Tesla Autopilot vs Enhanced Autopilot – What’s the Difference?

When shopping for a Tesla vehicle you may come across an option called “Enhanced Autopilot” which, of course, begs the question, what is Autopilot vs Enhanced Autopilot? We’ll explain the differences below.

Standard Autopilot on Tesla Vehicles

All new Tesla vehicles (built after 2016) come with a suite of sensors around the vehicle, including cameras, ultrasonic sensors and radar that allow the vehicle to understand and react to its environment. Using a powerful computer and software, the vehicle comes standard with standard “Autopilot” features that include:

  • Lane Assist
  • Collision Avoidance Assist
  • Speed Assist
  • Auto High Beam

These core safety features are somewhat similar to ones found standard on other vehicles, but with additional ‘intelligence’ built-in and continually improved via Tesla over-the-air software updates (something no other auto manufacturer currently does).

Here’s a breakdown of each one.

Lane Assist

The Tesla Lane Assist feature does three things:

  • Alerts you if you drift from your lane (called Lane Departure Warning, similar to traditional Lane Keeping Assist functions)
  • Warns you if there’s an object in your blind spot (like Blind Spot Monitoring in other cars)
  • Intervenes if it believes you may drift into an adjacent object when driving between 30 and 85 mph.

Of the three features above, only Land Departure Warning is an option. When turned on, it will vibrate the steering wheel when it believes you are drifting out of the lane. You can turn this on and off in the Tesla Settings menu under Controls > Autopilot > Lane Departure.

The Tesla blind spot warning feature will turn the lanes on the display red if it detects an object in the blind spot when you turn on the blinker.

Finally, the steering intervention functionality will automatically steer the vehicle into a safer position within the driving lane if it detects that a potential collision with an adjacent vehicle is imminent (for example, if you accidentally drift into a lane with a car in it). It only works between 30 and 80 mph on major roadways where the lane markings are clearly visible.

Collision Avoidance Assist

The Collision Avoidance Assist portion of standard Autopilot functionality provides the following features:

  • Forward Collision Warning – this provides an audible and visual warning if the vehicle determines there is a high risk of a frontal collision.
  • Automatic Emergency Braking – this will automatically apply the brakes if there is an imminent frontal collision to help reduce or avoid impact.
  • Obstacle-Aware Acceleration – this reduces the vehicle’s speed if it detects an object in it’s driving path

Forward Collision Warning portion of Autopilot will not only detect vehicles, but also motorcycles, pedestrians and bicyclists. It utilizes the sensors and cameras placed around the vehicle, plus the sophisticated neural network used by Tesla to identify objects. The Forward Collision Warning is the first alert to the driver, and if no action is taken the other systems such as Automatic Emergency Braking come into play.

Automatic Emergency Braking (AEB) works by utilizing the forward looking cameras and radar to determine if a collision is imminent. If a collision is considered unavoidable, Tesla AEB will apply the brakes to reduce the severity of impact, or avoid it altogether, if possible. It works between 7 mph and 90 mph.

Obstacle-Aware Acceleration is meant to reduce the impact of a collision by reducing motor torque. What does that mean? If the vehicle detects an object in its path while you are pressing the accelerator pedal, it will reduce the power to the motors to mitigate potential damage to the vehicle and object. For example, if you intend to back out of your garage, but accidentally put the vehicle in forward Drive, it will detect an object in front and reduce speed to reduce damage.

Speed Assist

Speed Assist uses GPS data and speed limit signs to help determine the car’s position and what the speed limit should be. Using that information, it can optionally be set to warn the driver on screen or via a Chime if you’re exceeding the speed limit. On the Model 3, you can also press the displayed speed limit sign on the touchscreen to automatically set the speed to the current speed limit.

Auto High Beam

Auto High Beam will automatically turn High Beams on or off depending on the surroundings. If the vehicle detects there is enough light or another car is approaching, it will turn off High Beams. Conversely, if it is sufficiently dark, it will automatically turn on High Beams.

Enhanced Autopilot on Tesla Vehicles

While standard Tesla Autopilot is really more focused on safety enhancements, Enhanced Autopilot is what you would think Autopilot is all about, the vehicle driving itself under certain circumstances.

Enhanced Autopilot is an optional feature, than when enabled, unlocks new Autopilot features in the vehicle, allow it to almost drive itself under certain circumstances (the driver must still be attentive). It’s not a cheap option, costing $5,000 at time of purchase or $7,000 later on. That said, we believe it’s well worth five iPhones in terms of driving enjoyment and increased safety.

Here’s how Tesla describes it on their website:

“With Enhanced Autopilot your car will steer, accelerate and brake for you within almost any traffic lane! It will also automatically change lanes on most highways to overtake other cars or navigate to interchanges and exits. And with regular over-the-air software updates, you’ll always have access to our most advanced features and functionality.”

Enhanced Autopilot provides these core features:

Traffic Aware Cruise Control (TACC)

This feature is similar to what’s often called Dynamic Cruise Control in other cars. It allows you set set a speed and following distance to other cars and will then automatically speed up or slow down depending of the speed of the vehicle in front of you. It work at all speeds up to 90 mph and in stop-and-go traffic. It’s a real life-saver during rush-hour commutes.


Once the Autopilot system detects clear lane markings, it will allow the driver to engage Autosteer that works in conjunction with TACC above. This allow the vehicle to steer itself as long as conditions allow and the driver has their hands on the wheel (the driver must still pay attention).

Automatic Lane Changes

While Autosteer and TACC are active, you can have the vehicle change lanes automatically once it’s safe to do so by turning on the blinker towards the desired lane to which you’d like to switch. The vehicle will review the surroundings and make the lane change once it’s safe to do so.

Navigate On Autopilot

This is a new “beta” feature that truely hints towards the Full Self Driving capabilities of the future. It allows the vehicle to fully navigate itself on ‘closed-access’ freeways or highways (meaning those that have on-ramps and off-ramps and no cross-traffic intersections). Once you enter a destination into the navigation system and engage Autosteer, you’ll have the option to press the “Navigate on Autopilot” button. This will then follow the optimal path on the freeway, automatically changing lanes (with driver confirmation currently) and navigating freeway interchanges as needed.

It’s considered fully automated “on-ramp” to “off-ramp” technology and is quite amazing and unlike anything else available for consumer use. It will even automatically suggest changing to faster lanes if it finds traffic moving more quickly in adjacent lanes.

More on Enhanced Autopilot

What to learn more about Enhanced Autopilot? Then check out our article that goes into details on Tesla Enhanced Autopilot.

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