2452 Products
MITSUBISHI Car Parts
Mitsubishi parts identification begins by separating commercial, off-road and electrified applications. L200, Outlander, ASX, Shogun and Eclipse Cross names cover different structures, engines, transmissions and four-wheel-drive systems. Record the VIN, build month, body or load version, engine or traction-motor code, gearbox, transfer/differential identification, axle limits and factory brake/safety options before comparing numbers and dimensions on the fitted part.
An L200 pickup uses a ladder frame and load-carrying rear suspension whose springs, hubs, brakes and tyres follow model and plated duty. Shogun construction and driveline vary by generation. Outlander, ASX and Eclipse Cross applications use different monocoque platforms and can be two-wheel drive, electronically coupled four-wheel drive or plug-in hybrid.
Diesel engines require the exact timing-drive, turbo, injection, EGR, DPF and SCR specification. Petrol applications differ in injection and valve control. Outlander PHEV and Eclipse Cross PHEV variants add a traction battery, motors, inverters, onboard charging and dedicated cooling; propulsion strategy and battery generation must match. High-voltage work requires formal isolation and trained competence even when the engine and display are off.
Manual, stepped automatic and CVT units need their own fluid approvals and level procedures. Transfer cases, front/rear differentials and controlled couplings may each use a separate lubricant. Select engine oil by named approval and viscosity, and use the specified coolant and brake fluid. Do not infer any fluid from colour, and do not add a friction modifier unless the exact unit requires it.
Match brake discs, drums, pads and shoes by axle, caliper/cylinder, hub and load rating. Suspension selection includes body, powertrain, gross/axle weight and driven-axle layout. Keep tyre size, construction, load/speed rating, wear and pressure suitable and closely matched where four-wheel drive requires it.
Diagnose DPF warnings, CVT overheating, 4WD binding, PHEV no-ready states, brake pull or steering play from full-system data and mechanical tests. Restore shields, undertrays, ducts, clips and earths, then bleed, align, learn or calibrate disturbed systems. Do not drive with brake/steering faults, severe tyre or chassis damage, fuel leakage, overheating, red warnings, unstable drive or traction-battery impact; arrange safe repair or recovery before UK road or MOT use.
Your Current Vehicle
Or
Select Your Vehicle
Shop Parts by Category
Choose a category to view parts for your selected vehicle.
Vehicle Models and Options for MITSUBISHI
MITSUBISHI Car Part Categories
Only categories with verified fitment products are shown.
MITSUBISHI Parts Catalogue Online
Browse catalogue-backed parts by vehicle system.
Classify the vehicle by structure and energy path
An L200 is a working pickup, while Outlander, ASX and Eclipse Cross are passenger crossover applications and Shogun spans distinct off-road-oriented generations. The loads, chassis points and driveline control behind those names are not interchangeable.
Establish VIN, production date, body, engine or hybrid system, gearbox, transfer system and driven axles. On pickups and conversions, add gross vehicle mass, individual axle limits, bed/body equipment and towing installation.
Fitment requires a chain of traceable identity
| Identity item | What it establishes | What it cannot prove alone |
|---|---|---|
| VIN/build data | Original model, market, powertrain and equipment. | Later replacement or conversion. |
| Weight plate | Vehicle and axle operating limits. | Actual trip loading or distribution. |
| Engine/motor code | Combustion or electric-machine family. | All ancillary and software revisions. |
| Transmission/transfer label | Gearbox, 4WD mode, ratio and fluid context. | Internal condition or prior mixed components. |
| Hybrid diagnostic identity | Battery, inverter and controller generation. | Physical damage or insulation condition. |
| Part number/measurement | Fitted revision and interface. | Material capacity or calibration by appearance. |
L200 duty data is part of every chassis choice
L200 rear springs, dampers, hubs, brakes and tyres are designed around a particular wheelbase, axle and plated load. Leaf packs may look alike while using different leaf thickness, bush, centre-bolt or rated deflection. Select by model and weight data.
Accessories, hardtops, service bodies and towing nose load all consume payload. Use an axle weighbridge when distribution is uncertain. Never increase loading because heavier springs lift the body; the frame, axle, wheels, tyres and brakes retain their certified limits.
Shogun generations do not share one chassis assumption
Structure, suspension, transfer system and axle details change across Shogun generations. Determine the exact frame/body arrangement and suspension layout before selecting mounts, arms, hubs or recovery points. A visual resemblance across model years is weak evidence.
Corrosion or impact around suspension, body, tow and seat-belt mountings needs structural assessment. A plate or coating should not conceal weakened material or trap moisture.
