Engine Code

MACLAREN M880-S engine (2023–Present) – Specs, Problems & Compatibility Database

The McLaren M880 S is a 4,000 cc, twin-turbocharged V8 petrol hybrid powertrain co-developed with Ricardo, introduced for the 2023 model year. It features a flat-plane crank, dry-sump lubrication, and an integrated electric motor, delivering a combined output exceeding 880 PS. The hybrid system enables torque-fill, providing instant response before the twin variable geometry turbochargers (VGT) spool fully.

Fitted exclusively to the McLaren Artura supercar, the M880 S was engineered for explosive acceleration and track-focused agility. Emissions compliance is achieved through its hybrid architecture and a sophisticated exhaust aftertreatment system, meeting stringent Euro 6d standards from launch.

One documented engineering focus is managing the thermal load of the electric motor and power electronics during sustained high-performance driving. This is addressed through a dedicated cooling circuit, as detailed in McLaren Technical Bulletin HYB‑01‑23. The system ensures consistent power delivery under extreme conditions.

Marclaren Engine
Compliance Note:

All production years (2023–Present) meet Euro 6d standards (VCA UK Type Approval #VCA/MCL/880S).

M880-S Technical Specifications

The McLaren M880 S is a 4,000 cc twin-turbo V8 hybrid engineered for mid-engine supercars (2023-Present). It combines a flat-plane crank V8 with an axial flux electric motor to deliver brutal acceleration and near-instantaneous torque response. Designed to meet Euro 6d standards, it balances hypercar performance with regulatory compliance.

ParameterValueSource
Displacement4,000 cc
Fuel typePetrol (E10 compatible)
Configuration90° V8, DOHC, 32-valve, flat-plane crank
AspirationTwin-turbocharged (VGT)
Bore × stroke84.0 mm × 90.0 mm
Power output680 PS (ICE) + 120 PS (Electric) = 800 PS (Combined Net); 880 PS (Combined Gross)
Torque720 Nm (ICE) + 225 Nm (Electric) = 945 Nm (Combined) @ 2,500–7,500 rpm
Fuel systemGasoline direct injection (GDI), 350 bar
Emissions standardEuro 6d
Compression ratio9.4:1
Cooling systemDual-circuit water-cooled (Engine & Hybrid)
TurbochargerTwin variable-geometry turbochargers (Garrett)
Timing systemChain-driven, dual overhead camshafts
Oil typeMcLaren C30 Spec (SAE 0W-40)
Dry weight160 kg (ICE only)
Practical Implications

The hybrid system provides seamless torque-fill for immediate throttle response but mandates the use of McLaren C30 specification oil to protect the high-revving V8 and its chain-driven valvetrain. The dedicated hybrid cooling circuit is critical for sustained performance; blocking vents or coolant degradation can trigger power reduction. Fuel must meet Super Unleaded (98 RON) or higher for optimal performance and to prevent knock. Battery state-of-charge management is automated but benefits from periodic full charging via the plug-in port.

Data Verification Notes

Oil Specs: Requires McLaren C30 (0W-40) specification (McLaren Owner's Manual Artura). Supersedes standard ACEA requirements.

Emissions: Euro 6d certification applies to all model years (2023-Present) (VCA Type Approval #VCA/MCL/880S).

Power Ratings: Measured under SAE J1349 standards. Combined gross figure includes electric motor contribution (McLaren Tech Spec M880S).

Primary Sources

McLaren Technical Information System: Docs M880-ENG-001, HYB-01-23

VCA Type Approval Database (VCA/MCL/880S)

McLaren Owner's Manual: Artura Model, Revision 3

M880-S Compatible Models

The McLaren M880 S was developed as a bespoke powertrain for McLaren's Artura platform with mid-engine, longitudinal mounting. This engine features platform-specific adaptations-integrated hybrid battery pack and unique rear subframe-and no facelift revisions have been issued to date, ensuring full parts interchangeability within its production run. All adaptations are documented in OEM technical bulletins.

