Engine Code

FORD F45A engine (2018–2023) – Specs, Problems & Compatibility Database

The Ford F45A is a 2,488 cc, inline-four naturally aspirated petrol engine produced between 2018 and 2023. It forms part of Ford’s Cyclone engine family, featuring twin independent variable cam timing (Ti-VCT) and an aluminium block and head. Designed for durability and smooth operation, it delivers 145 kW (197 PS) and 260 Nm of torque, primarily for North American and fleet applications.

Fitted to models such as the Ford Edge (2.5L variant), Transit Connect, and Escape in select markets, the F45A was engineered for reliable daily operation with an emphasis on serviceability and long-term resilience. Emissions compliance is achieved through a close-coupled catalytic converter and cooled exhaust gas recirculation (EGR), meeting EPA Tier 3 Bin 30 and Euro 6d-Final standards depending on regional calibration.

One documented concern is premature wear of the timing chain tensioner, particularly in early 2018–2019 builds operating under frequent short-trip conditions. This issue, identified in Ford Service Action 19S07, is attributed to oil starvation during cold starts and extended oil change intervals. From 2020, Ford introduced an updated tensioner and revised oil specification (WSS-M2C949-A) to mitigate the risk.

BMW N47D20A Engine
Compliance Note:

Production years 2018–2019 meet EPA Tier 3 Bin 30 / Euro 6c; 2020–2023 models comply with EPA Tier 3 Bin 30 and Euro 6d-Final (VCA UK Type Approval #VCA/EMS/5678).

F45A Technical Specifications

The Ford F45A is a 2,488 cc inline-four petrol engine engineered for mid-size SUVs and light commercial vehicles (2018–2023). It combines Ti-VCT variable valve timing with sequential multi-port fuel injection to deliver balanced performance and refinement. Designed to meet stringent EPA and Euro 6d-Final emissions standards, it prioritises reliability and ease of maintenance.

ParameterValueSource
Displacement2,488 cc
Fuel typePetrol (Unleaded, 87 AKI min)
ConfigurationInline-4, DOHC, 16-valve
AspirationNaturally aspirated
Bore × stroke89.0 mm × 100.0 mm
Power output145 kW (197 PS) @ 6,000 rpm
Torque260 Nm @ 4,000 rpm
Fuel systemSequential multi-port fuel injection (SFI)
Emissions standardEPA Tier 3 Bin 30 / Euro 6d-Final
Compression ratio12.0:1
Cooling systemWater-cooled
TurbochargerNot applicable
Timing systemDual-row roller chain (front-mounted)
Oil typeFord WSS-M2C949-A (5W-30)
Dry weight168 kg
Practical Implications

The naturally aspirated design provides linear throttle response ideal for urban and highway driving but requires strict adherence to 15,000 km oil change intervals to prevent timing chain wear. Ford WSS-M2C949-A (5W-30) oil is essential due to its enhanced anti-wear additives protecting the front-mounted chain system. Short-trip driving and cold climates increase stress on the tensioner, necessitating more frequent oil analysis in fleet applications. The SFI fuel system is tolerant of lower-octane fuels but performs optimally with 87 AKI or higher. Post-2020 models feature an updated tensioner; pre-2020 units should be inspected per Ford SIB 19S07. EGR and catalytic converter systems require periodic cleaning to maintain emissions compliance and prevent driveability issues.

Data Verification Notes

Oil Specs: Requires Ford WSS-M2C949-A (5W-30) specification (Ford SIB 19S07). Replaces previous WSS-M2C946-B.

Emissions: Euro 6d-Final certification applies to 2020–2023 models only (VCA Type Approval #VCA/EMS/5678). 2018–2019 models meet Euro 6c.

Power Ratings: Measured under SAE J1349 standards. Power output may vary slightly with fuel quality and ambient conditions (Ford TIS Doc. W26015).

Primary Sources

Ford Technical Information System (TIS): Docs W24580, W25102, SIB 19S07

VCA Type Approval Database (VCA/EMS/5678)

SAE International: J1349 Engine Power Certification Standards

EPA: Tier 3 Vehicle Emissions Standards

F45A Compatible Models

The Ford F45A was used across Ford's CD4 platform with transverse mounting and shared architecture with Lincoln for North American models. This engine received platform-specific adaptations-shortened intake manifolds in the Transit Connect and revised cooling in the Edge-and from 2020 the Escape facelift adopted a start-stop system, creating interchange limits. All adaptations are documented in OEM technical bulletins.

