Covers Lotus petrol, supercharged, and hybrid engines used across UK and European models - from the Twin Cam to Toyota-sourced units and the AMG V8 Emira. Each engine code includes specifications, compatible vehicles, and emissions data, sourced from official Lotus, Toyota, and EU records.
Data sourced from Lotus Technical Documentation, Toyota TIS, Mercedes-AMG Specifications, EU Regulation (EC) No 715/2007, and VCA Type Approval Database.
Find Lotus engine codes by family, model, or supplier origin
| Engine Code | Fuel Type | Series | Specifications |
|---|---|---|---|
| Petrol | 102 | View Specs | |
| Petrol | 107 | View Specs | |
| Petrol | 61 | View Specs | |
| Petrol | 88 | View Specs | |
| Petrol | 95 | View Specs | |
| Petrol | LOTUS-Series | View Specs | |
| Petrol | LOTUS-Series | View Specs | |
| Petrol | LOTUS-Series | View Specs | |
| Petrol | LOTUS-Series | View Specs | |
| Petrol | LOTUS-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | TYPE-Series | View Specs | |
| Petrol | V-Series | View Specs | |
| Petrol | V-Series | View Specs |
See where Toyota and Mercedes-AMG power Lotus sports cars.
Explore Lotus's electrification strategy and Evija hypercar.
Engine specifications and technical data sourced from Lotus Technical Documentation, Toyota TIS, Mercedes-AMG Specifications, and VCA Type Approval Database. Consult vehicle documentation or professional guidance before undertaking mechanical work. Report errors or omissions through our contact channels.
Engine Finders UK Ltd, which operates EngineCode.uk, can pass your enquiry to engine suppliers in the UK. The service is for vehicles in the United Kingdom, with UK delivery or fitting. This is a commercially connected service, and sending an enquiry does not confirm diagnosis or compatibility.
The engine code is essential for ordering parts, diagnosing issues, and verifying compatibility. It is not the same as the VIN or chassis number. This guide shows exactly where to find it - by model and engine type - using official Lotus, Toyota, and DVLA sources
A unique identifier stamped on the engine block or cover used for parts and service.
The vehicle identification number that holds encoded vehicle and engine information.
The chassis or frame number used for registration and legal identification.
Locate the engine code on the valve cover label or stamped on the engine block near the transmission bellhousing. The code reads '2ZZ-GE' followed by a serial number.
The engine code is located on a label attached to the supercharger housing or stamped on the engine block. It reads '2GR-FZE' for the supercharged variant.
Open the rear engine cover and look at the engine block. The Mercedes-AMG code 'M177' is stamped on the block near the oil filter housing. Confirm variant suffix (e.g., M177 DE40 AL).
The engine code is stamped on the front of the engine block, visible from the wheel arch. Look for '2GR-FZE' casting or label. Toyota-sourced engines follow Toyota coding conventions.
Engine code locations per Lotus Technical Documentation and Toyota TIS. V5C field definitions from DVLA Guide to Vehicle Registration. VIN structure compliant with EU Regulation (EC) No 715/2007, Article 7.
A technical breakdown of Lotus's core engine systems including VVTL-i, supercharging, timing architectures and lightweight engineering with documented reliability impacts. All data sourced from Lotus Technical Documentation, Toyota TIS and EU Regulation (EC) No 715/2007
Toyota's VVTL-i system, used in the Lotus 2ZZ-GE, combines variable valve timing with a mechanical lift mechanism that engages at high RPM for increased power. Introduced in 2000, it delivers peak power above 6,200 RPM.
An eccentric cam lobe and rocker arm assembly engage via a locking pin when oil pressure and RPM thresholds are met, switching from low-lift to high-lift cam profile. Requires precise oil pressure and quality.
2ZZ-GE (2000)
Mechanical lift engagement
2ZZ-GE (2004+)
Improved oil control, Lotus calibration
Lift bolt wear
Can cause loss of high-RPM power; check at 60k miles
Rocker arm wear
From oil neglect; requires valve cover inspection
Oil pressure sensitivity
Use fully synthetic 5W-30; change every 5,000 miles
Toyota's VVTL-i system, used in the Lotus 2ZZ-GE, combines variable valve timing with a mechanical lift mechanism that engages at high RPM for increased power. Introduced in 2000, it delivers peak power above 6,200 RPM.
An eccentric cam lobe and rocker arm assembly engage via a locking pin when oil pressure and RPM thresholds are met, switching from low-lift to high-lift cam profile. Requires precise oil pressure and quality.
2ZZ-GE (2000)
Mechanical lift engagement
2ZZ-GE (2004+)
Improved oil control, Lotus calibration
Lift bolt wear
Can cause loss of high-RPM power; check at 60k miles
Rocker arm wear
From oil neglect; requires valve cover inspection
Oil pressure sensitivity
Use fully synthetic 5W-30; change every 5,000 miles
All technical descriptions and failure data sourced from Lotus Technical Documentation, Toyota TIS Service Information, Mercedes-AMG Technical Specifications, and EU Regulation (EC) No 715/2007 on vehicle type-approval.
Authoritative data on Lotus's global engine sourcing, Hethel plant operations, and strategic partnerships with Toyota and Mercedes-AMG. All figures sourced from Lotus Group reports, Toyota production data, and EU industrial compliance records.
Lotus final assembly occurs at Hethel (UK), with engines sourced from Toyota (Japan) and Mercedes-AMG (Germany).
Lotus produces ~2,000 vehicles annually in the Emira era. Note the transition from Toyota-sourced engines (Elise/Exige/Evora) to Mercedes-AMG and in-house powertrains (Emira).
Note: Production volumes reflect Lotus's low-volume, high-value strategy. Transition aligns with Geely Group electrification roadmap and EU emissions policy.
Lotus has maintained strategic engine supply partnerships with Toyota (2004–2021) and Mercedes-AMG (2022–Present) to access proven, high-performance powertrains while focusing on chassis dynamics.
VVTL-i variable valve lift, supercharger integration, Lotus calibration
Engines built by Toyota, shipped to Hethel for Lotus-specific integration
Lotus Cars Partnership Announcements, Toyota Motor Corporation Press Releases
Shift in production reflects Lotus's transition to new powertrain strategy under Geely ownership.
This aligns with Geely Group electrification strategy and EU 2035 ICE phase-out roadmap.
Engine production data verified via Lotus Cars Production Reports, Geely Holding Group Sustainability Reports, and VCA type-approval records.
The most common questions about engine codes, what they mean, how to find them and how this database works
Confirm the full engine designation using vehicle-specific manufacturer records and the engine marking. An engine serial number, a registration record and a marketed power badge are not automatically the same identifier. Match the VIN/build data and the installed engine before selecting parts or a replacement.
No. A factory-application reference and a replacement-interchange decision are different. Match the full engine designation, vehicle build data, emissions equipment, controls and relevant supplier/OEM information.
No. Records have different review states. Read the correction notice, source scope and application limits on the individual record. Missing technical fields must not be inferred from similar engine codes.
EngineCode.uk provides reference information about Lotus engines. It is operated by Engine Finders UK Ltd and also offers an optional replacement-engine enquiry service. Technical information can contain errors or omissions. Check the sources and verification notes for the relevant record, and confirm the details for your vehicle before buying parts or arranging work.
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