or named the first truck and SUV recipients. The distinction matters: current Super Cruise can steer, brake and accelerate hands-free on compatible roads, but the driver must keep watching traffic. GM’s next step is intended to let drivers look away when the system is properly engaged, potentially changing long highway trips far more dramatically than today’s driver-assistance features.
Cadillac Is the Launch Pad, Not the Destination
GM’s announcement in New York changes the scale of the autonomy plan. The 2028 Cadillac Escalade IQ remains the launch vehicle, but GM now says the capability is intended to move into its highest-selling, most profitable categories: large pickup trucks and full-size SUVs. Chief Product Officer Sterling Anderson described the goal as an autonomous highway system that genuinely gives occupants some of their time back, with more road types expected later.
What GM did not announce is just as important. It did not attach a date to the pickup-and-SUV expansion, and it did not say that a specific Chevrolet Silverado, GMC Sierra, Tahoe, Suburban or Yukon will receive the technology first. For now, Cadillac is the proving ground. The strategic message is clear: GM does not want eyes-off driving to remain a low-volume luxury showcase. It wants the technology to scale into the vehicles that define its North American business.
Eyes-Off Is a Much Bigger Leap Than Hands-Free
Today’s Super Cruise already reduces driver workload significantly. On compatible roads it can manage steering, acceleration and braking without the driver holding the wheel, and GM offers it across 20-plus models. Yet the person behind the wheel still has to watch the road and be ready to intervene. That distinction is central to today’s system: hands-free does not mean attention-free.
The planned eyes-off system crosses a consequential line. GM says drivers will be able to look away only when the feature is properly engaged and operating under compatible conditions. When the technology was announced, GM showed turquoise lighting across the dashboard and exterior mirrors as the visual signal that the system is active, and said occupants could read or catch up on messages while the vehicle handles the driving task. That makes “eyes-off” less of a routine Super Cruise upgrade and more of a new relationship between driver and vehicle.
GM Is Taking the Technology Where the Money Is
There’s a simple reason GM wants this technology in large trucks and SUVs: those vehicles matter enormously to sales and earnings. GM said it remained the U.S. leader in full-size pickups and full-size SUVs through the third quarter of 2026, while Chevrolet Silverado and GMC Sierra were among its five best-selling vehicles. The company delivered 670,974 vehicles in the U.S. during the quarter.
GM is already preparing truck customers for more advanced driver assistance before eyes-off arrives. For 2027, it plans to make Super Cruise standard on high-end Silverado and Sierra trims and optional on most others. Management expects Super Cruise penetration in its truck portfolio to rise four- to fivefold next year. Customers who already trust a pickup to handle steering and speed on a highway—sometimes even while towing—are a natural candidate for a future system that assumes the driving task for longer stretches.
A New Vehicle ‘Brain’ Makes the Expansion Possible
Eyes-off driving also depends on a change beneath the bodywork. GM plans to introduce a centralized computing platform and next-generation electrical architecture in 2028, again starting with the Escalade IQ and later spreading across electric and gasoline vehicles. Instead of relying on many separate electronic control modules, the new design consolidates vehicle intelligence around a central computer connected to major systems through a high-speed Ethernet backbone.
GM says the architecture can provide up to 35 times more AI computing performance for autonomy and 1,000 times more bandwidth than its previous systems. The company is pairing that capacity with a redundant perception suite using lidar, radar and cameras rather than one sensing method. For owners, another benefit may be just as important: a centrally controlled software platform can receive broader over-the-air improvements after sale, giving GM a way to refine automated-driving behavior without rebuilding every model’s software stack from scratch.
More Than a Billion Super Cruise Miles Feed the System
GM’s case for scaling autonomy rests heavily on the amount of real-world experience already accumulated. In April 2026, the company said customers had driven one billion hands-free miles using Super Cruise across nearly 750,000 enabled vehicles and 23 models in North America. GM is also folding in technology and validation experience from Cruise, including more than five million fully driverless miles from Cruise’s autonomous-driving program.
