DIY HOW TO: Install adaptive cruise control in Maverick Hybrid XLT with Luxury package

[Telemachus]

https://www.comma.ai/shop/comma-3x

I bought my Maverick in Texas installed adaptive CC and drove it back to CA. Worked great for the 1800 mile trip.

I understand that it's Comma, but I thought they weren't able to overcome the 10 second issue. Did you have to install a beta firmware?

Sponsored

 

[Mas280]

I understand that it's Comma, but I thought they weren't able to overcome the 10 second issue. Did you have to install a beta firmware?

It bypasses the ford warning and uses the camera to make sure you are watching. I was able to go 100's of miles like this.

 

[SolidWrecks]

Just got my car back from the dealer after Recalls. 23 Lariat Lux with Copilot but not ACC and had a fun time adding ACC back.

Can anyone share information on 726-04-05 and 726-04-06? These were what was messing me up.

 

[AutonomousHybridF150]

I finally got mine working on an XLT Lux with 360 CoPilot! Lane Keep, Lane Centering, and ACC are all working flawlessly! Thanks to everyone who has contributed to this thread, especially @baaron (OP) for starting all this and @ltmoto for sharing updated FORScan settings.

I had some issues with the FORScan settings, so I'm going to share my experience to hopefully help others.

The FORScan settings in the OP did not work for me, but the settings shown above DID work for me. The FORScan settings posted by @ltmoto were austensibly for an XLT without 360 CoPilot. However, I have an XLT with 360 CoPilot and I experienced the same errors and using those settings fixed mine as well. I don't know why my configuration was incompatible with the OP FORScan settings, but this issue seems to be independent of whether or not you have 360 CoPilot.

A brief narrative of my steps (post hardware changes and wiring) for future reference:

* 1st attempt - FAILED: Prior to this project, I had used FORScan to enable TSR. When I tried to apply the FORScan setting from the OP, I kept receiving a Camera Fault Error and Forward Collision. I was able to successfully complete the CCM calibration and IPMA calibration, but the errors persisted and reappeared after clearing DTCs. I also tried the recommendation to disconnect the negative terminal for >1hour, but that didn't work either.

* 2nd attempt - FAILED: I restored all modules to their factory settings (i.e. removed the previous FORScan changes I had made before this project). I then reapplied the recommended changes from the OP, completed CCM and IPMA calibrations. The same errors persisted, so my edits prior to this project didn't seem to be the problem.

* 3rd attempt - FAILED: I restored all modules to factory settings then applied the settings posted by @nickn066 in post #189, but the errors still persisted.

* 4th attempt - SUCCESS: I restored all modules to factory settings then followed the directions from @ltmoto (quoted above). With this, the errors finally went away (I did have to clear DTCs a few times though). I also had to disconnect the negative battery lead for an extended period (I left it disconnected for >60 min) to be able to use the steering wheel buttons while driving.

FWIW, mine is a '22 Maverick XLT Hybrid Lux with 360 CoPilot and I received it on October 31, 2022, so it was one of the later units off the line. I haven't tracked the details that closely, but I know mine was built after they moved to the non-thermostat display temperature knob. Perhaps there were other differences between the earlier units and the later units that are causing the incompatibility with the OP FORScan settings.

For a 2023 Maverick Hybrid XLT lux, this is the method that worked for me with no errors. I even added the TSR to the cluster screen.

My vehicle doesn’t have nav. Has anyone got TSR and IACC working together on a 22 or 23 Hybrid XLT Lux?

But ACC works like a dream!

 

[AutonomousHybridF150]

 

[Telemachus]

I turned on the automatic speed adjusting in my Ford lightning temporarily. Immediately turned it off.

Having this speed limit pop up is sufficient in my opinion.

I prefer how Kia Hyundai operate. They tell you what the speed is and give you an option to push a button to change to the speed.

 

[801Maverick801]

It bypasses the ford warning and uses the camera to make sure you are watching. I was able to go 100's of miles like this.

Buy a pair of these and feel free to sleep while driving!

 

[Jason Bourne]

I have it working on my 2024 Maverick XLT, the info here made it very easy. I found that the 4 wires from the sensor can all be connected to the plug by the rear view mirror. No reason to grab power by the fuse box. I also added OpenPilot to my car for smoother control and hands free driving.

