NOTE:
In order to perform a forced ignition ON, the M-MDS (IDS) is necessary. If the servicing is being done outside of an Authorized Mazda dealership, contact an Authorized Mazda dealership for instructions.
The forced ignition ON procedure forces a power supply to each part when no power is available even after the ignition switch has been operated. However, the engine cannot be started and the steering cannot be unlocked.
When performing a forced ignition ON procedure, remove all advanced keys from the vehicle. If an advanced key is left in the vehicle, the forced ignition ON procedure cannot be done.
1. Verify that there are no advanced keys in the vehicle.
2. Get PCM part number from As-built site.
3. Connect the M-MDS (IDS) to the DLC-2.

4. Manual vehicle identification.
Select “Manual Vehicle Entry”.
5. Select the “All other” from Vehicle list.
6. Input the PCM part number on the following screen.

7. After the vehicle is identified, select the following items from the initialization screen of the IDS.
Select “Body”.
Select “Special Ignition ON”.
8. Perform the procedure according to the directions on the screen.
9. Delete session with keeping ignition ON.
10. Normal vehicle identification.
Ignition
Ignition Coil Inspection [Mzr 2.0, Mzr 2.5]Motor compartment
Components
Heater coolant reservoir
Washer fluid tank
Power control unit coolant reservoir
12-volt battery
Brake fluid reservoir
Fuse box
Radiator
Condenser
Electric cooling fan
Checking the heater coolant
In the Subaru Solterra, the heater coolant level should always b ...
Cargo and luggage
When using the Subaru Solterra, carefully follow these guidelines
regarding cargo handling, storage safety, and load capacity to maintain optimal
vehicle performance and passenger protection.
Proper loading in the Subaru Solterra not only improves driving stability
but also helps prevent unne ...
Parking Support Brake function (static objects front and rear of the vehicle/static
objects around the vehicle)
Within the Subaru Solterra, the Parking Support Brake system continuously
monitors the driving path for stationary obstacles such as walls or fixed structures.
If the sensors detect a static object and the system determines that a collision
could occur — for example due to unintended acceler ...