Mazda CX-5 Factory Repair Manual Set, 2012–2013

The Technical Guide explains how the mechanical, hydraulic and electronic systems work. The workshop procedures, circuit drawings and body repair data support the inspections and repair planning for the applicable vehicle configuration.

Engine coverage: The 2014 equipment sheet includes a 2.5L engine for Touring and Grand Touring, but it does not extend the workshop repair coverage to SKYACTIV-G 2.5.

Automatic-transaxle scope: The repair material covers diagnosis, component service, removal/installation, learning and configuration. It is not a complete internal automatic-transaxle overhaul manual.

Text Search, Bookmarks and Wiring Labels

Search and navigation: All eight files contain searchable text, but circuit labels in the Electrical Wiring Diagrams PDF are not searchable. The Owner’s Manual has embedded chapter bookmarks; the other seven PDFs have none. Small pin, connector and wire-code labels in the wiring PDF require zooming.

The ZIP contains eight printable PDFs totaling 7,785 pages, including the separate one-page cover/index and eight-page 2014 equipment sheet. Each publication’s page count includes its front matter.

Powertrain Service, Electrical Diagnosis and Collision Repair

The following topics are a selected content overview. Other sections cover cooling-system service and starting- and charging-system diagnosis.

• Engine repair: Step-by-step engine removal/installation, compression testing, head-gasket and oil-seal service, plus timing-chain and gasoline variable-valve-timing procedures.

• Transmission and clutch: Clutch-fluid bleeding, transaxle removal, mechanical and road tests, control-valve-body and oil-pressure-switch service, initial learning and TCM configuration.

• Chassis and brakes: Suspension, driveline/axle, steering and ABS/DSC diagnosis, with component replacement procedures and DSC sensor initialization.

• Electrical troubleshooting: M-MDS DTC checks, PID/data monitoring, active-command tests, gasoline KOEO/KOER routines, symptom charts, and connector and harness inspections.

• Collision repair: Body-panel replacement, weld and cut-and-join maps, body measuring data, sealing and corrosion-protection locations.

• Restraints: Air bag system location data, SAS module configuration, clock-spring adjustment, crash-sensor service, occupancy-sensor inspection and air bag module procedures.

The workshop procedures were developed for Mazda-trained technicians and assume service training, general safety knowledge and suitable workshop equipment.

Engine Work and Powertrain Fault Isolation

Applications: The technical files distinguish 2WD and AWD layouts, gasoline and diesel powertrains, i-stop and non-i-stop systems, and market-dependent equipment. Their VIN application lists help identify the relevant configuration before procedures are selected.

Engine internals: The supplementary mechanical chapter contains cylinder-head and cylinder-block disassembly, inspection, repair and reassembly, with crankshaft, piston and valve-train inspection data. Despite its “Electrical Wiring Manual” filename, it is an engine-repair chapter; vehicle circuits are in the dedicated Electrical Wiring Diagrams PDF.

Diesel fuel and emissions systems: SKYACTIV-D 2.2 sections cover injector, supply-pump and common-rail removal/installation, along with EGR valve, pipe and cooler service.

Diagnostic use: The SKYACTIV-G 2.0 P0171:00 lean-fault chart connects freeze-frame and live PID data with sensor and harness checks. This supports choosing the next inspection from the recorded fault conditions before replacement parts are selected.

Transmission learning: Initial learning is required after control-valve-body or oil-pressure-switch replacement; incomplete learning can cause engine flare, increased shift shock and DTC P06B8:00.

Vehicle Systems, Circuit Drawings and Service Tools

Engine electrical, HVAC and body/accessory sections connect symptom diagnosis with component inspection and replacement. CAN/multiplex communication, i-stop and personalization have separate sections.

Circuit drawings: Examples include Air Bag System, Electronic 4WD Control System, Automatic Transaxle Control System, AFS/headlight auto-leveling, and Blind Spot Monitoring/Rear Vehicle Monitoring. Ground-point, common-connector and harness-routing views support circuit tracing.

Special tools: References include engine hanger set 49 L010 1A0 and valve spring lifter arm 49 0636 100B. Restraint and brake work identifies air bag deployment tool 49 H066 002 and brake oil-pressure gauge set 49 U043 0A0A.

Component procedures are supported by torque and technical-data tables, fluid capacities, inspection limits and electrical test specifications.

Body Structure and SRS Precautions

Structural repair coverage extends from the front side frame, wheel apron and cowl through the pillars, side sill, rear body, floor and roof. Weld types, spot-weld counts and prescribed joining locations are paired with flat-plane and straight-line dimensions.

The body material also identifies undercoating, rust-inhibitor application, damping sheets and plastic body parts.

Restraint components: Procedures distinguish driver, passenger, side and curtain air bag modules, pretensioners, crash-zone and side sensors, the occupancy sensor, and the PAD switch and indicator.

A connected SAS module that is not securely mounted can trigger unintended deployment; impact-damaged crash-zone or side air bag sensors may also be unsafe to reuse despite appearing undamaged. SRS power isolation and component-specific precautions apply before diagnosis or repair.

Owner Operation and Maintenance

The Owner’s Manual covers vehicle operation, occupant classification, SRS behavior, Secondary Collision Reduction, TPMS, maintenance and emergency information. It provides an operating reference alongside the workshop repair publications.

Selected SKYACTIV-G Electrical Test Values

For SKYACTIV-G 2.0, the OCV coil specification is 6.9–7.5 ohms at 20°C (68°F). The inspection section separately covers coil resistance and spool-valve operation.

For the same engine, the fuel-injector resistance specification is 1.74–2.04 ohms at 20°C (68°F), providing a component-specific electrical reference within the engine technical data.