I'm getting an error message with the ipma module. Just curious if you ran into the same issue? Did you follow the Forscan codes from the original post? Thanks

 

[Telemachus]

These settings worked for me

https://www.mavericktruckclub.com/f...with-luxury-package.14586/page-17#post-520437

 

[801Maverick801]

I'm having a hard time with the Forscan coding. I have a '24 hybrid, and have gotten everything to work using a combination of OP's settings and those found on page 17, but have a bunch of DTC's that I can't get rid of. Any help would be greatly appreciated

Can you list the DTC's?

 

[bwil415]

I recently had the turn signal recall BodyCM update 23C41/23V848 and the emissions/PCM update 23E07 done at the dealership. I was nervous about them updating a module that I had programmed changes into (BodyCM) so I tried to just rewrite that one from backup, but got DTCs in the IPMA, so I did that one too. Same story with ABS, but once I reverted the BodyCM, IPMA, and ABS modules, there were no codes or warnings. I had the updates done and reprogrammed those modules with my saved backups without issue in the parking lot before I left.

As a reminder from my earlier post; here is all the changes I made to get ACC working. I have a 2023 XLT Hybrid, Luxury Package, CP360.

 

[Telemachus]

I recently had the turn signal recall BodyCM update 23C41/23V848 and the emissions/PCM update 23E07 done at the dealership. I was nervous about them updating a module that I had programmed changes into (BodyCM) so I tried to just rewrite that one from backup, but got DTCs in the IPMA, so I did that one too. Same story with ABS, but once I reverted the BodyCM, IPMA, and ABS modules, there were no codes or warnings. I had the updates done and reprogrammed those modules with my saved backups without issue in the parking lot before I left.

As a reminder from my earlier post; here is all the changes I made to get ACC working. I have a 2023 XLT Hybrid, Luxury Package, CP360.

Too bad the OP is AWOL.

It would be great to put this on the first page.

 

[MattinNC]

I'm following, waiting for a few parts to arrive that were on back-order and I'll be doing this! So thanks for posting.

 

[Derwood]

Hi gang,

I have successfully retrofitted adaptive cruise control on an XLT Lux Hybrid. This walk-through should work on any trim level Maverick, but there are additional steps required to get this working on an EcoBoost model that will not be documented here.

Requirements

1. Your truck needs to be parked on a level surface. This is to accurately aim/level the CCM once it is attached.
2. The following components will be needed. Take note of the WRONG GRILLE PART NUMBER (I ordered NZ6Z-8200-BA, it is the XLT grille).
   EDIT 5/3: Fairly confident the grille is NZ6Z-8200-DA and the air deflector is NZ6Z-8312-A
   
   

   Part	Desc	Price Per	Qty	Total
   W506976-S450B	Self-tapping screws	$1.50	4	$6.00
   NZ6Z-9E731-A	Sensor Assembly - Speed	$370.61	1	$370.61
   NZ6Z-14C022-A	Bracket	$51.62	1	$51.62
   NZ6Z-17E810-AA	CCM cover	$17.66	1	$17.66
   WPT-1198	8-pin pigtail for radar sensor	$21.19	1	$21.19
   SW8585	Adaptive cruise control steering wheel buttons	$56.58	1	$56.58
   				$636.44

3. FORScan
   1. A test build for 2022 Maverick can be found here: https://forscan.org/download/FORScanSetup2.3.48.test20220425.exe
   2. If you are new to FORScan, start here: https://www.mavericktruckclub.com/forum/threads/forscan-101-step-by-step-how-to-start-guide.7406/
4. Along with FORScan, you'll need an OBD cable for your laptop. I used the FORScan recommended cable linked to on their "products" page. https://forscan.org/download.html
5. A moving blanket or other material to protect the bumper cover when you remove it from the car
6. Metric sockets (7mm and 10mm) and a T-30 Torx.
7. Trim removal tools (plastic pry tools)
8. Heat gun
   1. A torch can be substituted, but it is EXTREMELY easy to ignite heat shrink tubing and solder connectors with an open flame.
9. Wire stripper

Required parts not listed above:

