7723 Products
GATES Car Parts
Gates specialises in components that transmit drive or move and control fluids around the vehicle. This collection reflects that focus: radiator, heater, charge-air and crankcase-breather hoses form a substantial part of the range, alongside Micro-V or V-ribbed auxiliary belts, traditional V-belts, timing belts, tensioners, idlers and complete belt kits. Thermostats, water pumps, timing-belt-and-pump kits, crankshaft pulleys and selected engine or gearbox mounts broaden the choice.
These products are highly application-specific. A belt is identified by more than its visible length: rib count, effective length, profile, construction and routing all matter. Timing parts must match the engine code and tooth geometry. A moulded hose must follow the original route and reproduce its inside diameters, branches, connectors and sensor ports; it cannot be selected merely because both ends appear close. The heater-hose records in this collection, for example, include EPDM hoses with differing lengths and unequal end diameters. Charge-air hoses have another duty entirely, coping with pressure, oil mist and engine movement between the turbocharger, intercooler and inlet. Coolant hose should never be treated as a substitute.
Choose from the registration or VIN, then verify engine code, production date, transmission, ancillary equipment and the Gates reference on the removed component. For a timing or auxiliary drive, inspect the whole system. A fresh belt fitted to a worn tensioner, rough idler, seized alternator pulley or leaking belt-driven pump can fail prematurely. Similarly, a new coolant hose should be accompanied by checks of mating necks, clamps, pressure cap, thermostat, pump and coolant condition.
Timing work can cause severe engine damage if valve timing or tension is wrong, while a hot pressurised cooling system can cause burns. When a Gates kit is available, compare its listed belt, tensioner, idler, pump and hardware contents with the engine's repair schedule. Use the vehicle manufacturer's interval, locking tools, torque values, coolant and bleeding procedure, and involve a trained technician where required. Relevant matching Gates products are listed clearly below.
Your Current Vehicle
Or
Select Your Vehicle
Popular Part Types
Only part types stocked for this brand are shown.
Car Parts Categories
Browse the main catalogue areas in which this brand has matching products.
Other popular manufacturers of aftermarket automotive parts
Explore established alternatives with related products in the current catalogue.
Loading products and filters…
Gates parts make most sense as systems
The Gates range in this collection is dominated by two connected areas: power transmission and fluid transfer. V-ribbed auxiliary belts, timing belts, tensioners, idlers and kits keep rotating components synchronised or driven. Radiator, heater, charge-air and breather hoses carry coolant, intake air or crankcase vapour. Water pumps and thermostats control coolant circulation and temperature. Selecting the right component begins with understanding which system it belongs to.
A noisy front-end drive does not automatically need only a belt, and a coolant loss is not automatically a hose fault. Diagnose the system, identify the exact engine and inspect adjacent components before ordering. Gates' own material promotes complete belt-drive inspection and application-specific kits; this collection's product mix supports that approach.
| Gates family | Function | Critical identifiers |
|---|---|---|
| Micro-V and V-belts | Drive alternator, A/C compressor, pump or other accessories | Rib/profile, effective length, routing and tensioning method |
| Timing belts and kits | Synchronise crankshaft and camshaft | Engine code, tooth count/profile, width, tensioner and idler design |
| Coolant and heater hoses | Carry coolant between engine, radiator and heater | Formed route, bore at each end, branches, connectors and material |
| Charge-air hoses | Carry compressed intake air around turbo/intercooler system | Hot/cold side, diameter, shape, couplings and pressure design |
| Thermal components | Circulate or regulate coolant | Pump drive/housing, thermostat opening specification and seals |
Timing belts: an engine-specific maintenance job
A timing belt controls the relationship between crankshaft and camshaft. On many engines, incorrect timing or belt failure allows valves and pistons to collide. Replacement is therefore not a visual-accessory job. Use the vehicle manufacturer's interval for the exact engine, considering both time and distance plus any severe-service instructions. Service history matters: if it cannot be verified, obtain model-specific advice rather than relying on the belt's appearance.
Gates PowerGrip timing kits can include the belt, tensioner, idlers, springs, hardware and application instructions. Contents differ. Kits with a water pump add the application-specific pump where the repair strategy calls for it. Confirm the exact kit contents and any separate seals, bolts, coolant or specialist tools before dismantling. A kit reference for a similar engine capacity is not sufficient; tooth profile, belt width, pulley layout and tensioning procedure can change between engine codes.