Development is not limited to customer data. GM began supervised public-road testing of its next-generation automated technology on limited-access highways in California and Michigan in March, with more than 200 development vehicles planned for live traffic. Its separate data-collection fleet has covered more than one million miles across 34 states. Engineers also use simulation at scale, saying they can reproduce roughly 100 years of human driving every day. That combination is designed to expose rare edge cases long before ordinary owners encounter them.
Eyes-Off Driving Is Also a Recurring-Revenue Bet
The technology push is a recurring-revenue strategy. GM reported $6.8 billion in OnStar deferred revenue at the end of the third quarter of 2026, up about 40% from a year earlier, and said Super Cruise recognized revenue rose roughly 60% in the quarter. The automaker expects to exceed 850,000 Super Cruise subscribers by year-end, while the post-prepaid-period attachment rate has remained in the 30% to 40% range.
That helps explain why GM is eager to put advanced autonomy into high-volume vehicles. Reuters cited PwC analysis suggesting software-related services can carry margins of 30% to 40%, compared with roughly 10% for vehicle sales, while UBS estimates GM’s digital revenue could climb from $3.2 billion in 2026 to $9.6 billion by 2036. Those are estimates, not guarantees. GM has not said how eyes-off driving will be priced, or whether it will be standard, optional, subscription-based or some combination.
Giving Control Back to the Driver Is the Hard Part
The hardest part of eyes-off driving may not be keeping a vehicle centered in its lane. It is managing when automation needs the human again. NHTSA describes conditional automation as a situation in which the system performs the driving task while the human remains available to take over when requested. That transition becomes harder if the person has been reading, working or mentally detached from traffic.
Research reinforces the concern. A 2025 meta-analysis covering 37 studies found that non-driving-related tasks can delay driver responses and degrade vehicle control during takeovers. A 2026 study found that visual tasks and higher cognitive load can worsen takeover reaction or accuracy. That does not mean eyes-off systems are inherently unsafe; it means the handoff must be engineered as carefully as lane keeping or braking. Reuters noted that industry executives raise safety and liability questions about systems that transfer responsibility between machine and driver.
GM Is Trying to Move Beyond Today’s Eyes-On Rivals
GM’s plan stands out because current systems still require continuous attention. Tesla describes Full Self-Driving (Supervised) as an advanced driver-assistance system requiring a fully attentive driver and not making the vehicle autonomous. Ford makes a similar distinction with BlueCruise: drivers can remove their hands from the wheel on designated highways, but a camera monitors eye gaze and head position to keep them watching the road.
Mercedes-Benz has gone further with DRIVE PILOT, a conditionally automated system certified in California and Nevada. In the U.S., however, its operating conditions are narrow: Mercedes says it is intended for approved freeways, daytime and clear weather, in moderate-to-heavy traffic below 40 mph. GM is aiming at a highway system that gives drivers time away from monitoring the road, then expanding to more road types. The question is whether GM can deliver broader usefulness without sacrificing the safety margins that make eyes-off operation viable.
Buyers Still Have Some Big Questions
Important questions remain unanswered. GM has not disclosed which pickup or SUV will be first after the Escalade IQ, when they will launch with eyes-off capability, what the feature will cost, or exactly what road, weather and traffic conditions will define its usable domain. GM’s own language says the 2028 Cadillac introduction remains subject to development, validation and other factors, while permissible use can vary by state.
That uncertainty matters for buyers shopping the next-generation 2027 Silverado and Sierra. Those pickups are expected to offer much wider Super Cruise availability, but GM has not said that buying one will guarantee a future upgrade to eyes-off driving. The near-term story is simpler: Super Cruise is spreading rapidly, Cadillac is scheduled to make the first eyes-off leap in 2028, and GM intends to bring that capability to its money-making trucks and SUVs afterward. The destination is clear; the rollout map is not.