• Female pin terminals for modifying the IPMA harness connector
  • I do not know what part number these should be, but they should be purchased from Ford. I ordered some female Molex pins from Digikey and they fit, but I had to modify them slightly.
  • You will not need the entire connector, but one way of obtaining the correct terminals would be to obtain the entire connector with pigtail. The service part number for the IPMA connector is MU2Z-14S411-RA. The pigtail part number is WPT-1686. I have not had success in finding either. I hope you have better luck.
  • EDIT 7/22: Terminal pins with pre-crimped wire for the IPMA connector is part number LU2Z-14474-AA. I ordered these and successfully installed them. They include a ferrule if you want to crimp them instead of solder (I recommend soldering) and dual wall heatshrink tubing which has an embedded adhesive that activates when heated. Thanks to @Gilbillygucci for the info.
• Heat shrink solder connectors
• Heat shrink tubing
• Fuse tap
• High-heat-rated automotive harness tape
• Zip ties
• Terminal distribution block or ring crimp terminal
  • If you are like me, this is probably one of several electronics additions you will be making to this truck. Installing a distribution block for ground connections will make this and future wiring jobs easier and more robust.
  • Alternatively, you can use a single ring crimp terminal for grounding the CCM.

Optional parts missing from the above list:

• Grille for Lariat Lux
  • EDIT 5/3: After some further research, I am fairly confident that the Lariat Lux grille is part number NZ6Z-8200-DA. Unfortunately, it is backordered from Ford parts, and it is $257.68 retail.
• Air deflector for Lariat Lux
  • EDIT 5/3: After some further research, I am fairly confident that the Lariat Lux air deflector is part number NZ6Z-8312-A. $73.72 retail.
• Fish tape or coat hanger (to aide in pulling wires)

I purchased a grille with a part number that I thought was for the Lariat Lux, and I was wrong. An XLT grille identical to mine arrived in the mail. I modified it to make it work, but I'd like to go back and get the proper grille later on. Same with the air deflector.

High level overview

1. Install steering wheel switch
2. Remove bumper cover
3. Install vehicle speed sensor
4. Pull wiring from speed sensor to fuse block
5. Pull wiring from IPMA to fuse block
6. Level speed sensor
7. Forscan programming and calibration

Install steering wheel switch
For ACC to work well and to be able to change the forward vehicle spacing and lane centering, you will need to swap the ACC switch cluster on the steering wheel for your current left-hand buttons.

This post by @Bushpilot includes step-by-step instructions on swapping the steering wheel buttons.
https://www.mavericktruckclub.com/f...scape-steering-wheel.7287/page-23#post-177947

This post by @Tyvemattis details how to remove the steering wheel and swap the buttons.
https://www.mavericktruckclub.com/f...her-switches-such-as-cruise-control-diy.7358/

Bumper cover removal

1. As with any other vehicle modification job, before you start, remove the negative battery lead from the 12v battery beneath the back seat.

2. The factory manual instructs you to jack up the front end and remove both front wheels. This would have made accessing certain components easier, but ultimately was not necessary.

3. Remove forward stone deflectors on driver and passenger sides.

​

The plastic stone deflectors are fastened with one push pin and 7 machine screws. Use a 7mm socket to remove the screws. Turning the steering wheel helped access these without removing the wheels. If you haven't done so before, removing the push pins requires a thin prying tool to raise the inner pin (see the box labeled 1 below). Then the outer pin can be pried out.​

​

​

4. Remove the screws and engine undershield. Use a T30 Torx bit.

5. Remove the 5 push pins securing the fender liner on both the driver and passenger sides.

6. Remove the four screws securing the lower bumper cover. Use a T30 Torx.

7. Disconnect the front bumper wiring harness.

8. On both sides, remove the three bolts securing the front bumper cover to the fender. Release the clips as shown. Use a 10mm socket.

9. At this point, you will want to put a moving blanket on the ground under the front of the vehicle to allow careful easing of the bumper cover to the ground so to avoid paint damage when lowering the bumper cover. The manual suggests having another person help, although I found this unnecessary.

10. Remove the four screws holding the bumper cover to the air intake. Release the two clips as shown below.

11. Release the three clips behind each headlight trim piece. Best to use a plastic trim removal tool to prevent damage to the headlights.

Your bumper cover should now be on the ground. Congratulations.

If you need additional details, the factory instructions can be found in this PDF: bumper cover removal

Air Deflector Removal

1. You now need to remove the stock air deflector. To do this:
   1. Remove the two hex screws (7mm I think) in red.
   2. Remove the four push pin fasteners in blue.
   3. Release the four clips in green. Use a pry tool to gently pull up while gently pulling forward on the air deflector. Each one should allow it to move forward a little more, until you release the last one and the piece will come off entirely.
      
      
2. With the air deflector removed, you will be able to mount the CCM bracket. The CCM bracket attaches using the three holes circled in red below and the self-tapping screws listed in the parts list above.
   
