بيع سيارات جديدة ومستعملة Toyota Highlander 2012في الشرق الأوسط (GCC) - 2 عرض

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    14 صور

    Toyota Highlander عملية فيس ليفت II (U40)

    • Toyota Highlander Comfort
    • •
    • أسود
    • •
    • مقود يسار
    • 3.5 لتر, 273 حصان, بنزين
    • دفع رباعي
    • أوتوماتيك
    • دفع رباعي 5 أبواب
    • مواصفات الخليج

    2012

    80,000 كم

    37,067 AED
    ‌
    SIKANDAR MOTORS
    • 🇦🇪 الإمارات, دبي
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      7 صور

      Toyota Highlander عملية فيس ليفت II (U40)

      • Toyota Highlander other
      • •
      • رمادي
      • •
      • مقود يسار
      • 3.5 لتر, 273 حصان, بنزين
      • دفع أمامي
      • أوتوماتيك
      • دفع رباعي 5 أبواب
      • أخرى

      2012

      65,082 كم

      44,800 AED
      ‌
      Alhamd Motors
      • 🇦🇪 الإمارات, دبي

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      أسعار فئات Toyota Highlander في دول مجلس التعاون الخليجي (GCC)

      يبدأ سعر Toyota Highlander من 30,000 AED ويصل إلى 210,000 AED. قد تختلف التكلفة النهائية على الطريق قليلاً حسب التأمين والتسجيل والملحقات الاختيارية.

      ديناميكيات الأسعار والسيولة Toyota Highlander

      يوضح الرسم البياني ديناميكيات متوسط سعر الطراز في سوق السيارات المستعملة خلال العام الماضي. تساعدك هذه البيانات على تقييم جدوى الشراء وتوقع القيمة المستقبلية للسيارة.

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      صالات عرض مع Toyota Highlander

      عرض الكل 2
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      أخبار Toyota Highlander

      عرض الكل 23
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        When Should You Replace Toyota Highlander Brake Pads and Rotors?

