D K
Well-Known Member
- First Name
- David
- Joined
- Mar 3, 2026
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- 3
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- 52
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- Location
- Portland, OR
- Vehicle(s)
- Rubicon, Miata, Thunder Roadster
- Occupation
- US Navy veteran, Aircraft technician, Construction manager, Race car builder
Are you able to test a couple of things for me?
Can you go through the normal neutral tow procedure to get it into neutral tow mode?
Then, turn off the car all the way and shift to park. Are you able to move the car back and forth?
I would like to know if turning the car off will activate the solenoid and shift the car back into 2wd?
It goes without saying that the car should be on level ground and you should make sure the car is secure.
Can you go through the normal neutral tow procedure to get it into neutral tow mode?
Then, turn off the car all the way and shift to park. Are you able to move the car back and forth?
I would like to know if turning the car off will activate the solenoid and shift the car back into 2wd?
It goes without saying that the car should be on level ground and you should make sure the car is secure.
Ok I played - as i said - I do not flat tow and have never used this other than playing with operation
1. Key to (Accy)
2. Press Brake Pedal
3. Transmission to (Neutral)
4. Select IPC - to (Neutral Tow) - you see shift in progress and then shift complete
5. The IPC indicates (N) for transmission - even if you shift to park - this is the Can Bus control for indication (only)
If you are not set up (exactly) it will tell you, conditions not met
So, to get it in (Neutral Tow) the transmission must be in neutral (Conditions Required to be met)
From the Manual
Switching Neutral Tow On
1. Switch your vehicle to accessory mode by pressing the push button ignition switch without pressing the brake pedal or by turning the key to the on position.
2. Press and hold the brake pedal.
3. Rotate the four-wheel drive control to 2H.
4. Shift the transmission to neutral (N).
5. Using the instrument cluster controls on the steering wheel, select Settings.
6. Select Vehicle.
7. Select Neutral Tow.
8. Press and hold the OK button until a confirmation message appears in the information display.
Note: If completed successfully, the information display shows Neutral Tow Enabled Leave Transmission in Neutral. This indicates that your vehicle is safe to tow with all wheels on the ground.
Note: If you do not see a confirmation message in the instrument cluster display, you must switch your vehicle off and perform the procedure again from the beginning.
Note: You could hear noise as the transfer case shifts into its neutral position. This is normal.
9. Leave the transmission in neutral (N) and switch your vehicle off by pressing the push button ignition switch once without pressing the brake pedal or turning the key as far toward the off position.
Note: Vehicles with keys do not turn to the off position when the transmission is in neutral (N). You must leave the key in the ignition when towing. Use the keyless entry keypad or an extra set of keys to lock and unlock your vehicle.
10. Release the brake pedal.
Switching Neutral Tow Off
1. With your vehicle still properly secured to the tow vehicle, switch your vehicle to accessory mode by pressing the push button ignition switch without pressing the brake pedal or by turning
the key to the on position.
2. Press and hold the brake pedal.
3. Shift the transmission out of neutral (N) and into park (P).
Note: If completed successfully, the four-wheel drive control indicates 2H and the instrument cluster display shows Neutral Tow Disabled.
Note: If the indicator light and message do not display, you must perform the procedure again from the beginning.
Note: You could hear a noise as the transfer case shifts out of its neutral position. This is normal.
4. Apply the parking brake, then disconnect your vehicle from the tow vehicle.
5. Release the parking brake, start your vehicle, and shift into drive (D) to make sure the transfer case is out of its neutral position.
So, what actually takes it out of neutral tow (In ASSY) - while the brake is applied (input Logic)
the physical shift from (N) to (Park) (Input Logic)
This means that (reading between the lines) that it takes the complete sequence to cancel neutral tow - NORMALLY
The bottom line is that we know that electrically the T-Case motor can shift out of (Neutral Tow) on its own - as it has proven to be true and the only way to prevent it would be to either disconnect the connector (but that will lead to system faults) as position feedback will be lost the big question is - how much of a fight will it give when reconnected - to get it to reset
or
Remove the shift motor and install an adaptor plate would work as long as it fully locked the shaft from rotation, and you have it, so it's also sealed (fluid) and the motor is tied off and connector stays connected
So, unless you use a (alternate) procedure to secure or prevent the physical movement of the shift motor (commanding a shift out of neutral tow) its better or safer (Fail Safe) to leave the transmission in neutral vs park normally it (SHOUD) stay in neutral tow command its just when the truck drops voltage even briefly below minimum when the modules reboot and it has lost the neutral tow command or position feedback that the T-Case was in neutral it commands a reset to normal and it shifts to 2-Hi
So, if you were in Park and driving at HI way speeds think of what would happen to the transmission and drivetrain if it shifted out of neutral tow, this is Fords reasoning for keeping the transmission in (N) - still damaging the transmission (Yes)
For me personally, if I were to flat tow, I would not 100% TRUST the way Ford has it set up, yes most on this forum flat tow all the time without issues, but just a slight chance alone makes me cringe as you are rolling the dice of any damage occurring. It should be 100% failsafe the problem is for warranty work (in the past) posts for damage they blamed the owner for improper set-up, which it could have been, but when realizing the truck can shift out of neutral on its own brings in a
whole new outlook and that is the voltage drop and how the modules react to it.
This is where I lose my 100% trust it will stay in the commanded position
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