7 Products
CHERY Car Parts
Chery parts selection starts with the complete VIN, build date, market, model and exact powertrain. Older QQ, Arrizo or Tiggo imports and newer UK-market Tiggo petrol and super-hybrid SUVs can use different engines, dual-clutch or hybrid transmissions, high-voltage systems, brakes and electronics. A registration year, body badge or relationship to Omoda and Jaecoo does not establish interchange.
Record the engine and gearbox codes, emissions stage, timing-drive arrangement, battery or motor identifiers, brake option, wheel size and installed component number. Use a VIN-supported reference and compare dimensions, tooth or rib profile, connector pinning, calibration, orientation, material and loading. A familiar oil filter, belt or pad can have several close variants.
Combustion engines require the specified oil viscosity and formal approval, filter, coolant and fuel service. Confirm whether timing uses a belt or chain and whether the water pump, tensioners or one-use fasteners belong in the procedure. An oil- or coolant-contaminated belt needs the leak corrected first. Shut the engine down if oil pressure falls, coolant temperature rises, fuel escapes, smoke thickens or mechanical noise changes abruptly.
Turbocharged and hybrid models combine intake, boost, cooling, emissions and electrical controls. Diagnose loss of power from measured temperature, pressure, airflow, fuel and fault-context evidence rather than replacing a sensor from one code. Plug-in or other high-voltage variants require trained isolation, proven de-energisation and circuit-specific coolant and air-conditioning service.
Match discs, pads, calipers, bearings, tyres, springs and dampers to axle, drive type and model phase. After tyre, steering, suspension, windscreen or bumper work, restore geometry and any required camera or radar calibration. Battery impact, unusual heat, odour, hiss, smoke or isolation warnings require quarantine.
Record imported-market labels and installed software before programming because a similar global model may use different calibration. Recover for deficient brakes or steering, unsafe tyres, wheel-security concerns, structural damage, fuel leakage, oil-pressure or temperature warnings, driveline malfunction or high-voltage risk. MOT compliance does not validate an emissions deletion, software change, increased load or unapproved powertrain modification.
Your Current Vehicle
Or
Select Your Vehicle
Shop Parts by Category
Choose a category to view parts for your selected vehicle.
CHERY Car Part Categories
Only categories with verified fitment products are shown.
Chery fitment begins with market and powertrain
Chery production spans legacy compact cars, several generations of Tiggo SUVs and current petrol or super-hybrid models. Market specification can change engines, transmissions, emissions, brakes and software within a familiar name.
Record full VIN, build, market, engine, gearbox or hybrid drive, battery, brakes, wheels and installed labels. Do not infer UK specification from a global model badge.
Group relationships do not prove interchange
Chery, Omoda and Jaecoo may share engineering or supplier families, but mounts, calibration, connectors, suspension, braking and body equipment can differ. Similar external filters or sensors may have different internal settings.
Use a validated VIN route and compare number, dimensions, electrical values, direction, material and capacity. Preserve the old component until the repair passes a heat cycle.
Build a powertrain evidence file
| Record | Controls | Error prevented |
|---|---|---|
| VIN/build/market | Model and production phase. | Global-spec mismatch. |
| Engine/emissions code | Oil, filters, timing and sensors. | Wrong service family. |
| Gearbox/hybrid identity | Fluid, controls and mounts. | Transmission assumption. |
| Battery/motor labels | Isolation and thermal parts. | High-voltage exposure. |
| Brake/hub dimensions | Axle safety hardware. | Trim-level mismatch. |
| Software/fault context | Coding and diagnosis. | Replacing a healthy module. |
Oil selection follows engine and emissions stage
Use the required viscosity, formal oil approval, filter, capacity and level method. Turbocharger and aftertreatment durability can depend on additive limits and oil cleanliness.
Check for fuel dilution or rising level after repeated short journeys. A pressure warning, knock, heavy smoke or sudden oil loss requires shutdown.
Timing parts must match the exact engine
Establish belt or chain design, tooth/profile, tensioner, guides, idlers, water-pump relationship and locking tools. Production changes may alter dimensions without changing the model name.
Contamination invalidates a clean replacement
Repair cam, crank, cover or coolant leakage before installing a new belt. Follow tensioning temperature and direction and renew specified fasteners. Rotate manually through complete cycles before starter operation.