        Toyota Highlander brake pads and rotors do not share one mandatory replacement mileage. Their condition is determined by friction-material thickness, wear uniformity, rotor thickness and runout, and caliper operation. The three-row SUV’s mass, passenger and cargo load, urban use, long descents, and regenerative braking on hybrid versions all affect service life. Before diagnosis. Confirm the VIN, production year, model code, powertrain, and original market. Highlander generations were offered with petrol and hybrid systems, different brake sizes, and different parking-brake arrangements. Service limits and procedures from one version must not be applied to another without verification. 4 Signs of Toyota Highlander Brake Wear A change in braking can appear before a dashboard message. Assess the conditions in which the symptom occurs, including speed, brake temperature, vehicle load, and pedal pressure. Pads, rotors, calipers, hubs, tyres, and suspension can create similar signs, so one sound or vibration is not a complete diagnosis. Grinding or a recurring squeal. A brief sound after washing or damp parking may clear after several gentle stops. If it returns, inspect the inner and outer pads, wear indicator, both rotor faces, dust shield, and the area for trapped sand. Pedal pulsation or steering-wheel shake. Repeatable vibration can result from lateral runout, rotor thickness variation, corrosion at the mounting face, or hub play. The wheel, tyre, and suspension must be checked at the same time. Pulling during braking. A Highlander may deviate from a straight line because of a binding caliper, contaminated lining, damaged hose, or unequal component condition across one axle. Tyre pressure and wear also require comparison. A soft pedal or one hot wheel. Increased pedal travel, an overheating smell, or a clear temperature difference requires immediate investigation. Possible causes include leakage, air in the hydraulic system, a sticking piston, or a parking brake that does not release completely. Why a Check Through the Wheel Is Incomplete The outer pad is easier to see through the wheel, although the inner pad may wear faster when a slide or piston does not move freely. Much of the inner rotor face also remains hidden. A reliable inspection requires wheel removal, comparison of both linings, examination of both rotor faces, and a left-to-right comparison. Why Delaying Replacement Creates More Damage Once the friction layer approaches its limit, brake condition can deteriorate faster than expected. A full passenger or cargo load, repeated stops, and a long descent increase heat, while a binding caliper accelerates uneven wear even when mileage is modest. Stopping consistency declines. Overheated or nearly exhausted lining material handles repeated braking poorly, so familiar pedal effort may no longer deliver the same response. The rotor surface is damaged. Once friction material is gone, the metal backing cuts deep grooves and raises temperature quickly. Pads alone cannot correct this damage. The caliper moves outside its normal range. An overextended piston adds stress to the boot and seal, while contaminated slides increase misalignment and the difference between pads. Pulling risk increases. Unequal force across an axle reduces the stability of a heavy, loaded vehicle and can contribute to tyre wear. The repair becomes more expensive. Delayed pad replacement can require new rotors, caliper work, and correction of runout at the hub mounting face. What to Measure Before Highlander Brake Replacement Use the dismantling procedure and service limits for the exact year, market, and version. The Highlander name alone does not prove that the brake assembly is identical. Measure rotor thickness at several points with suitable tools, and measure runout by the specified method after checking the mounting surface. Mileage helps schedule inspections but does not prove remaining service life. A Highlander that frequently carries passengers and luggage places different demands on its brakes than one used for steady highway travel. Replace pads as an axle set, and assess rotors as a pair after comparing measurements, damage, and free movement of the mechanism. How to Avoid Mixing Parts from Different Highlanders Used markets contain Highlanders from several generations, original markets, and powertrain types. Matching production years can still have different rotors, calipers, and electronic parking-brake hardware. Record the