DIGI-TEC Performance Center
    Ferrari in the DIGI-TEC Performance Centre workshop in Dubai

    Independent Ferrari model expertise

    Ferrari 296 Service & Diagnostic Assessment Dubai

    The Ferrari 296 combines a rear-mid-mounted 120-degree twin-turbo V6 with a rear electric MGU-K, Transition Manager Actuator, high-voltage battery and eight-speed dual-clutch transmission. Unlike the all-wheel-drive SF90, the 296 road-car hybrid architecture drives the rear wheels, so the two platforms should not share generic hybrid wording or diagnostic assumptions.

    WhatsApp your concern Call +971 4 340 2223

    Send the VIN, year, mileage, service history, exact warning text and when the symptom occurs. Scope and diagnostic compatibility are confirmed for the vehicle before work is agreed.

    Vehicle scope

    What this 296 page covers

    Ferrari names can span different model years, drivetrains and equipment. The VIN and fitted hardware remain authoritative.

    • Ferrari 296 GTB and 296 GTS, with retractable-hard-top, model-year and market differences identified before work.
    • Low-mileage, stored, touring and track-exposed vehicles, with service and inspection priorities adjusted to recorded use.
    • 296 Speciale or Speciale A enquiries only after the exact variant, technical information, tooling, transport and workshop scope are confirmed.

    Hybrid scope is confirmed before booking

    DIGI-TEC does not claim 296 high-voltage battery-pack opening, inverter repair, electric-motor repair or high-voltage component replacement on this page. Hybrid-related enquiries receive a vehicle-specific safety and diagnostic-scope review before the car is accepted.

    Model-specific systems

    A Ferrari repair plan starts with the fitted system

    296 maintenance and hybrid safety

    Maintenance planning must separate routine combustion-engine work from low-voltage, high-voltage, charging, transmission and chassis requirements.

    • Confirm the VIN, variant, service history, battery state, warning status and requested work before arrival.
    • Identify any high-voltage isolation, PPE, transport or information requirement before accepting hybrid-related work.
    • Use the applicable Ferrari schedule and vehicle record rather than importing an SF90 or non-hybrid service checklist.

    120-degree twin-turbo V6

    The 296 uses a dry-sump 3.0-litre twin-turbo V6 that operates as part of an integrated plug-in hybrid powertrain.

    • Engine warnings may involve combustion, boost, fuel, exhaust, cooling or hybrid torque-management conditions.
    • Verify oil, filter, quantity, level and bleeding procedures for the exact 296 variant.
    • Do not diagnose the V6 independently from recorded MGU-K, TMA, DCT and hybrid-control state.

    MGU-K, TMA and high-voltage system

    The rear electric motor sits between the combustion engine and eight-speed DCT, while the TMA manages connection and disconnection of the two power sources.

    • A hybrid warning can involve charging, isolation, cooling, communications, sensors, inverter, battery or TMA-related conditions.
    • Fault codes do not prove that a battery pack, inverter, motor or actuator requires replacement.
    • Diagnostic coverage and safe workshop scope are confirmed before any high-voltage-related appointment.

    Eight-speed DCT and rear-wheel-drive hybrid

    The 296 uses an eight-speed dual-clutch transmission coordinated with the rear MGU-K; it does not use the SF90 electric front axle.

    • Record mode, state of charge, temperature and the exact selection, engagement or shift condition.
    • Separate engine, electric-motor, TMA, mounting and control inputs from an internal DCT fault.
    • Fluid, supported adaptation data and internal-work availability are confirmed for the fitted unit.

    Cooling, charging and low-voltage networks

    Engine, turbocharger, transmission, cabin, high-voltage and power-electronics thermal demands can overlap during Dubai use.

    • Identify the affected circuit before treating a temperature or charging warning as one generic cooling fault.
    • Low-voltage condition and module communication remain relevant to startup and hybrid-control sequences.
    • Separate charging-equipment, supply, inlet and vehicle faults before recommending parts.

    eSSC, braking and chassis controls

    The 296 integrates regenerative and friction braking with eSSC, ABS Evo, SCM and Ferrari Dynamic Enhancer functions.

    • A brake or chassis warning may involve hydraulic, friction, regenerative, tyre, sensor or network inputs.
    • Inspect the fitted brake system using the applicable measurement and condition procedure.
    • Bleeding, calibration and supported chassis functions are included only when confirmed for the repair.

    Warnings and symptoms to document

    • • Red hybrid, isolation, charging, brake, oil-pressure or temperature warning.
    • • Loss of drive, inability to select a mode, abnormal engagement or severe shift behaviour.
    • • Repeated hybrid warning, reduced combined performance or unexpected state-of-charge behaviour.
    • • Coolant loss, smoke, strong electrical or fluid odour, or visible leakage.
    • • Brake-pedal change, chassis warning or sudden change in stability.
    • • Multiple communication or low-voltage warnings after storage or charging.

    Our diagnostic approach

    1. 1.Confirm whether the vehicle is safe to move or requires recovery.
    2. 2.Record the exact eManettino mode, state of charge, temperature, warning text and operating condition.
    3. 3.Separate low-voltage, high-voltage, V6, MGU-K, TMA, DCT, cooling, charging and chassis systems.
    4. 4.Confirm compatible access, safety procedure and workshop capability before testing continues.
    5. 5.Provide a documented next step without promising work outside the verified scope.

    Dubai ownership context

    Heat, traffic, dust and storage all affect the inspection

    High ambient temperature increases thermal demand but does not by itself identify the failed system.

    Long storage can affect low-voltage condition, tyres, fluids and the symptoms seen during hybrid startup.

    Charging, cabin AC and powertrain cooling may create simultaneous demand during hot-weather use.

    Discuss recovery before moving a 296 with a red hybrid, isolation, temperature or loss-of-drive warning.

    Service pathways

    Continue to the relevant Ferrari service

    Ferrari engine diagnostics

    Warning-light, live-data and physical fault tracing with supported functions confirmed for the exact vehicle.

    View service

    Ferrari oil and maintenance service

    Vehicle-specific oil, filter, inspection and supported reset scope confirmed before the appointment.

    View service

    Ferrari transmission inspection

    Commercial inspection and repair planning for the fitted Ferrari transmission after the complaint is assessed.

    View service

    Ferrari brake inspection

    Pad, rotor, fluid and caliper assessment using the method applicable to the fitted brake system.

    View service

    Ferrari electrical diagnosis

    Low-voltage, wiring, module communication and charging concerns assessed before parts are proposed.

    View service

    Ferrari AC inspection

    Climate performance, leak and component checks after the refrigerant and equipment requirements are identified.

    View service

    Questions before booking

    296 service FAQ

    These answers set expectations; vehicle-specific advice follows VIN and condition checks.

    Independent Ferrari workshop in Al Quoz

    Arrange a Ferrari 296 inspection

    DIGI-TEC is independent and is not affiliated with Ferrari S.p.A. Vehicle scope, diagnostic access and the proposed repair are confirmed before work begins.

    WhatsApp DIGI-TECReturn to Ferrari hub

    Related Ferrari model pages

    488 F8 Tributo Roma Ferrari maintenance in Dubai Ferrari electrical diagnosis