3. The speed sensor attaches to the bracket using the three round grommets, pressing onto the three exposed bolts. This required a bit of force. You will hear a satisfying "pop" when it is in place, and it will be firmly attached.
4. You now need to level the speed sensor. Using a combination square or some other similar bubble level, ensure the front vertical surface of the speed sensor is level. If it is not, turn the bottom grommet screw with a Torx bit to adjust the angle of the sensor until it is level.
5. The factory manual for this process can be found here: CC-M removal/installation
6. ** This is where your process may deviate from my own if you obtained the factory grille and air deflector. The steps that follow assume you are keeping the stock XLT air deflector and grille.
7. Remove the center section of the XLT air deflector with a hand saw, cutting along the red lines. You may want to determine exactly where to cut by holding your air deflector against where the speed sensor sits on your truck. It will give you greater precision when making these cuts.
   
   
8. If you are using the stock XLT grille, line up the CCM cover at the bottom center of the "grid" and mark using a pencil where to cut.
   
9. When I was finished, the CCM cover fits perfectly in the space removed from the XLT grille. It is held in place pretty well without any additional modifications necessary.
   
   

Wiring the CCM

I am not going to lie to you, this part was by far the most tedious for me. I am hoping that these instructions serve to make this part simple and straight-forward.

Before we dive into what to do, I want to offer some background on the theory behind what we're doing. In these vehicles, the IPMA (image processing module, located above the rearview mirror) instructs the car how to behave for lane keeping assist, lane centering, pre-collision mitigation, etc. Adding the cruise control module enables lane centering and speed adjustments based on vehicles moving in front using the forward-facing radar sensor (CCM) we just installed.

The CCM communicates directly with the IPMA, which then instructs the rest of the vehicle's modules to do whatever needs to be done including steering, speed adjustments, braking, icons/warnings, etc.

We are running a total of four wires to the CCM. Two of the wires are power and ground. These will terminate in the fuse block located beneath the glove box. The other two wires are CAN bus high and low, by which the CCM sends radar data back to the IPMA. These two wires run directly from the CCM through the firewall, up the passenger side A-pillar, across the headliner, and into the IPMA. When I was first attempting this, I misunderstood the CAN wiring diagram and (mistakenly) thought the CCM sent instructions out over the CAN bus directly. I was wrong, it sends these instructions to the IPMA only.

Here is the CCM wiring diagram for reference: wiring diagram

Unfortunately I do not have pictures for this section right now. Next time I have the trim opened up I will take some photos to add context.

I used riser-rated CAT6 22AWG networking cable for the wiring connections. You may want to obtain Motorcraft-specific wire.