VIN, model code, engine, drivetrain, wheel size, and markings on the installed component. Visual similarity is not a substitute for part-number verification. What Causes Squeal, Vibration, and Pulling A single symptom can have several sources. Squeal may come from moisture, contamination, or a wear indicator; vibration may start at the rotor, hub, wheel, or suspension; pulling may involve the brakes or tyres. Reproduce the condition safely, then continue with inspection and measurements. When Surface Film Is Acceptable A thin, even film can form after washing or a damp night. It should normally clear after several gentle stops. If patchy contact, deep pitting, a pronounced lip, vibration, or persistent noise remains, the surface must be inspected and measured. Hard braking is not a repair method. Conditions That Accelerate Highlander Brake Wear Brake life reflects the number of stops, temperature, load, and time parked. For a Highlander, passengers, luggage, and any trailer approved for the exact version matter because extra mass increases the energy the brakes must absorb. Hybrid regeneration changes how often friction brakes work, but it does not remove the need to inspect them. Stop-and-go urban travel. Repeated acceleration and slowing create frequent heating cycles. The effect becomes more significant as the SUV’s actual load increases. Heat, dust, and sand. Contamination reaches exposed surfaces and may restrict slide movement. After difficult conditions, inspect boots and hardware without cooling hot rotors with water. Long descents. Holding the pedal continuously in a loaded vehicle raises temperature quickly. Select a suitable transmission mode early and use powertrain braking only within the guidance for the exact version. Hybrid operation. Regenerative deceleration can reduce mechanical wear, yet friction surfaces may clean themselves less often on short journeys. Low pad wear therefore does not rule out rotor corrosion. Extended damp parking. Rotor and rear-brake condition may worsen regardless of mileage. When driving resumes, confirm that the wheels release evenly and that surface film clears without persistent noise. What to Check on a Used Highlander Recently fitted pads do not prove the full assembly is healthy. Before purchase, measure the rotors, compare inner and outer linings, and inspect calipers, hoses, hubs, rear brakes, and the parking-brake mechanism. During a safe road test, assess straight-line stopping, pedal travel, and vibration. Ask about overheating, towing use, and earlier caliper repairs. How to Plan Brake Diagnosis and Service A consistent sequence helps identify the cause before new parts are installed. Record results for each wheel separately so the two sides of an axle can be compared and baseline values retained for the next service: Describe when the symptom occurs. Note speed, load, weather, brake temperature, and the moment when noise or vibration begins. Identify the vehicle. Confirm the VIN, model code, powertrain, original market, and actual rear-brake design. Inspect both sides of the assembly. Compare inner and outer pads, both rotor faces, boots, and evidence of overheating. Take measurements. Check rotor thickness at several points and measure runout, then compare the readings with the limits for the exact Highlander version. Correct the cause of wear. Clean mounting faces and inspect the hub, slides, piston, hoses, and other hydraulic components. Verify the result after assembly. Restore a stable pedal, rule out leaks, confirm free wheel rotation, and bed in new parts safely. Common Service Mistakes Selecting parts by production year alone, without checking the VIN, market, powertrain, and installed brake system. Judging wear through the wheel spokes, without removing the wheel or checking the inner pad and inner rotor face. Installing new pads on unmeasured rotors, ignoring runout, cracks, thickness, and friction-surface condition. Servicing only one side of an axle, creating a difference between the left and right brake assemblies. Treating quiet operation as proof of safety, without assessing pedal feel, wheel temperature, and dashboard warnings. Conclusion Service Highlander brakes according to measurements and condition rather than a universal interval. Inspect both pads, rotors, calipers, and the rear mechanism fitted to the exact version. Before buying, compare vehicle condition with current listings and make brake diagnosis a required part of the selection process.

