Recent data from the National Highway Traffic Safety Administration shows that distracted driving claimed the lives of more than 3,200 people on U.S. roadways in 2023 alone, and tens of thousands more were injured in distraction-related crashes. 

In fleet operations, where drivers are already exposed to hours of behind-the-wheel time and operational pressures, every additional task that diverts attention is a measurable safety risk. By reducing visual and cognitive distraction, for example, through thoughtful vehicle control design, fleets can help improve reaction times and reduce preventable crashes. 

As dashboards become increasingly digital, many vehicles now rely on touchscreen interfaces for functions that were once controlled by physical buttons and knobs, climate systems, headlights, seat heaters, drive modes, and even defrost. 

For fleets, this shift is not just aesthetic. It’s operational, behavioral, and potentially liability related.

The Human Factors Problem 

In fleet safety, distraction is categorized into three types: 

• Visual distraction – Eyes off the road 

• Manual distraction – Hands off the wheel 

• Cognitive distraction – Mind off the driving task 

Touchscreen interaction often requires all three to be used simultaneously.

To adjust the temperature in many newer vehicles, a driver may need to: 

• Locate the correct menu 

• Visually track a slider 

• Confirm the input 

• Monitor system feedback

By contrast, a physical knob provides: 

• Tactile feedback 

• Muscle memory 

• Operation without visual confirmation 

That difference is not minor. It is neurological. 

Driving is a high-speed decision-making task. When essential vehicle controls require screen navigation, cognitive load increases. Reaction time slows. Situational awareness narrows. 

At 65 mph, a one-second delay equals nearly 100 feet traveled.

For a vehicle in traffic, that distance can mean the difference between: 

• A near-miss 

• A preventable rear-end crash 

• A costly liability claim 

Why This Matters More for Fleets Than Private Drivers

Private drivers may tolerate frustration. Fleet drivers operate under different conditions: 

• Extended time behind the wheel 

• Higher mileage exposure 

• Dense traffic environments 

• Time pressure and route demands 

• Heightened legal scrutiny 

Fleet crashes are not just accidents; they are liability events. In litigation, plaintiff attorneys increasingly examine: 

• Telematics data 

• In-cab footage 

• Policy enforcement 

• Training records 

It is reasonable to anticipate that vehicle interface design could become part of future courtroom narratives.

If a critical driving function required visual screen interaction at the time of a crash, the question may not be whether the driver was distracted, but whether the design contributed. Fleet risk managers should pay attention.

The Consumer Pushback (And Why It Signals Risk)

U.S. consumer surveys consistently show infotainment systems rank among the most frustrating features in new vehicles. 

Common complaints include: 

• Too many menu layers 

• Lagging responses 

• Overcomplicated controls 

• Difficulty making quick adjustments

The Button Comeback

Several automakers have begun reintroducing physical controls after customer feedback and safety concerns. 

A hybrid model is emerging: 

Touchscreens for: 

• Navigation input 

• Media browsing 

• Secondary customization

Physical controls for: 

• Climate adjustment 

• Hazard lights 

• Defrost 

• Volume 

• Frequently used safety-related functions 

This shift reflects a renewed recognition of human factors engineering. For fleets, that engineering principle aligns with long-standing safety fundamentals. High-frequency, high-importance functions should require low cognitive effort.

Physical controls reduce glance time. They support muscle memory. They limit visual diversion. 

They are not old-fashioned; they are efficient.

Fleet Specification Decisions: A Risk Conversation 

When fleets evaluate vehicles, the focus often includes: 

• Total cost of ownership 

• Fuel economy 

• Maintenance intervals 

• Upfit capability 

But interior interface design rarely enters procurement discussions. Perhaps it should. 

Questions fleet managers may begin asking: 

1. Are essential driving controls accessible without menu navigation? 

2. Does the vehicle require visual confirmation for high-frequency adjustments? 

3. What is the average glance time to perform basic functions? 

4. How does this align with our distraction policy?

Vehicle design can reinforce or undermine safety culture.

A Broader Safety Lesson 

The analog resurgence in vehicles offers a broader takeaway for fleet leaders: Innovation should reduce complexity in high-risk tasks, not increase it. Physical buttons worked for decades not because they were simple, but because they were aligned with human capability. 

As fleets evaluate policy, training, and equipment, the question becomes: Does this tool reduce distraction, or compete with it? Because in commercial operations, seconds matter. Feet matter. And liability certainly matters.