1. Unclip the passenger trim on the A pillar.
   1. Use a pry tool at the top of the trim and the top retaining clip will release.
   2. The bottom of the trim is held down with a retaining clip going vertically into the dash. Once the top is released, pull it away from the pillar and pull the bottom up and out.
   3. You can then rotate the trim around on the bungee cord it is fastened to and let it hang free in the door jab.
2. Remove the glove box.
   1. There is a black piston on the right-hand side of the box. Pinch together the ends of the retaining post and the piston will slide out.
   2. There are two tabs, one on each side of the glove box, that must be depressed from the outside of the glove box.
   3. You can then rotate the glove box down. When it is almost touching the floor, you can lift it forward and out. I put this on the driver side foot well for safe keeping.
3. Remove the plastic panel covering the fuse block, just below/behind the glove box. You may need to remove carpets or floor liners to access the panel. The panel just pulls away from the fuse block.
4. Use your pry tool to remove the fascia covering the IPMA above the rearview mirror. These retaining clips were tight, I was worried about breaking the piece the entire time.
   1. Once the retaining clips are released, there is a short (~4") retaining cord holding the fascia to the bracket. The retaining cord has two flat sections rotated 90-degrees from each other. Wiggle the cord around until one flat section is out, then rotate the cord another 90-degrees and the second piece will come out, freeing the cord entirely. The fascia fits in the glove box. I left it there until I was finished so it did not get damaged.
5. For this step, you will need two wires. Using a zip tie or electrical tape, secure ~5" of the two wires to the bundle going to the IPMA connector.
6. Note which two wires you used, and decide which will be CAN high and which will be CAN low. Write this down somewhere safe. You will need to know later on.
7. Working your way out to the right from the IPMA, tuck the two wires up into the space where the headliner meets the windshield.
8. Once you reach the A-pillar, route the wires behind the air bag and down the opening at the base of the A-pillar.
   1. I zip-tied this wire in several places to the other bundles traveling along the A-pillar to keep it from getting pulled out. You could use zip ties, electrical tape, or fabric automotive wiring tape.
9. You should be able to find your wires near the fuse block. Put them off to the side for now.
10. Grab your fuse tap. Make sure the size you have fits the slots for fuse #3 or #6. These two fuses are key-switched since we only need the CCM powered when the vehicle is running.
11. Grab another set of two wires, preferably colored differently from the pair we just used. If you can use black and red, that would be ideal because these two are going to be your power and ground wires.
12. Once you've made sure the fuse tap fits, strip the power wire and crimp the wire into the fuse tap.
13. Before you start pulling fuses, now would be a really good time to make sure you pulled the negative terminal on the 12v battery.
14. Attach the fuse tap to #3 or #6. Make sure to insert both the original fuse in the slot closest to the blades, and the additional fuse for the CCM.
15. If you decided to install a ground terminal block, it can be secured somewhere out of the way near the fuse block. You can secure it with machine screws or double-sided adhesive foam tape.
16. Secure your ground wire to either the terminal block or ring crimp terminal.
17. With all four wires now secured, hold them together and begin wrapping the four wires with harness tape. You will need roughly 10 feet (3m) of this 4-wire harness to reach the CCM in the front grille.
18. When finished wrapping, you will need a semi-long sharp implement to pierce the boot where the main wiring harnesses exit the firewall into the engine compartment. You can locate the boot by reaching up and to the right above the fuse block and follow the large harness with your hand. The other side of the harness can be seen from the engine compartment to the rear of the engine coolant reservoir. Take care to pierce the boot on the side to avoid damaging any of the other harness wires.
19. Feed your new CCM harness through the hole you just made, and pull the slack through to the engine compartment.
20. Before routing the wire, follow where the factory harness leads--along the passenger side of the engine compartment wall, underneath the coolant hose and reservoir, and then down into the space behind the wheel well liner we pulled back earlier when removing the bumper cover. There is a connector just inside of the passenger front wheel which would normally contain the wires we are pulling. To use this connector, we would need to install male and female terminals in both sides of the connector, and route a separate bundle of wires to the CCM. You may want to do this as it is closer to the factory installation, although I did not and this guide will not explain how to do so.
21. Route the wire. If you have access to a fish tape, it may make the job easier. A coat hanger will also work. You can use either zip ties or harness tape (or both) to secure the new CCM harness to the existing wire harness. The wire should end up near the connector discussed above. I zip tied the CCM wires to the harness entering the connector.
22. Once secured to the factory harness, we need to route the CCM harness through the bumper and up to the CCM. There is a space at the end of the bumper where the harness can be fed up and through. Using the fish tape or coat hanger here may make this easier. If you are using a fish tape or hanger, feed the fish into the bumper at the middle where the CCM is located.

Congratulations, you should now have the CCM harness pulled all the way through from the IPMA and fuse block, through the firewall, and to the CCM. You've earned a break. Have a beer.

Splicing the pigtail

With the CCM harness pulled through to the CCM, we now need to splice the WPT1198 pigtail to the harness.

Below is the pinout for the CCM connector (C1582). This diagram is viewed as if you were looking into the face of the connector.

1. Trace the wires on the back of the connector. Grab hold of wires 5, 6, 7, and 8. Twist them together and bend them off to the side. We will not need them and we can remove them. I do not have the tool to remove the unneeded terminals so I have cut the wires short and capped them for now.
2. I always make the mistake of starting to splice wires before I pull heat shrink tubing on the wires. DON'T MAKE MY MISTAKE. Take the four wires for pins 1-4 and slide them through an appropriately sized heat shrink tube. Pull the wires all the way through so the tube does not shrink prematurely.
3. With your CCM harness pulled through the bumper, cut off the excess, leaving 6-8" of slack.
4. Strip the ends of the four wires from your CCM harness, and the ends of the four wires from the CCM connector pigtail.
5. Before you proceed with splicing the wires, take care to match the pigtail wires with the correct harness wire. Mixing up the CAN bus wires will not allow the CCM to work.
6. Slide the first wire from the pigtail all the way through a heat shrink solder connector. Take the corresponding harness wire and push the exposed strands into the exposed strands of the pigtail wire. Slide the solder connector back over the connection so it is centered on the solder ring and expose the connector to heat until the solder has melted.
7. Repeat step 5 for each of the connections.
8. Once all four wires are spliced and the connectors are shrunk, slide the heat shrink tubing over the all four connectors and shrink the tubing with the heat gun.
9. Wrap the new connection and pigtail wires with harness tape, starting where your CCM harness tape wrap ends.
10. Insert the CCM connector into the back of the CCM.