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        How Often Should Toyota Highlander Rear-Drive Oil Be Changed?

        Toyota Highlander does not have one rear-differential oil interval that applies to every vehicle carrying the name. The current UAE-market Highlander Hybrid uses an electrically driven rear axle. Imported petrol AWD versions may have a mechanical driveline, while front-wheel-drive examples have no separate rear drive unit. Correct service therefore starts with the VIN, original market and powertrain—not an assumed mileage figure. How Do You Identify the Rear-Drive System in a Toyota Highlander? An AWD badge says that the rear wheels can deliver traction; it does not describe how torque reaches them. A hybrid Highlander uses a dedicated electric unit at the rear axle and needs no propeller shaft from the front transaxle. A petrol AWD model from another market may use a transfer assembly, propeller shaft and conventional rear differential. A front-wheel-drive Highlander has neither rear driveline layout. Confirm the VIN, model code, model year and original sales market. Establish whether the vehicle is Hybrid AWD, petrol AWD or FWD. Inspect underneath: a propeller shaft indicates a mechanical connection, while high-voltage cables identify an electric rear drive. Do not transfer specifications from Grand Highlander or from a same-year vehicle sold in another region. Match the exact Toyota fluid designation and level procedure to the unit that is actually fitted. Body shape is not enough to select a lubricant. Vehicles from the same generation can use different powertrains and AWD architectures. When the car's history is uncertain, decode the VIN and photograph the unit identification before ordering oil or opening a plug. Electric Rear Drive Versus a Mechanical Differential The hybrid rear module combines an electric traction motor, reduction gearing and differential functions. Control software brings the rear axle into operation without a mechanical shaft from the engine. Its fluid works around a different set of materials and components, so a familiar hypoid gear-oil label is not sufficient proof of suitability. A mechanical AWD system sends torque through a rotating propeller shaft to the rear final drive. It may contain two separately filled service points: a transfer unit at the front and a differential at the rear. Replacing fluid in one does not automatically service the other. On an FWD Highlander, the rear suspension, hubs and brakes remain, but there is no oil-filled final drive. A workshop offering rear differential service for such a vehicle should be able to identify the housing, its service plugs and the applicable procedure. When Does a Highlander Rear Drive Need Its Fluid Checked? A mileage number detached from the exact variant is a poor decision rule. Use the schedule that belongs to the vehicle, its documented service history and its actual operating conditions. UAE heat, towing, sand, sustained high speed and heavy loads justify closer inspection, but they do not justify inventing a replacement interval. Fluid traces on the housing, subframe or around a plug should be cleaned and rechecked before the source is declared. A new whine, hum or load-related vibration calls for a level, mounting and condition check—not an unapproved thicker oil. An AWD, hybrid-system or overheating message requires fault-code diagnosis before mechanical work begins. After deep-water exposure, inspect breathers, connectors and possible contamination when the relevant procedure calls for it. With an unknown history, identify the assembly and inspect for leakage first; preventive replacement is sensible only when the correct fluid and level method are confirmed. A slight film around a joint is not automatically an active leak. Airflow can move residue from another component, and old service work may leave a stain. Level checking must be performed with the vehicle positioned, conditioned and measured as required for that specific unit. Stop driving when there is a confirmed significant leak, metallic noise, abnormal heat or an AWD warning. Hybrid rear-drive work also involves high-voltage precautions. Untrained personnel must not disconnect orange cables or open the electric drive assembly. New fluid cannot repair damaged gear teeth, bearings or mounts. Record exactly when a noise appears before service. If it starts immediately after a fluid change, verify the part number, level, plug sealing and signs of loss before assuming a new internal failure. Which Oil Belongs in a Toyota Highlander Rear Unit? There is no all-purpose Highlander fluid. The hybrid electric rear drive and a petrol model's mechanical differential both propel the rear wheels, but their lubrication requirements are not interchangeable. An FWD vehicle has no rear driveline fluid to replace. Why Model Year Alone Cannot Select the Fluid A single model year can include vehicles built for different regions with different engines and drivetrains. An oil application guide that asks only for make, model and year may combine an electric rear drive, a mechanical differential and an FWD vehicle. A matching viscosity number alone does not confirm additive or material compatibility. Mechanical AWD vehicles can also specify different products for the rear differential and the front transfer assembly. Their capacities and level-setting steps may differ. For the hybrid module, the phrase conventional axle oil is particularly unsafe unless supported by the exact service data. If trustworthy information for the VIN is unavailable, postpone draining the unit. Experimenting after the plug is removed can leave the vehicle immobilised without a verified way to refill it correctly. Checks to Complete Before Service Keep the vehicle level and provide safe access underneath. Match the VIN, model code, engine type and factory drive-system designation. Locate the unit identification and confirm that the plugs belong to that assembly. Make sure the fill plug can be opened before removing the drain plug. Prepare new sealing washers and the correct tightening torque. After filling, inspect for leaks and repeat the road test under the original conditions. Inspect drained fluid in good light. Fine dark paste on a magnet is different from needle-like swarf, large fragments or an obvious bronze sheen. Interpretation is design-specific, however; an electric drive should not be judged by the plug layout and debris expectations of a conventional axle. When researching a used vehicle, current listings can help show which powertrains and model years are available locally. This comparison remains only a starting point; the individual Highlander still needs VIN verification and an underbody inspection. Why Does a Toyota Highlander Hum at the Rear—and Is Oil Always to Blame? Noise perceived behind the seats does not prove that the rear drive is failing. Tyre, hub and even front-transmission sounds travel through the floor and can appear to come from another corner of the vehicle. Diagnosis should track road speed, drive or coast, steering input, temperature and surface type. What to Check Before Authorising a Repair Start by recording speed, throttle position, coasting, steering direction and vehicle temperature. Inspect tyres and hubs next because they are common and quick to verify. On a Hybrid AWD model, diagnostic data can show whether the electric rear unit was producing torque when the noise occurred. If the sound continues while the rear axle is inactive, the electric module should not automatically be the leading suspect. In a mechanical AWD system, a difference between acceleration and overrun helps direct attention toward gear contact or bearings, but the conclusion still requires level, backlash and fluid inspection. A vibration that starts after recent work should prompt checks of mounts, propeller shafts, drive shafts and wheels. Oil cannot balance a rotating part or repair a damaged support. Noise-suppressing additives may hide evidence and make later diagnosis harder. Before approving disassembly, ask the workshop to demonstrate the noise or leak, document the level check and identify the applicable fluid specification. That sequence avoids replacing a healthy assembly without overlooking genuine fluid loss. Conclusion The current UAE Toyota Highlander Hybrid AWD uses an electric rear drive and must not be serviced as a conventional mechanical axle. Imported petrol AWD and front-wheel-drive versions are different again. Identify the assembly by VIN first, then use only its specified fluid and procedure; one universal Highlander interval is not valid.