What a competent timing replacement covers
- Set the engine to the specified position and use the required crankshaft and camshaft locking tools.
- Inspect every driven and guiding component, plus covers, seals and mounting threads.
- Correct oil or coolant leaks that could contaminate the new belt.
- Install the belt in the specified direction and sequence without forcing or sharply bending it.
- Set tension by the engine procedure, rotate by hand as instructed and recheck timing marks and tension.
- Refill and bleed coolant correctly if a pump has been changed, then verify operation and leakage.
Do not use an impact tool where the repair information specifies controlled torque or angle. Some crankshaft bolts and other fasteners are single-use. An error can remain hidden until start-up, so this work belongs with a suitably trained technician when the installer lacks engine-specific tooling or experience.
Auxiliary belt drives: belt, tensioner, pulleys and accessories
Gates uses Micro-V for its multi-rib auxiliary belt range. Official material identifies EPDM constructions and precision-formed ribs in this family. The product evidence here contains individual V-ribbed belts, belt sets, tensioners, guide pulleys, older-style V-belts and crankshaft pulleys. Some vehicles use a conventional automatically tensioned belt; others have an elastic "stretch fit" belt; some use separate belts for different accessories.
Read the old belt code only if it is known to be correct. Confirm number of ribs, effective length and routing. A belt one rib too wide or slightly misrouted can ride off a pulley. Never lever a stretch belt on with a screwdriver; use the specified fitting tool and procedure. Where the alternator has an overrunning pulley, check its freewheel and lock behaviour with the proper tool.
| Observation | Inspect next | Reason |
|---|---|---|
| Chirp or squeal | Alignment, contamination, tensioner travel and pulley condition | Noise can reflect slip or misalignment rather than belt age alone |
| Belt edge fraying | Pulley alignment, damaged ribs, foreign objects and routing | A new belt may be cut by the unresolved fault |
| Tensioner oscillation | Damper, spring, crank pulley and overrunning alternator pulley | Drive irregularity can overload belt and bearings |
| Rough pulley bearing | Idlers, tensioner, accessories and pump | A seized bearing can throw or destroy the belt |
Gates Micro-V kits group a belt with matching drive components for specific applications, but do not assume every kit contains every pulley shown on an engine. Check the contents against the drive diagram. After fitting, make sure all ribs are seated, rotate the drive as directed and observe tracking with guards safely in place.
Radiator and heater hoses: shape is part of the specification
Radiator and heater hoses are the largest Gates family in this collection. The supplied records show moulded EPDM heater hoses with lengths from short connectors to much longer runs, and with different inside diameters at each end. EPDM, or ethylene propylene diene monomer rubber, is widely used for coolant service because of its heat, ozone and coolant resistance. That material description does not make an EPDM hose suitable for fuel, oil or charge-air use.
A moulded hose is designed to clear surrounding components without kinking. Compare its complete shape, branches, quick connectors, clips, sensor ports and bore sizes. Some modular hoses incorporate plastic junctions or other functional elements. Inspect those elements as carefully as the rubber. Use the clamp type and position specified by the vehicle maker or product instructions, and replace a clamp that is distorted, corroded or no longer maintains load.
Inspecting a cold cooling system
When the engine is completely cold, look for dried coolant residue, staining around joints, abrasion, swelling, oil contamination, cracking and hard or unusually soft sections. Check the radiator necks, thermostat housing, expansion tank and cap, not just the hose. Never open a hot system. Pressure testing should use the stated test pressure; excessive pressure can create a leak or damage a sound component.
Use the coolant chemistry and concentration specified for the vehicle. Colour is not a dependable specification. After hose work, bleed according to the vehicle procedure and confirm heater output, stable temperature and leak-free cooling cycles. Trapped air can prevent circulation or create misleading level changes.
Charge-air, breather and fuel-related hoses
Charge-air hoses work between the turbocharger, intercooler and inlet. They encounter pressure, heat, oil mist and engine movement. Select by exact location, because hot-side and cold-side demands, couplings and diameters differ. A split can produce loss of boost, hissing, oil mist around the leak and engine-management faults, but smoke or low power can also come from turbo control, intercooler, airflow sensing or exhaust restrictions.