Finish wiring the IPMA

This was the most technically challenging step of this task. At a high level: we are going to disconnect the IPMA connector from the IPMA, open the connector, and insert our two new CCM wires.

1. The first step is to strip the two wires hanging from the headliner near the IPMA. Only 1/4 to 1/2 an inch needs to be stripped.
2. Insert each wire into a female pin terminal and crimp the terminal around the wire.
3. Using the diagram below, insert the terminals into the appropriate space in the connector. CAN high is inserted in the slot for pin #3 (circled in red), and CAN low is inserted in the slot for pin #11 (highlighted in yellow). As with the CCM connector, the pins are numbered as if you are looking at the face of the connector.
   
   
4. To insert the pin terminals, the connector must be opened. Each side of the connector has its own cover that must be released. To release the cover, use a small flathead screwdriver or pry tool and gently lift up each side of the cover. The cover folds back roughly 90-degrees.
5. Once opened, the newly crimped pin terminals should slide in with minimal force needed.
   1. Since I did not have the correct terminals, I had to trim them to make them fit. There was a fin on the top that had to be removed to fit in the perfectly square hole in the connector.
6. When the new pins are inserted, verify that CAN high is wired to pin #3 and CAN low is wired to pin #11.

With this finished, your wiring job should be complete. Congratulations!

Programming with FORScan

At the time of writing, the FORScan release available on the web for download does not support Maverick VINs for certain functions necessary for this procedure.

The FORScan team has given me permission to link to the test build they sent me for use with 2022 Mavericks: https://forscan.org/download/FORScanSetup2.3.48.test20220425.exe

1. Reconnect your negative battery terminal.
2. Load FORScan and connect your OBD cable.
3. Click the connect button in FORScan. If you have a saved profile for your truck already, do not use it. Using a saved profile causes FORScan not to scan all modules and it will not find the new CCM.
4. When FORScan is finished connecting, you should see the CCM in the list of available modules.
5. If you are new to FORScan, please find a video tutorial or walkthrough before attempting the changes below.
6. Changed needed in FORScan are below. To make things easier to read, I put the checksum values (last two values in each row) in their own column. You can ignore these as FORScan recalculates the checksum when writing.
   
   
   
   
   
   
7. But what about the CCM?! The CCM requires your VIN to be entered in hexadecimal values. To convert your VIN to hex, I used the following site: https://onlinehextools.com/convert-ascii-to-hex
   1. Uncheck "Add 0x hex prefix" as it makes the output easier to read.
   2. Paste your VIN in the "ascii" box and the hexadecimal equivalent should appear in the "hex" box.
   3. Now, use the following table to enter the VIN into the CCM module in FORScan. Replace the Vs with your hexadecimal VIN.
      
      
8. Once you are finished writing changes, reset your DTCs.
9. At this point, I would start re-assembling the bumper cover and other components disassembled above. You will need to do some driving to calibrate the CCM and (possibly) the IPMA.
10. Next you will need to perform CCM calibration. This can be found in FORScan in the "Procedures" section.
11. Follow the instructions on screen. You will need to drive to calibrate the sensor. You will have a warning in your instrument cluster until the calibration is finished, at which point the warning should disappear.
12. Once this happens, find a safe place to park and clear your DTCs again.
13. You may also need to calibrate the IPMA camera. This is also available in the "Procedures" section of FORScan, and it also requires some driving.
14. If you have to calibrate the IPMA, you should also clear the DTCs when finished.
15. At this point, I had ACC available in the cluster, I could enable cruise control from the steering wheel switch, but I could not select a speed and actually engage ACC.
16. If this happens, try disconnecting the negative battery terminal for an hour or so.

I look forward to hearing everyone's experience doing this install. If I have left anything out, or any questions remain, I will do my best to monitor this post for discussion.

I'm happy you got your adaptive cruise but whew! I was out of breath just reading your post and had to go for a smoke. Lol

 

[SamVil]

Does anyone think that we can retrofit ACC module on this grill? it’s an aftermarket raptor grill … they say it doesn’t work with acc as there is no place to mount the module . If anyone has tried it I would love to know!!
I currently have a lariat grill without acc but want to switch to this grill with the acc adapter … many thanks for your opinions

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