Ford Co-Pilot360: What Do the Features Do?
Today's Ford vehicles can do a lot more than simply get you from one place to another.
Depending on the vehicle and equipment, technology can warn you about a potential collision, alert you when another vehicle is in your blind spot, help keep you centered in your lane, automatically adjust your cruise-control speed, provide a 360-degree view around the vehicle, and even help with certain trailer maneuvers.
Many of these technologies fall under the Ford Co-Pilot360 name.
But what exactly is Ford Co-Pilot360?
And when you're comparing Ford trucks and SUVs, what do terms such as BLIS, Pre-Collision Assist, Lane-Keeping System, Adaptive Cruise Control, and Reverse Brake Assist actually mean?
The first thing to understand is that Ford Co-Pilot360 isn't necessarily one identical package on every Ford vehicle.
Features can vary depending on the rd driver-assistance features you may encounter and what they're designed to do.
What Is Ford Co-Pilot360?
Ford Co-Pilot360 is Ford's name for a collection of driver-assistance technologies designed to help drivers with different parts of everyday driving.
Depending on the Ford vehicle and equipment, these technologies can assist with situations involving:
Forward collisions
Blind spots
Lane positioning
Highway driving
Parking
Backing up
Cross traffic
Trailer maneuvering
Pedestrians
Other vehicles around you
Some systems primarily provide warnings.
Others can provide steering, braking, or acceleration assistance under certain conditions.
The important word is assistance.
These technologies don't replace an attentive driver.
Even when a vehicle is helping with steering, acceleration, or braking, the driver needs to understand the system and remain responsible for safely operating the vehicle.
Does Every Ford Have the Same Co-Pilot360 Features?
No.
This is particularly important if you're shopping for a Ford.
The Ford Co-Pilot360 features available on an F-150 may differ from those offered on a Bronco, Explorer, Maverick, Expedition, or another Ford model.
Equipment can also vary between trim levels.
A technology that's standard on one trim might be optional on another.
Ford has also updated its driver-assistance technology over the years, so a newer Ford may offer capabilities that weren't available on an older version of the same model.
When comparing vehicles, look at the equipment on the specific vehicle rather than assuming every Ford has the same features.
What Is Pre-Collision Assist?
One of the Ford technologies you may encounter is Pre-Collision Assist with Automatic Emergency Braking.
The system uses sensors to monitor the road ahead.
If it detects a potential collision with a vehicle or pedestrian, it can warn the driver.
If necessary, the system can also apply the brakes.
Think about a situation where traffic ahead suddenly stops.
A driver should always be watching the road and ready to brake.
But Pre-Collision Assist can provide an additional layer of support if the system detects a potential frontal collision.
What Is Automatic Emergency Braking?
Automatic Emergency Braking, often abbreviated AEB, is part of the collision-assistance technology available on many modern Ford vehicles.
If the vehicle detects an imminent frontal collision and determines that additional braking is necessary, the system can automatically apply the brakes.
That doesn't mean it can prevent every collision.
Vehicle speed, road conditions, weather, sensor visibility, the object ahead, and other factors can affect system performance.
The driver should always remain prepared to brake.
AEB is there as another layer of assistance, not as permission to stop paying attention.
What Is Ford BLIS?
Another Ford term you'll see frequently is BLIS.
BLIS stands for Blind Spot Information System.
It helps monitor areas beside the vehicle that can be difficult to see in the mirrors.
If another vehicle is detected in the monitored blind-spot area, an indicator can illuminate in the corresponding side mirror.
This can be especially useful when you're traveling on a multi-lane highway and preparing to change lanes.
You still need to use your mirrors and check your surroundings.
BLIS provides another piece of information to help you make that decision.
What Is Cross-Traffic Alert?
BLIS is often paired with Cross-Traffic Alert.
Imagine you're backing out of a parking space.
A large truck or SUV is parked next to you, making it difficult to see traffic approaching from the side.
Cross-Traffic Alert can monitor for certain vehicles approaching from either direction while you're backing up and provide a warning.
This can be particularly useful in busy:
Parking lots
Shopping centers
School lots
Parking garages
Driveways
It's another example of technology assisting with an area that's naturally difficult for a driver to see.
Does BLIS Replace Checking Your Blind Spot?
No.
Even with BLIS, you should continue using your mirrors and checking your surroundings before changing lanes.
Sensors have operating limitations.
Snow, ice, mud, damage, weather, trailers, and other conditions may affect certain systems.
Technology should add information to your decision-making, not replace safe driving habits.
What Is the Ford Lane-Keeping System?
Ford's Lane-Keeping System is designed to help when the vehicle begins unintentionally drifting from its lane.
Depending on the system and settings, it can provide alerts or steering assistance.