Auxiliary belts work as a drive system
Confirm rib count, length, routing, tensioner, idlers, overrunning pulley and accessories. Misalignment, bearing drag or oil contamination can destroy the correct belt quickly.
Record routing before removal and keep hands and tools clear during running checks. A belt that walks sideways requires pulley and mounting inspection.
Turbo diagnosis requires air and heat evidence
Inspect air filter, ducting, compressor inlet, boost hoses, intercooler, wastegate or electronic actuator, oil feed and drain and exhaust restriction. A split hose can imitate a turbo failure.
Compare commanded and actual pressure under controlled load. Do not adjust an actuator stop or fit a larger turbo without fuel, thermal, emissions and software engineering.
Fuel and emissions systems cross several controls
Check low- and high-pressure delivery, injectors, purge, oxygen or NOx sensing and exhaust temperatures as fitted. Use clean pressure-safe procedures and never search for high-pressure leakage by hand.
A catalyst, particulate filter or EGR code may originate from misfire, temperature, air leak, fuelling or wiring. Correct the cause before replacing expensive aftertreatment.
Each fluid belongs to a named assembly
| Assembly | Identity required | Unsafe shortcut |
|---|---|---|
| Petrol engine | Code, emissions and oil approval. | Generic turbo oil. |
| Manual/DCT transmission | Exact unit, fluid and fill state. | Choosing by gear count. |
| Hybrid drive | Dedicated transaxle specification. | Assuming ordinary ATF. |
| Engine cooling | Materials and chemistry. | Selecting by colour. |
| HV thermal circuits | Battery/motor circuit and method. | Mixing cooling loops. |
| Brake hydraulics | Grade and diagnostic bleed. | Topping up unexplained loss. |
Hybrid models combine combustion and high voltage
Identify whether the exact vehicle is petrol-only, plug-in hybrid or another hybrid configuration. Motor, battery, inverter, onboard charger and combustion engine interact through software and thermal control.
Competent trained personnel must prevent wake-up, isolate using model data, observe the wait period and prove absence of dangerous voltage. The 12-volt disconnect is not sufficient.
Charging faults are not automatically battery faults
Record supply, cable, inlet, state of charge, battery temperature, charge rate and message. Safely inspect contacts, inlet lock, drainage and heat marks. Supply protection, onboard charger, controls and cooling can each stop a session.
Do not reconnect a hot or damaged plug. Restore seals and complete earth, insulation and communication checks after repair.
Battery impact changes lifting and storage
Use approved structural lifting points and rated equipment. Underbody shields, coolant pipes and battery enclosures are not jack pads.
Deformation, leakage, unusual temperature, odour, hiss, smoke or isolation warnings require quarantine and specialist assessment. Do not charge a suspect pack.
Regenerative braking does not prevent corrosion
Hybrid deceleration can blend motor regeneration and hydraulic friction. Inspect discs, pads, calipers, hoses, pipes, ABS equipment, parking system and bearings physically.
Use electronic service modes and diagnostic bleeding as specified. Verify pedal reserve, balance, free rotation, parking hold and wheel temperature after work.
Tyres link chassis and electronic control
Use approved size, construction, load/speed rating and pressure. Mismatched rolling circumference or low pressure can affect stability, braking, hybrid efficiency and all-wheel-drive operation.
Inspect inner walls, impact damage, date and wear pattern. Confirm wheel width, offset, capacity, centre and fastener seat.
Suspension diagnosis follows impact evidence
Check arms, bushes, ball joints, dampers, springs, steering links, subframes and wheel bearings. A kerb strike can move a pickup while the exterior appears intact.
Set tyre pressures and ride height before alignment. Tighten bonded joints at the specified position and check full steering and suspension clearance.
Driver-assistance calibration follows geometry
Windscreen, mirror, bumper, grille, steering, suspension and wheel work can change camera or radar reference. Confirm correct glass, brackets, ride height and alignment first.
Follow the static or dynamic calibration conditions for the exact system. A clear diagnostic code list does not prove sensor aim.
Software updates need power and configuration control
Stabilise low-voltage supply, record installed versions and retain vehicle configuration before programming. Interrupted coding can leave several modules unavailable.