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        Does a Toyota Highlander Need Transfer Case Oil Changes?

        There is no single answer for every Toyota Highlander. The current UAE Highlander Hybrid 2026 uses a 2.5-litre hybrid powertrain, eCVT, and AWD, with a separate electric motor driving the rear axle. That layout must not be serviced as conventional mechanical AWD with a transfer case. Imported petrol AWD versions, however, may use different hardware. First establish the generation, model year, original market, powertrain, and actual AWD design. Only then can you determine whether a separate torque-transfer unit exists, which fluid it needs, and whether scheduled replacement applies. The Highlander name and an AWD badge are not fluid specifications. Key point. Do not automatically schedule conventional transfer case oil replacement for the current Highlander Hybrid 2026 with eCVT and AWD. First confirm how rear-axle torque is produced on the individual vehicle. Identify the AWD System First Before ordering fluid, match the VIN, complete model code, model year, and original market to the physical layout. An underbody inspection should show whether the axles are linked by a propeller shaft or the rear wheels are driven by an electric module. These systems require different service decisions. Current UAE Highlander Hybrid 2026. The official model page specifies a 2.5-litre hybrid powertrain, eCVT, and AWD. Its rear drive is produced by a separate electric motor, so a generic “transfer case oil change” does not apply. Imported front-wheel-drive version. It may have transmission fluid and a final drive, but there is no mechanical unit distributing torque between the axles. Do not add transfer case service to the repair order. Imported petrol AWD version. This vehicle may transmit torque to the rear mechanically. Find the exact documentation from the VIN and model code, then check the torque-transfer unit and rear differential separately. Highlander Hybrid from another year or market. Do not apply current UAE information automatically. Verify any change in generation, electric drive housing, and service procedure for the exact configuration. Converted vehicle or unclear origin. Do not drain fluid by guesswork. Record the complete model-code plate and have a specialist identify the eCVT, rear electric drive, mechanical shafts, differentials, and plugs. How Hybrid AWD Differs From a Mechanical Transfer Case In conventional mechanical AWD, power passes from the transmission to both axles through a torque-transfer unit and propeller shaft. In the Highlander Hybrid, a separate rear electric motor drives the rear wheels when required. AWD therefore does not by itself prove that a conventional transfer case exists or needs a separate interval. The rear electric drive is still a real assembly with a housing, reduction gears, seals, and its own requirements. It must not be declared maintenance-free without checking the exact document, but transfer case oil for another version must not be poured into it by analogy. When the Driveline Needs an Unscheduled Inspection Unusual noise or fluid residue requires inspection even when no separate transfer case is fitted. Diagnose the assembly that is actually present: the front hybrid transaxle, rear electric drive, mechanical AWD gear unit, or a neighbouring component. A fluid change must not replace fault-finding. Fresh leakage appears. Clean the housing and shield, then inspect plugs, joints, breathers, and shaft exits. A second check after a short drive usually identifies the source more clearly. The vehicle has travelled through deep water. Moisture entering through a breather or damaged seal can cause cloudiness, foam, or emulsion. Correct the entry path and service the affected housing. The underbody has been struck. A distorted shield may contact the housing, while a damaged plug or crack can reduce the fluid level. Check for leakage and structural damage before further driving. A hum, vibration, or knock appears when torque changes. Possible sources include the eCVT, rear electric module, propeller shaft on a mechanical version, driveshafts, wheel bearings, or tyres. Locate the symptom in several operating states first. Service history is unknown. A note without a date, mileage, and exact product does not confirm what was done. Establish a new baseline only after identifying the assemblies, checking the level, and correcting leakage. Important. The rear electric drive, hybrid transaxle, mechanical transfer unit, and rear differential are different assemblies. Their fluids, procedures, and intervals