This is particularly useful during long stretches of highway driving where driver fatigue or distraction can lead to unintentional lane drift.
The system relies on being able to identify lane markings, so its operation can be affected when lane lines are difficult to see.
That might happen because of:
Snow
Heavy rain
Road construction
Faded markings
Glare
Other road conditions
The driver remains responsible for keeping the vehicle safely positioned.
What Is Lane-Keeping Alert?
Lane-Keeping Alert is designed to warn you if the system detects unintentional lane departure.
Depending on the Ford vehicle and settings, the warning may involve steering-wheel feedback or another alert.
The goal is simple:
Get your attention.
It's useful to distinguish an alert from more active forms of assistance.
An alert tells you something is happening.
Other technologies may actually provide steering input.
What Is Lane-Keeping Assist?
Lane-Keeping Assist can provide steering assistance if the system detects the vehicle unintentionally moving toward or across a lane marking.
Again, this isn't self-driving.
You remain responsible for steering.
Think of it as the vehicle providing a corrective nudge rather than taking over the driving task.
What Is Driver Alert?
Some Ford Lane-Keeping Systems may also include Driver Alert functionality.
This technology monitors certain driving patterns that could indicate reduced driver attention.
If the system detects behavior associated with inattentive driving, it can provide an alert suggesting the driver take a break.
It can't determine exactly how tired you are.
And it certainly can't make it safe to continue driving when you're too fatigued.
If you're struggling to stay alert, the right response is to stop somewhere safe and rest.
What Is Ford Adaptive Cruise Control?
Traditional cruise control maintains a speed selected by the driver.
But traffic doesn't always cooperate.
That's where Adaptive Cruise Control can help.
Depending on the system, Ford Adaptive Cruise Control can use cameras and radar to monitor traffic ahead and automatically adjust your speed to maintain a selected following distance.
Imagine you've set cruise control to 70 mph.
You approach a vehicle traveling 65 mph.
Instead of requiring you to immediately cancel cruise control, Adaptive Cruise Control can reduce your speed as you approach the slower vehicle.
When traffic clears, the system can accelerate back toward your selected speed when appropriate.
What Is Stop-and-Go?
Some Ford Adaptive Cruise Control systems include Stop-and-Go functionality.
This expands the usefulness of adaptive cruise control into slower-moving traffic.
The system can reduce speed as traffic slows and may bring the vehicle to a complete stop when necessary.
Depending on how long the vehicle remains stopped and the particular system, driver input may be required to resume.
This can make congested highway driving less demanding.
But you're still the driver.
You need to monitor traffic and remain ready to take control.
What Is Lane Centering?
Lane Centering can work alongside Adaptive Cruise Control on equipped vehicles.
While Adaptive Cruise Control helps manage speed and following distance, Lane Centering can provide steering assistance designed to help keep the vehicle centered between detected lane markings.
That's different from Lane-Keeping Assist.
Lane-Keeping Assist generally responds when the vehicle begins drifting toward a lane boundary.
Lane Centering provides more continuous assistance designed to maintain a position near the center of the lane.
The driver still needs to remain attentive and in control.
What Is Predictive Speed Assist?
Some newer Ford systems may also include Predictive Speed Assist.
This technology can adjust vehicle speed based on certain road conditions and information.
For example, equipped systems may be able to adjust speed as the vehicle approaches certain curves.
The exact functionality varies by vehicle and system.
If you're considering a Ford equipped with this technology, learning how its settings work during a test drive can help you decide whether you find it useful.
What Is Reverse Brake Assist?
Backing up is one of the situations where technology can be especially helpful.
Reverse Brake Assist can monitor the area behind an equipped Ford while you're reversing.
If the system detects the risk of a collision with certain objects, pedestrians, or vehicles and determines braking is necessary, it can automatically apply the brakes.
This goes beyond a normal backup camera.
A backup camera gives you a view.
Reverse Brake Assist may be capable of intervening.
You should still look around the vehicle and use your mirrors while reversing.
What Is a 360-Degree Camera?
Some Ford vehicles offer a 360-Degree Camera system.
Instead of showing only what's behind the vehicle, cameras positioned around the vehicle work together to provide multiple views of the surrounding area.
One of the most useful is the top-down-style view.
It can appear as though you're looking down at your vehicle from above.
That can make it easier to:
Park between lines
Navigate tight spaces
Avoid curbs
Position a truck
Maneuver around obstacles
Line up a vehicle in a driveway
For larger Ford trucks and SUVs, this can be particularly convenient.
How Does the 360-Degree View Work?
There isn't actually a camera floating above your Ford.
The vehicle uses images from cameras positioned around it.
Software combines those images to create the overhead-style view shown on the center display.
Because the image is digitally assembled, you should still use your mirrors and look around the vehicle.