Do not use an update to conceal a mechanical, wiring or battery fault. Complete post-programming scans, calibrations and function tests.
Transmission behaviour needs fluid and adaptation context
Identify manual, conventional automatic, dual-clutch or hybrid drive before interpreting a shift complaint. Record temperature, selected mode, clutch adaptation, engine torque reduction and fault counters. A harsh change can originate in mounts, low voltage, engine control or software as well as internal wear.
Check level only in the specified temperature and vehicle state. Do not flush an unknown unit or reset adaptations blindly; contamination and learned values are diagnostic evidence.
Filtration includes air, cabin and fuel systems
Match air-filter seal, orientation and housing condition so unmetered dirt cannot bypass it. Cabin filters need the correct airflow direction and fit to protect evaporator cleanliness and demisting. Fuel filters require clean priming and water handling where applicable.
A filter should not be selected from outer dimensions alone. Media, bypass, pressure drop, water separation and sensor provisions can differ between engines and markets.
Body and underbody inspection protects hidden systems
After impact, inspect subframes, sills, floors, battery or fuel areas, brake pipes, coolant lines, wiring and sensor brackets before cosmetic repair. Heat, drilling or pulling near a high-voltage cable requires the correct isolation plan.
Restore seam sealing, drainage, corrosion protection and undertrays. A displaced aero shield can alter cooling or rub through a harness.
Towing and load remain vehicle-specific
Use gross, axle, train and coupling data for the exact model and powertrain. Occupants, luggage, accessories and tow-ball load all consume capacity; higher-rated tyres or springs do not rewrite the plates.
Trailer load affects cooling, braking and stability. Observe the correct drive mode and stop for temperature rise, brake fade, sway or tyre overheating.
Faults determine immediate action
| Finding | Evidence path | Decision |
|---|---|---|
| Oil pressure/overheat | Level, pressure, flow and engine. | Shut down. |
| Timing noise | Belt/chain, tension and contamination. | Avoid further running. |
| Long/pulling brake | Blend, hydraulics, friction and tyres. | Recover. |
| Hot or damaged charge inlet | Supply, contacts, lock and cooling. | Stop charging. |
| Battery impact/HV warning | Enclosure, isolation and temperature. | Quarantine. |
| Steering or wheel damage | Impact, structure and geometry. | Do not road-test. |
Return to service in controlled stages
- Confirm VIN, market and powertrain.
- Record software, faults and measurements.
- Control fuel pressure, lifting and high voltage.
- Use exact approvals and production parts.
- Restore guards, interlocks, clips and seals.
- Set brakes, wheels, tyres and geometry.
- Prove cooling, charging and emissions readiness.
- Calibrate assistance systems where required.
- Increase load and temperature progressively.
- Recheck leaks, heat and fastener security.
MOT does not approve altered systems
The applicable UK test follows fuel, age and vehicle record. A pass does not validate disabled emissions equipment, unapproved software, excess loading or a high-voltage repair.
Declare powertrain, battery, wheel, suspension and structural changes to the insurer and relevant authority. Known safety defects remain the keeper's responsibility.
Practical Chery parts FAQs
Q: Is registration year enough for Chery parts?
A: No. VIN, build and market matter.
Q: Do Omoda or Jaecoo parts automatically fit?
A: No. Verify the exact vehicle.
Q: Can one timing kit cover every Tiggo engine?
A: No. Engine code defines it.
Q: Should a contaminated belt be replaced alone?
A: No. Repair the leak first.
Q: Is an underboost code proof of turbo failure?
A: No. Check air, control and exhaust paths.
Q: Can coolant be selected by colour?
A: No. Use the required chemistry.
Q: Is a silent hybrid de-energised?
A: No. Isolation must be proven.
Q: Can an impacted battery be charged?
A: No. Quarantine it for assessment.
Q: Does regeneration eliminate brake service?
A: No. Friction parts can corrode or seize.
Q: May different tyre sizes affect control systems?
A: Yes. Rolling circumference is important.
Q: Is clearing a code a repair?
A: No. Diagnose and verify the cause.
Q: When should a Chery be recovered?
A: For brake, steering, timing, heat, fuel or HV hazards.
Q: Does MOT approve emissions deletion?
A: No. Legal and insurance duties remain.
