Subaru Crosstrek Service Manual: Specification
BRAKE > General Description
SPECIFICATION
NOTE:
Refer to “PARKING BRAKE” for parking brake specifications. General Description > SPECIFICATION">
1. FRONT DISC BRAKE
Item | Specification | ||
Size | 16-inch type | ||
Type | Floating 2-POT piston type Ventilated disc | ||
Effective cylinder diameter | mm (in) | 42.8 (1.685) ? 2 | |
Pad dimension (Length ? Width ? Thickness) | mm (in) | 117.8 ? 50.5 ? 11.0 (4.638 ? 1.988 ? 0.433) | |
Pad thickness | mm (in) | Standard | 11 (0.43) |
Limit | 1.5 (0.059) | ||
Effective disc diameter | mm (in) | 244 (9.61) | |
Rotor dimension (O.D. ? Thickness) | mm (in) | 294 ? 24 (11.57 ? 0.94) | |
Disc thickness | mm (in) | Standard | 24 (0.94) |
Limit | 22 (0.87) | ||
Disc runout | mm (in) | Standard | — |
Limit | 0.05 (0.002) | ||
Clearance adjustment | Automatic adjustment | ||
2. REAR DISC BRAKE
Item | Specification | ||
Size | 15-inch | ||
Type | Floating 1-POT piston type | ||
Effective cylinder diameter | mm (in) | 38.1 (1.500) | |
Pad dimension (Length ? Width ? Thickness) | mm (in) | 92.0 ? 33.0 ? 9.0 (3.622 ? 1.299 ? 0.354) | |
Pad thickness | mm (in) | Standard | 9.0 (0.354) |
Limit | 1.5 (0.059) | ||
Effective disc diameter | mm (in) | 238 (9.37) | |
Rotor dimension (O.D. ? Thickness) | mm (in) | 274 ? 10 (10.79 ? 0.39) | |
Disc thickness | mm (in) | Standard | 10 (0.39) |
Limit | 8.5 (0.335) | ||
Disc runout | mm (in) | Standard | — |
Limit | 0.05 (0.002) | ||
Clearance adjustment | Automatic adjustment | ||
3. MASTER CYLINDER
Item | Specification | |
Type | Tandem | |
Effective diameter | mm (in) | 23.8 (15/16) |
Reservoir type | Sealed type | |
Brake fluid reservoir capacity | cm3 (cu in) | 240 (14.64) |
4. BRAKE BOOSTER
Item | Specification | ||
Type | Vacuum suspended | ||
Effective diameter | mm (in) | 208 + 229 (8.19 + 9.02) | |
Brake fluid pressure | Brake pedal force N (kgf, lbf) | Fluid pressure kPa (kgf/cm2, psi) | |
When engine is stopped | 147 (15, 33) | 533 (5, 77) | |
294 (30, 66) | 1,551 (16, 225) | ||
While engine operates and when the vacuum pressure is as follows: 66.7 kPa (500 mmHg, 19.69 inHg) | 147 (15, 33) | 6,177 (63, 896) | |
294 (30, 66) | 11,273 (115, 1,635) | ||
5. BRAKE LINE, BRAKE PEDAL AND BRAKE FLUID
CAUTION:
• Do not let brake fluid come into contact with the painted surface of the vehicle body. Wash away with water immediately and wipe off if it is spilled by accident.
• Avoid mixing brake fluid of different brands or different grades even from the same brand to prevent fluid performance from degrading.
• When refilling brake fluid, do not allow dirt or dust to get into the reservoir tank.
• Always use new SUBARU genuine brake fluid when replacing or refilling the fluid. Do not reuse drained brake fluid.
Item | Specification | ||
Brake line | Dual circuit system | ||
Brake pedal | Type | Suspended type | |
Free play | mm (in) | 0.5 — 2.7 (0.020 — 0.11) [When pulling the brake pedal upward with a force of less than 10 N (1 kgf, 2 lbf)] | |
Brake fluid | FMVSS No. 116, DOT3, or DOT4 | ||
Caution
BRAKE > General DescriptionCAUTION• Wear appropriate work clothing, including a helmet, protective goggles and protective shoes when performing any work.• Before removal, installation o ...
Component
BRAKE > General DescriptionCOMPONENT1. FRONT DISC BRAKE(A)Shim-separate brake pad type(B)Shim-integrated brake pad type (1)Caliper body(11)Pad clip - upper(19)Cap - bleeder(2)Bleeder - screw ...
Other materials:
Dtc p1493 coil 1 egr "a" control circuit high
ENGINE (DIAGNOSTICS)(H4DO) > Diagnostic Procedure with Diagnostic Trouble Code (DTC)DTC P1493 COIL 1 EGR "A" CONTROL CIRCUIT HIGHNOTE:For the diagnostic procedure, refer to DTC P1499. Diagnostic Procedure with Diagnostic Trouble Code (DTC) > DTC P1499 COIL 4 EGR "A" CONTRO ...
Disabling functions
By operating the access key
If you have registered a PIN code for PIN
Code Access, you can disable the keyless
access function by operating the access
key. For details about registering a PIN
code, refer to "Registering a PIN code"
1. Open the driver's door.
2. Rotate the lock lever forwa ...
Washing the underbody
Chemicals, salts and gravel used for
deicing road surfaces are extremely corrosive,
accelerating the corrosion of underbody
components, such as the exhaust
system, fuel and brake lines, brake
cables, floor pan and fenders, and suspension.
Thoroughly flush the underbody and inside
of the fen ...