The camera system provides additional visibility.
It doesn't eliminate every blind spot or obstacle.
What Is Intersection Assist?
Some Ford vehicles offer Intersection Assist.
This technology is designed to help identify certain potential collisions when turning through an intersection.
For example, when making a left turn, the system may detect an oncoming vehicle and warn the driver.
On equipped versions, it can also provide automatic braking assistance if needed.
Intersections can require drivers to process several things at once:
Oncoming traffic
Traffic signals
Pedestrians
Cyclists
Vehicles turning
Cross traffic
Intersection Assist provides another layer of awareness during those situations.
What Is Evasive Steering Assist?
Another available Ford technology is Evasive Steering Assist.
Imagine a slower or stopped vehicle is suddenly in your path.
Braking is the first response.
But in certain situations, avoiding the collision may also require steering around the obstacle.
Evasive Steering Assist is designed to provide steering support when the system detects certain situations where a collision may be imminent and the driver begins an evasive maneuver.
It doesn't steer around vehicles on its own while you sit back.
The technology assists the driver's steering input.
What Are Auto High-Beam Headlamps?
Not every Co-Pilot360 technology is as complicated as collision avoidance.
Auto High-Beam Headlamps can automatically switch between high and low beams based on detected traffic and surrounding conditions.
On a dark rural road, high beams can improve visibility.
When another vehicle approaches, you need to switch back to low beams.
Auto High-Beam technology can help manage that process.
For drivers around Warren and throughout Northeast Indiana who spend time on darker rural roads, this can be a particularly convenient feature.
What Is Clear Exit Warning?
Some Ford vehicles offer Clear Exit Warning.
Imagine you've parallel parked along a busy street.
You open the driver's door just as a cyclist or vehicle approaches from behind.
On equipped vehicles, Clear Exit Warning can use rear corner radar sensors to detect certain approaching road users and provide an alert.
It's a feature you might rarely think about until you're parked somewhere with heavy traffic.
What Is Post-Collision Braking?
A collision can create additional danger after the initial impact.
The vehicle may continue moving and potentially strike another object.
Post-Collision Braking is designed to automatically apply moderate brake pressure after certain collisions are detected.
The goal is to help reduce the vehicle's movement following the initial impact.
Like other safety technology, its exact operation depends on the circumstances.
Ford Technology Can Help With Towing Too
Ford's driver-assistance technology isn't limited to ordinary commuting.
Certain Ford trucks offer technologies designed specifically for towing.
Depending on the truck and equipment, you may encounter features such as:
Pro Trailer Backup Assist
Pro Trailer Hitch Assist
Trailer Reverse Guidance
Trailer Coverage for blind-spot monitoring
These features can be particularly valuable for drivers who regularly tow boats, campers, utility trailers, or work equipment.
What Is Pro Trailer Backup Assist?
Backing up with a trailer can be challenging.
You turn the steering wheel one direction and the trailer begins moving another.
Pro Trailer Backup Assist is designed to simplify that process on equipped Ford trucks.
The driver uses a control to indicate the direction they want the trailer to travel.
The system then assists with steering the truck to help guide the trailer along that path.
The driver remains responsible for monitoring surroundings and controlling the maneuver as required.
What Is Pro Trailer Hitch Assist?
Anyone who has tried lining up a truck and trailer alone knows the routine.
Back up.
Get out.
Check the hitch.
Get back in.
Move two inches.
Get out again.
On equipped Ford trucks, Pro Trailer Hitch Assist can use cameras and sensors to help align the truck's hitch ball with a conventional trailer coupler.
The system can control certain steering, braking, and acceleration inputs during the maneuver.
It's a good example of driver-assistance technology solving a very specific everyday frustration.
What Is Trailer Reverse Guidance?
Trailer Reverse Guidance is designed to improve visibility while you're maneuvering a trailer in reverse.
On equipped trucks, the system can use camera views to help you see the trailer and its direction.
Instead of constantly trying to judge everything through the mirrors alone, you have additional visual information on the vehicle's display.
That can make backing into a campsite, driveway, or work area easier.
Does Ford Co-Pilot360 Make a Ford Self-Driving?
No.
Ford Co-Pilot360 features are driver-assistance technologies.
They don't make an ordinary Ford autonomous.
The vehicle may be able to assist with:
Braking
Steering
Acceleration
Following distance
Lane positioning
Parking
Backing
Towing
But the driver remains responsible for operating the vehicle.
Understanding that distinction is important.
What About Ford BlueCruise?
BlueCruise is a separate advanced Ford driver-assistance technology available on certain equipped vehicles.
It allows hands-free driving on designated compatible highways under appropriate conditions.
However, "hands-free" does not mean "attention-free."