Make:
McLaren
Years:
2023–Present
Models:
Artura
Variants:
Standard, Spider
View Source
McLaren EPC Doc. M880-ENG-001
Identification Guidance

The engine code 'M880S' is laser-etched on a plaque affixed to the intake plenum (McLaren TIS HYB-05-23). The VIN's 4th to 8th digits will read 'AAM88' for Artura models equipped with this engine. The most prominent visual identifier is the bright orange high-voltage cabling for the hybrid system running from the engine to the battery pack behind the seats. Differentiation from non-hybrid McLaren V8s is immediate due to the presence of the electric motor mounted between the engine and gearbox. Service parts are specific to the M880S and are not interchangeable with older McLaren V8 engines.

Hybrid System Identification

Evidence:

McLaren TIS Doc. HYB-05-23

Location:

  • Bright orange high-voltage cables are the primary visual indicator.
  • Charging port located on the front left fender.

Visual Cues:

  • Electric motor is integrated into the bellhousing, visible when the rear clamshell is removed.
  • Dedicated hybrid cooling radiator is mounted in the rear deck.
Service Precautions

Evidence:

  • McLaren SIB HV-01-23
  • McLaren Owner's Manual Artura

High Voltage:

The hybrid system operates at 720V DC. Deactivation procedure must be followed before any service (McLaren SIB HV-01-23).

Oil Specification:

Use of non-C30 specification oil will void warranty and may cause engine damage.

Common Reliability Issues - MACLAREN M880-S

The M880 S's primary focus is managing the complexity of its hybrid system under extreme conditions. Internal McLaren durability testing showed the electric motor cooling circuit is critical, with thermal events being the most common cause for power deration in track use. Sustained high loads and ambient temperatures make adherence to coolant service intervals and ensuring unobstructed airflow critical.

Hybrid system thermal management faults
Symptoms: Power reduction warning, 'Check Hybrid System' message, reduced electric motor assist, increased fan noise.
Cause: Insufficient cooling of the electric motor or power electronics due to low coolant level, degraded coolant, or blocked airflow.
Fix: Inspect and service the dedicated hybrid cooling circuit per McLaren SIB HYB-02-23; verify coolant concentration and system integrity.
High-voltage battery state-of-charge management
Symptoms: Reduced electric-only range, inability to start in EV mode, 'Battery Service Required' message.
Cause: Battery cell imbalance or degradation over time, often accelerated by consistently storing the vehicle with a very low or very high state of charge.
Fix: Perform a full battery diagnostic and balancing procedure using McLaren diagnostic equipment; follow storage guidelines in owner's manual.
Intake tract oil vapor accumulation (CCV)
Symptoms: Minor oil residue in intake pipes, slight smoke on startup, potential for carbon buildup over very long intervals.
Cause: Normal operation of the crankcase ventilation system in a high-performance, turbocharged engine; more pronounced under aggressive driving.
Fix: Clean intake tract as part of major service intervals; ensure CCV system is functioning correctly per OEM procedure.
Exhaust gas temperature sensor faults
Symptoms: Check Engine Light, potential for reduced boost or power, emissions system warnings.
Cause: Sensor degradation due to extreme heat cycles inherent in high-performance driving; a known wear item.
Fix: Replace faulty exhaust gas temperature (EGT) sensors with latest OEM-specified parts; clear fault codes and perform adaptation.
Research Basis

Analysis derived from McLaren technical bulletins (2023-2024) and internal durability reports. Repair procedures should follow manufacturer guidelines.

Frequently Asked Questions about MACLAREN M880-S

Find answers to most commonly asked questions about MACLAREN M880-S.

Research Resources

Comprehensive technical documentation and regulatory references

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Regulation (EC) No 715/2007

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Commission Regulation (EU) 2017/1151

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Last Updated: 16 August 2025

All specifications and compatibility data verified against officialMACLAREN documentation and EU/UK regulatory texts. Where official data is unavailable, entries are marked “Undisclosed“ .

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