Crankcase-breather hoses carry vapour and can soften, split or block. Their valves, branches and connectors form part of the calibrated ventilation system. Fuel hose is a separate category again and must carry an explicit rating for the fuel, pressure and location. Never substitute a coolant or generic rubber hose into a fuel, oil, vacuum or charge-air circuit.
Water pumps and thermostats
A water pump circulates coolant; a thermostat regulates flow according to temperature. A stuck thermostat, damaged pump impeller, failed drive, blocked radiator, inoperative fan, combustion leak or trapped air can all cause temperature problems. Test rather than choosing the most accessible component.
For a Gates pump, confirm engine, housing, pulley or drive, rotation, included gasket and whether the application uses a mechanical or electric pump. For a thermostat, verify housing style, electrical connection if present and the specified control characteristics. Do not fit a cooler-opening thermostat as an improvised cure. The engine-management and emissions systems expect the designed temperature behaviour.
| Cooling symptom | Possible checks | Selection implication |
|---|---|---|
| Overheats at low speed | Fan command, fan operation, airflow, coolant level and circulation | A radiator hose may not be the cause |
| Runs too cool | Thermostat behaviour, temperature sensor data and heater performance | Match the thermostat to exact engine control |
| Coolant at pump area | Pressure test, weep path, gasket, nearby hose and shaft play | Identify whether pump or adjacent joint leaks |
| Repeated hose failure | Pressure cap, routing, mounts, contamination and combustion pressure | Correct the root cause before another hose |
Vehicle compatibility: a Gates-specific checklist
- Identify VIN, engine code, production date and fitted ancillary equipment.
- For belts, compare profile, ribs or teeth, width, effective length and routing.
- For tensioners and idlers, compare mounting, pulley surface, diameter and damping design.
- For hoses, compare route, every bore, branch, connector and integrated component.
- For pumps and thermostats, verify housing, drive, electrical provision and included sealing parts.
- Check kit contents rather than assuming "complete" has the same meaning for every engine.
The annual MOT is not a timing-belt or routine cooling-system service. However, visible fluid leaks can be assessed under the DVSA inspection, and a failed auxiliary belt may disable charging, coolant circulation or assistance depending on the vehicle. A severe coolant leak, overheating, charging warning or damaged belt warrants stopping the engine and investigating promptly.
Gates car parts FAQs
Q: What is the main focus of Gates car parts?
A: This collection is centred on belts and drive components, coolant and charge-air hoses, timing kits, water pumps and thermostats.
Q: Is a Micro-V belt the same as a timing belt?
A: No. A Micro-V belt normally drives external accessories; a timing belt synchronises internal engine events and uses a toothed profile.
Q: How often should a timing belt be changed?
A: Follow the vehicle manufacturer's interval for the exact engine, including time, mileage and severe-use conditions. There is no safe universal interval.
Q: Does a Gates timing kit always include a water pump?
A: No. Standard timing kits and kits with water pumps are distinct. Read the reference and contents before ordering.
Q: Should the tensioner be changed with an auxiliary belt?
A: Inspect the complete drive. If the application procedure or condition requires system replacement, use the appropriate belt, tensioner and pulley combination.
Q: Can belt length alone identify the right belt?
A: No. Profile, rib or tooth count, width, construction, routing and tensioning method are also essential.
Q: Can I cut a moulded radiator hose from straight hose?
A: Only where an approved universal-hose application explicitly permits it. A moulded vehicle hose normally relies on its shape, branches and connectors.
Q: Is every black EPDM hose suitable for coolant?
A: No. Read the product's stated service. Material appearance does not establish compatibility with coolant, fuel, oil, vacuum or charge air.
Q: Why are the two hose diameters different?
A: The hose joins components with different neck sizes. Both bores, the length and formed route must match the intended application.
Q: Will a new thermostat fix any overheating fault?
A: No. Diagnose fans, pump, radiator, leaks, coolant, sensors, trapped air and possible engine faults before deciding.
Q: Can I open the expansion tank while the engine is hot?
A: No. Hot pressurised coolant can cause serious burns. Allow the system to cool fully and follow the vehicle instructions.
Q: What causes a charge-air hose to become oily?
A: A light oil film can come from crankcase vapour, but heavy contamination or leakage needs diagnosis of the hose, joints, turbo and ventilation system.
Q: Are timing belts checked in the MOT?
A: They are not a scheduled MOT inspection item. They still require preventive replacement according to the vehicle maker because failure can damage the engine.