are not interchangeable. What the Official Highlander 2026 Information Confirms According to toyota.ae, the Highlander Hybrid 2026 uses a 2.5-litre hybrid powertrain, eCVT, and AWD. Toyota’s official fourth-generation technical description explains that hybrid AWD uses a separate rear electric motor. This version must not be serviced using a universal mechanical transfer case schedule. Establish the exact procedure from the VIN, complete model code, model year, and original market. If the specific manual for the vehicle cannot be found, do not invent a universal interval or carry a specification over from a petrol AWD or another hybrid version. What to Service on the Current Highlander Hybrid Build the maintenance plan around the assemblies actually fitted. For the hybrid version, check the engine, front hybrid transaxle, and rear electric drive separately. The fluid designation, level method, reference capacity, and interval for one housing must not be applied to another. Heat, sand, urban congestion, sustained loads, and water exposure may justify closer inspection, but they cannot turn electric AWD into a mechanical transfer case. Read severe-service notes only for the exact version. When a matching document is unavailable, record workshop advice as preventive guidance rather than a Toyota factory interval. Avoiding Confusion Between Fluids Select fluid from the factory identity of the assembly. Then verify its type, viscosity and performance standard, level-setting method, sealing parts, and plug torque. Reference capacity helps with preparation, but the prescribed procedure establishes the final level. Do not put ordinary gear oil into the eCVT. A hybrid transaxle contains electrical components and requires the fluid specified for the exact version. Do not treat the rear electric drive as an ordinary rear differential or transfer case. Its housing and lubrication requirements must be established separately. Do not apply petrol Highlander AWD information to a Highlander Hybrid. A shared body name does not mean the torque follows the same path. Do not use the container capacity as the fill quantity. Residual fluid, temperature, and vehicle position affect the level, while overfilling can cause foaming and leakage. Assessing Noise and Fluid Traces Fluid on a shield may have travelled from a housing above it, while a hum can originate from tyres or wheel bearings. Record how the sound changes with road speed, drive torque, steering, and braking. After cleaning, inspect the front transaxle, rear drive unit, shafts, driveshafts, mounts, and housing breathers again. Practical Inspection Checklist ☐ Record the VIN, complete model code, model year, and original market. ☐ Confirm whether the powertrain is hybrid or petrol and identify the transmission. ☐ Determine whether rear-axle torque is delivered electrically or mechanically. ☐ Identify every housing and its plugs before ordering fluid. ☐ Do not combine the eCVT, rear electric drive, and mechanical transfer unit. ☐ Inspect shields, joints, breathers, and seals for leakage or impact evidence. ☐ If a serviceable housing is confirmed, loosen its fill plug before the drain plug. ☐ Use only the verified fluid and sealing parts required by the procedure. ☐ After the work, check the level, sealing, and result of a short road test. Mistakes to Avoid Scheduling transfer case oil service for every Highlander AWD. Hybrid electric drive and mechanical AWD use different hardware. Treating a rear electric motor as proof that no service is ever required. Check the requirements for the exact electric drive module. Copying an interval from a petrol version, another market, or another generation. A shared model name does not identify the assembly. Trying to mask a hum with thicker oil. Fluid cannot restore bearings, mounts, splines, reduction gears, or an electric module. Stopping at a fluid change after water, impact, or leakage. Correct the source first, restore the proper level, and perform a follow-up check. Conclusion For the current Toyota Highlander Hybrid AWD, check the front hybrid transaxle and rear electric drive rather than scheduling a conventional mechanical transfer case oil change. An imported petrol AWD version may use different hardware, so decide only after checking the VIN, model code, and actual torque path. Leakage, water, impact, or a new noise calls for diagnosis of the specific unit. Current offers for Toyota Highlander can assist with vehicle selection, but they do not replace verification of its driveline and service data.

      عرض الكل 23

      أسئلة وأجوبة حول Toyota Highlander (FAQs)