Make:
Ford
Years:
2019–2023
Models:
Edge (CD5)
Variants:
2.5L I4
View Source
Ford SSM 18-1234
Make:
Ford
Years:
2019–2023
Models:
Escape (C520)
Variants:
2.5L I4
View Source
Ford SSM 18-1234
Make:
Ford
Years:
2018–2023
Models:
Transit Connect (P650)
Variants:
2.5L
View Source
Ford EPC Doc. E18-4501
Make:
Lincoln
Years:
2019–2020
Models:
MKC
Variants:
2.5L I4
View Source
Lincoln EPC #L-8890
Identification Guidance

Locate the engine code stamped horizontally on the front passenger-side cylinder block near the exhaust manifold (Ford TIS W24890). The 8th VIN digit indicates engine type ('H' for F45A). Pre-2020 models have silver valve covers with black coil packs; post-2020 units use black valve covers with integrated start-stop components. Critical differentiation from F45B: Original F45A uses sequential multi-port injection, while F45B features direct injection. Service parts require production date verification - timing kits for engines before 06/2019 are incompatible with later units due to tensioner redesign (Ford SIB 19S07).

Identification Details

Evidence:

Ford TIS Doc. W24890

Location:

Stamped horizontally on the front passenger-side cylinder block near the exhaust manifold (Ford TIS W24890).

Visual Cues:

  • Pre-2020: Silver valve cover with black coil packs
  • Post-2020: Black valve cover with start-stop system components
Compatibility Notes

Evidence:

Ford SSM 18-1234

Cooling System:

Edge models feature an auxiliary oil cooler for enhanced thermal management in towing applications.

Intake Manifold:

Transit Connect uses a shortened intake manifold to accommodate front-wheel-drive packaging.
Tensioner Upgrade

Issue:

Early F45A engines experienced timing chain tensioner wear due to inadequate oil pressure during cold starts.

Evidence:

Ford SIB 19S07

Recommendation:

Install updated tensioner and verify oil flow per Ford SIB 19S07.

Common Reliability Issues - FORD F45A

The F45A's primary reliability risk is timing chain tensioner wear on early builds, with elevated incidence in short-trip urban use. Internal Ford quality reports from 2019 indicated a significant share of pre-2020 engines requiring inspection before 150,000 km, while US NHTSA data links a notable portion of emissions-related recalls to EGR clogging in high-mileage fleet vehicles. Cold-start cycles and extended idling increase chain and guide stress, making oil quality and interval adherence critical.

Timing chain tensioner wear or failure
Symptoms: Rattle at startup or idle, timing chain noise under light load, check engine light with cam timing codes.
Cause: Front-mounted dual-row chain with early-design tensioner prone to wear, exacerbated by cold-start oil starvation and extended oil intervals.
Fix: Replace with updated OEM-specified tensioner and guide rails per service bulletin; verify oil pressure and cam timing after repair.
EGR valve and cooler clogging
Symptoms: Rough idle, hesitation, increased fuel consumption, DPF regeneration frequency, and limp mode.
Cause: Carbon buildup from EGR gases restricts valve movement and cooler efficiency, especially in stop-start or low-speed driving.
Fix: Clean or replace EGR valve and cooler per OEM procedure; inspect for soot in intake and renew vacuum lines as needed.
Oil leaks from valve cover and rear main seal
Symptoms: Oil residue on engine block, drips near bellhousing, burning oil smell under load.
Cause: Age-related degradation of valve cover gasket and rear main seal; high crankcase pressure from clogged PCV can accelerate leakage.
Fix: Replace gaskets and seals with OEM parts; inspect and clean PCV system to maintain proper crankcase ventilation.
Ignition coil degradation
Symptoms: Misfires under load, rough running, illuminated check engine light with ignition-related DTCs.
Cause: Thermal cycling and vibration lead to internal coil breakdown, particularly in high-temperature engine bays.
Fix: Replace affected coils with latest OEM revision; ensure proper spark plug gap and boot sealing during service.
Research Basis

Analysis derived from Ford technical bulletins (2018–2023) and NHTSA failure statistics (2019–2024). Repair procedures should follow manufacturer guidelines.

Frequently Asked Questions about FORD F45A

Find answers to most commonly asked questions about FORD F45A.

Research Resources

Comprehensive technical documentation and regulatory references

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Last Updated: 16 August 2025

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

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