Four-wheel-drive names describe different mechanics
| Drive system area | Function | Selection/operation issue |
|---|---|---|
| Part-time transfer | Mechanically links axles in selected 4WD modes. | High-grip use may cause wind-up where prohibited. |
| Super Select generation | Provides model-specific centre differential/lock and range choices. | Mode availability and road use depend on exact version. |
| Electronic rear coupling | Controls torque to the second axle. | Tyres, fluid, pump and command data all matter. |
| Low-range gearing | Multiplies torque for controlled low-speed operation. | Not for exceeding traction, temperature or speed limits. |
| Axle differential | Allows wheel-speed difference or controlled locking. | Ratio, lock type and lubricant must match. |
| PHEV electric axle | Motor applies controlled torque without a conventional prop path. | Not interchangeable with mechanical 4WD components. |
Mode selection must follow the specific transfer system
Some part-time modes lock front and rear speeds and are unsuitable for dry, high-grip turning. Certain Super Select configurations offer a centre-differential mode intended for broader surface use, plus locked or low-range positions. The selector label and handbook for the exact generation are authoritative.
Tyre hop, heavy steering or difficulty disengaging can indicate driveline wind-up, tyre mismatch or a selector fault. Do not force the mechanism. Unload it by the stated procedure on a suitable surface, then diagnose persistent symptoms.
Diesel service begins before the DPF
L200, Shogun, Outlander and ASX diesel arrangements vary by engine code and emissions stage. High-pressure injection, turbo control, EGR, DPF and SCR/AdBlue equipment operate as a sequence. Low coolant temperature, injector imbalance or a boost leak can prevent successful regeneration.
Save soot estimate, differential pressure, exhaust temperatures and regeneration history. Do not force regeneration with excessive oil level, fuel leakage or implausible sensors. High-pressure fuel requires controlled depressurisation and clean capped connections.
Oil level can reveal regeneration problems
Where post-injection contributes to regeneration, repeated interruption can dilute oil. Investigate a rising level or fuel odour, use the named oil approval and correct the upstream cause. Draining to the mark alone is not a repair.
Timing-drive type follows the engine, not the badge
Mitsubishi engines use different belt or chain arrangements. Service interval, tensioner, guide, balance-shaft relationship and water-pump scope depend on full engine identification. Replace leaking seals and damaged pulleys rather than contaminating new drive parts.
Set timing with prescribed datum and locking methods. Renew specified bolts, turn the engine manually and recheck. A chain-correlation code should prompt oil-pressure, actuator, guide and sensor testing before parts are assumed.
CVT fluid controls friction and hydraulic response
Some ASX, Outlander and Eclipse Cross combustion applications use continuously variable transmissions. The correct fluid is defined by unit and production range. Universal ATF or an unapproved additive can alter pulley, belt and clutch behaviour.
Overheat, judder or ratio faults require fluid level and condition, cooler flow, pressure, step-motor or solenoid data and engine torque input to be checked. Level may be temperature dependent. A reset cannot restore worn pulleys or a restricted cooler.
Manual, automatic and axle oils remain independent
Manual gearboxes, stepped automatics, transfer cases and front/rear differentials can each specify another viscosity and additive package. Limited-slip or locking systems add friction requirements. Identify every casing before removing a plug.
Check whether a drain plug has been mistaken for a fill point and confirm that the fill plug can be removed before draining. Maintain vehicle attitude and tighten plugs without damaging aluminium threads.
PHEV propulsion is an electrical-mechanical system
Outlander PHEV and Eclipse Cross PHEV combine a combustion engine, high-voltage battery, power electronics and electric drive units according to generation. Motor, generator and clutch operation is managed by control software; a displayed engine speed does not describe the entire torque path.
Parts selection needs battery generation, motor/inverter codes, charger type, cooling arrangement and vehicle software. Do not assume that components from two PHEV model years share voltage, connectors or isolation boundaries.
High voltage needs a controlled work zone
Orange wiring and traction assemblies may retain dangerous energy after shutdown. Trained isolation requires correct power-down, service disconnect, wait time, lockout and proving dead. Remove keys and control remote-start or charging capability.
Underbody impact, flood exposure, unusual heat, smell or smoke calls for an exclusion area and specialist advice. Do not charge, lift beneath or open a damaged battery. The 12-volt battery can cause no-ready faults but does not make the traction system harmless.
PHEV cooling and brake use can be atypical
Separate coolant circuits may serve engine, power electronics and drive units. Trace pipes, pumps and bleed points. Use the exact coolant chemistry and diagnostic pump activation where specified.
Regenerative braking can reduce use of friction brakes in some conditions, allowing corrosion or binding to develop despite adequate pad thickness. Inspect disc faces, caliper movement and parking mechanisms physically. Regeneration never replaces hydraulic braking capability.
Pickup brakes and tyres must support actual axle loads
Disc, drum, pad, shoe, caliper and wheel-cylinder specifications can change with model and gross mass. Measure drum diameter and inspect adjusters; on discs, confirm diameter, thickness, offset and ventilation. Brake hoses must remain free through steering and suspension travel.
Wheels and tyres need appropriate load rating, size, offset, fastener seat and cold pressure. Match rolling circumference across a four-wheel-drive system. A higher tyre pressure cannot correct an overloaded axle.