The system monitors driver attention, and the driver must remain alert and ready to take control.
BlueCruise is considered a Level 2 driver-assistance system, not fully autonomous driving.
Availability depends on the Ford model, equipment, software, and service requirements.
Why Cameras and Sensors Need to Stay Clean
Many Co-Pilot360 features depend on cameras, radar, and other sensors.
Indiana weather can make keeping those areas clear particularly important.
Snow, ice, road salt, mud, and grime can cover sensors or cameras.
When that happens, you may see a message indicating that a system is temporarily unavailable.
If you receive one during bad weather, check the owner's manual and inspect the appropriate sensor areas when it's safe to do so.
Never assume the system will operate normally when cameras or sensors are obstructed.
Can Windshield Replacement Affect Co-Pilot360?
Potentially.
Some driver-assistance cameras are positioned around the windshield.
After certain windshield replacements or repairs, camera calibration may be required.
Other collision repairs can also affect sensors located in:
Bumpers
Grilles
Mirrors
Body panels
Other areas
If your Ford has advanced driver-assistance technology, make sure repair work accounts for the sensors and calibration procedures required for your particular vehicle.
Can You Turn Ford Driver-Assistance Features Off?
Many features have settings that allow drivers to adjust how they operate.
Depending on the vehicle, you may be able to adjust things such as:
Alert sensitivity
Following distance
Lane assistance
Certain warnings
Cruise-control behavior
Some features can be disabled while others may have different limitations or reset behavior.
The exact controls vary by model and year.
Your owner's manual is the best source for instructions specific to your Ford.
Which Ford Co-Pilot360 Features Are Worth Having?
That depends on how you drive.
Someone with a long highway commute may particularly appreciate:
Adaptive Cruise Control
Lane Centering
BLIS
Lane-Keeping System
Someone who spends more time around town might value:
Reverse Brake Assist
Cross-Traffic Alert
360-Degree Camera
Parking assistance
Someone who regularly tows may care more about:
Trailer Coverage
Pro Trailer Backup Assist
Pro Trailer Hitch Assist
Trailer Reverse Guidance
Instead of simply looking for the longest technology list, think about which features solve problems you actually encounter.
Try the Technology During Your Test Drive
Driver-assistance technology is difficult to judge from a vehicle listing alone.
If you're considering a Ford with advanced features, explore them during your test drive when it's safe and appropriate.
Look at the controls.
Check the menus.
See where blind-spot indicators appear.
Look at the backup camera.
Try the 360-degree view if equipped.
Ask how the Adaptive Cruise Control settings work.
Find out which features are actually installed on that particular vehicle.
The goal isn't simply to find a Ford with lots of technology.
It's to understand the technology you're getting.
Don't Assume Similar-Looking Fords Have the Same Features
This is especially important when comparing trim levels.
Two Ford Explorers parked beside each other might look very similar but have different driver-assistance equipment.
The same applies to:
F-150
Escape
Bronco Sport
Maverick
Expedition
Mustang
Super Duty
Ranger
Other Ford models
Model year matters too.
Ford continuously updates its technology.
Always check the specific vehicle rather than relying solely on what you've seen in another Ford.
Ford Technology Is Most Useful When You Understand It
Advanced driver-assistance systems can sound complicated because there are so many names.
But most features have a fairly straightforward purpose.
Pre-Collision Assist: Helps identify certain potential frontal collisions.
Automatic Emergency Braking: Can apply the brakes in certain potential collision situations.
BLIS: Helps monitor blind spots.
Cross-Traffic Alert: Helps detect certain traffic while you're backing up.
Lane-Keeping System: Helps alert or assist you when unintentionally leaving your lane.
Adaptive Cruise Control: Helps maintain speed and following distance.
Lane Centering: Provides steering assistance to help remain centered in the lane.
Reverse Brake Assist: Can provide braking assistance when reversing.
360-Degree Camera: Provides additional views around the vehicle.
Once you understand what the names mean, comparing Ford vehicles becomes much easier.
Explore Ford Technology at Crain Ford
Technology shouldn't make shopping for a vehicle more confusing.
It should help you find a Ford that better fits the way you drive.
At Crain Ford in Warren, Indiana, shoppers can explore Ford cars, trucks, and SUVs with a wide range of available driver-assistance technology.
If you're comparing vehicles, ask which Co-Pilot360 features are included on each one.
Don't assume every trim or model year is equipped identically.
And when you take a test drive, spend some time learning the controls instead of focusing only on acceleration and ride quality.
Features such as BLIS, Adaptive Cruise Control, a 360-Degree Camera, and Lane Centering may not seem as exciting as horsepower or towing capacity.
But they're technologies you could end up using every day.
The better you understand them, the easier it is to decide which Ford features actually matter for the way you drive.