Steering and suspension inspection includes the frame
On an L200, inspect leaf bushes, shackles, U-bolts, dampers, ball joints, steering joints and frame mountings. Tightening loose U-bolts without checking location and leaf damage may not be safe. On monocoque crossovers, assess struts, arms, subframes and bushes by their different procedure.
After ride-height, arm or steering work, align the correct geometry and calibrate steering-angle or ADAS equipment. Lift kits change joint angles, brake-hose travel, headlamp aim and stability response; assess them as a system.
Electrical supply faults can imitate driveline failure
Low voltage or poor grounds can cause CVT, 4WD, ABS and PHEV messages simultaneously. Test the 12-volt battery under load, measure terminal and earth drops and inspect fuse connections. Retrieve codes from all controllers before disconnecting power.
Replacement modules can require immobiliser, configuration and software work. Use stable programming support and preserve original data. Repair water entry, chafed wiring and loose pins before fitting electronics.
Cameras and radar inherit body and chassis alignment
Windscreen, grille, bumper, wheel-alignment, spring and collision repairs can change sensor aim. Confirm brackets and ride height, then perform the exact static or dynamic calibration. Accessories must not block the field of view.
Calibration cannot correct bent mounting structure
If target values cannot be achieved, recheck glass, bracket, bumper support, suspension geometry and thrust angle. Repeated software attempts are not a substitute for accurate mechanical repair.
Use symptoms to choose urgency and tests
| Symptom | Evidence to collect | Immediate response |
|---|---|---|
| 4WD bind or hop | Selected mode, surface, tyres, ratios and coupling data. | Stop forcing turns and unload correctly. |
| CVT overheat warning | Fluid level/temperature, cooler flow, pressure and load. | Reduce load and stop as instructed. |
| Diesel oil level rising | Regeneration, injectors, temperatures and DPF pressure. | Correct before continued service. |
| PHEV isolation warning | Impact, moisture, insulation data and trained inspection. | Do not charge or touch HV parts. |
| Pickup brake fade | Axle mass, friction heat, fluid, adjustment and calipers. | Stop safely; do not continue downhill. |
| Steering play/frame movement | Joints, mounts, structure, wheels and alignment. | Recover if control is uncertain. |
A controlled repair respects duty and stored energy
- Record VIN, powertrain, transmission and transfer identity.
- Capture weight, axle, body and conversion information.
- Compare installed labels, tyre dimensions and component interfaces.
- Preserve faults, live data, pressure and mechanical measurements.
- Secure against movement and isolate pressure or voltage hazards.
- Use correct oils, coolants, seals and rated chassis components.
- Restore underbody shielding, cooling airflow and wiring protection.
- Bleed, adjust and torque each assembly by its procedure.
- Complete coding, learning, alignment and ADAS calibration.
- Validate progressively within load, temperature and mode limits.
UK legal checks include weight and construction
MOT class and other testing obligations can depend on recorded vehicle type, seats and weight. Consult the V5C, plates and current official guidance. Roadworthiness still applies continuously to brakes, steering, tyres, structure, lights, restraints, emissions and warnings.
Do not exceed vehicle, axle or towing limits. Declare conversions, suspension lifts and wheel or software changes to the insurer. A test pass does not validate high-voltage isolation, transfer mode or load distribution.
Practical Mitsubishi parts FAQs
Q: Is registration data enough for Mitsubishi fitment?
A: No. Confirm VIN, build, driveline and fitted evidence.
Q: Are all L200 rear springs the same?
A: No. Model, axle and plated duty determine the pack.
Q: Can heavier springs increase legal payload?
A: No. Plated vehicle and axle limits remain.
Q: Is every Mitsubishi 4WD mode safe on dry roads?
A: No. Follow the exact transfer system's mode restrictions.
Q: Does Super Select describe one generation?
A: No. Identify its exact transfer and control version.
Q: Can universal ATF be used in a CVT?
A: No. Use the unit-specific approved CVT fluid.
Q: Does a DPF code prove the filter is blocked?
A: No. Check combustion, sensors, temperature and pressure.
Q: Is a PHEV a conventional 4WD with added batteries?
A: No. Electric drive changes the torque architecture.
Q: Does ignition-off make a PHEV safe to open?
A: No. Isolate, wait and prove dead formally.
Q: Can regenerative braking replace brake servicing?
A: No. Friction brakes must remain fully functional.
Q: Does matching tyre size guarantee equal circumference?
A: No. Model, wear and pressure also affect it.
Q: Can a calibration fix a bent radar bracket?
A: No. Mechanical geometry must first be correct.
Q: Does MOT status confirm a pickup is not overloaded?
A: No. Actual vehicle and axle mass must comply.
Q: What completes a safe Mitsubishi repair?
A: Correct specification, secure load paths and verified fault-free operation.
