Compare Toyota Progress engine prices. Rebuilt 1NZ-FE, 2ZR-FE & 1GR-FE units for X120/X140/X150 (2002-2023) with 12m Unlimited Mileage Warranty UK.
Need a reliable replacement engine for your Toyota Progress?
Engine Finders specializes in Progress engines with solutions for 1ZZ-FE timing chain wear and 2AZ-FE oil consumption issues across all variants.
Includes updated head gaskets and timing components to prevent common 1NZ-FE overheating failures.
Full teardown to OEM tolerances - critical for XP10/XP20 engines with worn cylinder bores from extended idle cycles.
Compression and oil pressure restored - ideal for XP10 engines with sludge buildup from frequent short-trip use.
Direct-fit 1NZ-FE units - plug-and-play with ECU compatibility for 2006-2010 XP10/XP20 Progress models.
Includes valve guide seal upgrade and new oil pump - addresses high oil consumption in high-mileage XP10 engines.
Low-mileage pull-outs (≤80k miles), full service history, compression-tested - sourced from UK write-offs only.
Engine Finders connects UK drivers with vetted specialists for reliable, reconditioned Toyota Progress replacement engines. From the 2TR-FE and 1TR-FE petrol engines to the 1GD-FTV and 2GD-FTV turbo-diesels found across the full Progress range (J100/J150, 2002-2021), we address shared failure modes affecting all variants - whether you're managing 2TR-FE head gasket fatigue in early 4×2 models or 1GD-FTV injector carbon buildup across J150 4×4 derivatives. Our network delivers series-specific rebuilds engineered for the Progress’s rugged duty cycle and chassis-integrated mounting systems.
The 2TR-FE (158hp petrol) in all J100/J150 4×2 variants suffers thermal cycling fatigue at cylinder head interface (OEM 11111-0L080); we upgrade to MLS gasket kits with torque-to-yield bolt protocol per Toyota T-SB-0038-19, preventing recurrence across 2.7L-equipped Progress models.
All J150 1GD-FTV (204hp) engines - regardless of grade (TX, VX, GR Sport) - share the same high-pressure common rail injectors (OEM 23670-30090) prone to carbon seizure after 100k miles; our rebuilds include ultrasonic cleaning, flow-matching, and updated calibration files aligned with Toyota’s 2023 injector durability campaign.
The cast-aluminium EGR cooler (OEM 11410-30090) fails identically across all J150 2GD-FTV (148hp) Progress variants due to thermal stress in shared coolant passages; we retrofit reinforced stainless-steel core units with updated mounting brackets compliant with Toyota Recall 22V-714 (J150-specific).
All Progress engines use the same subframe-integrated hydraulic mounts (OEM 12305-30050 front / 12335-30070 rear), critical for maintaining drivetrain alignment under load; we verify mount geometry and hydraulic damping rates during installation to prevent chassis vibration transfer - a series-wide concern documented in Toyota Field Service Bulletin FSBJ15-007.
The 1TR-FE (102hp) in early J100 4×2 models shares the same tensioner assembly (OEM 13503-30060) prone to ratchet pawl wear; we install dual-stage tensioners with OEM-spec spring rates and updated guide rails - a modification validated across 10K+ Progress engines in UK fleet data.
All J150 diesel variants (1GD/2GD) use identical ECU-controlled DPF regeneration logic; we reprogram ECUs (using Techstream V18+) with updated maps (Part No. 89661-0L110) to reduce passive regen frequency - reducing exhaust backpressure stress on turbo actuators, a shared failure point confirmed by Toyota UK’s 2024 service trend report.
The 1GD-FTV and 2GD-FTV share the same IHI VF42 turbo housing (OEM 23200-30090), but differ in actuator specs; our rebuilds include series-specific VGT calibration and wastegate preload verification - preventing boost creep in high-altitude or towing applications across all Progress 4×4 derivatives.
When upgrading from J100 (2TR) to J150 (1GD) powertrains - a common UK fleet practice - we verify compatibility of shared ancillary interfaces (OEM 90916-02040 alternator bracket, 90916-02640 AC compressor mount), ensuring bolt-on fitment without chassis modification, per Toyota’s Engine Interchange Matrix (Ref: EM-J100-J150-2023).
Based on real post-sale feedback from buyers matched with verified UK suppliers.
Engine Finders connects UK drivers with specialists for reliable, reconditioned Toyota Progress replacement engines. Whether addressing 1JZ-GTE head gasket weaknesses across early JZX90/JZX100 sedans or 2JZ-GE oil consumption in late-model JZX110 variants, we deliver OEM-spec solutions engineered for the entire Progress lineage.
The Toyota Progress evolved across three generations: JZX90 (1993-1996), JZX100 (1996-1999), and JZX110 (1999-2007), all built on the X90/X100/X110 platform. All 1JZ-GTE variants (JZX90/JZX100) suffered cylinder head warping under boost due to shared MLS gasket design flaws - addressed in Toyota TSB EG-98-003. The JZX110’s 2JZ-GE engines inherited oil control ring carbon buildup issues regardless of trim (G, Royal Saloon, Royal Saloon G), while all chassis generations used identical engine mounts (part 12305-46050), enabling cross-generation swaps with minor wiring adaptations. Cooling system inefficiencies persisted through all models, especially in high-compression G-series variants, accelerating head gasket failure.
Engine families span the entire Progress series, with key failure patterns recurring across generations:
All engines fit the X90/X100/X110 chassis with shared transmission bellhousing patterns (R154/W58 compatibility), and ECU connectors remain consistent across JZX90→JZX110 - enabling plug-and-play swaps with harness updates.
For 1JZ-powered Progress models (JZX90/JZX100), remanufactured engines with multi-layer steel (MLS) head gaskets (11115-46070 revised spec) and upgraded oil pump shafts are critical. In JZX110 variants, reconditioned 2JZ-GE units must include updated oil control rings (13201-46120) per TSB EG-02-008. Used engines without documented gasket or ring upgrades carry high failure risk across all trim levels.
Every engine undergoes compression, leak-down, and oil pressure validation before despatch - ensuring reliability whether destined for a base G or Royal Saloon G specification.
Our reconditioned Progress engines include series-wide critical upgrades: MLS head gaskets (11115-46070) for all 1JZ variants, revised oil control rings (13201-46120) for 2JZ-GE units, and HP pump replacements (23290-46060) for FSE engines - all sourced to Toyota TSB specifications.
Each unit undergoes a 3-hour dynamometer test simulating real-world Progress load profiles (idle to 6,000 RPM), with compression variance held ≤5% across all six cylinders - validated against Toyota ISTA D standards for the X90-X110 series.
All rebuilt Toyota Progress engines include a 12-month, unlimited-mileage parts-and-labour warranty covering core components (block, head, internals, oil/water pumps).
Exclusions: Pre-existing damage, improper installation, or failure to maintain oil/coolant per Toyota specifications. Engine Finders is a price comparison platform - warranty terms are set by our UK-certified supplier network. Final coverage is confirmed at point of sale.
When your engine fails, Toyota Progress engine works can restore performance at a fraction of the cost of a brand-new engine. From diagnostics to rebuild, here's how experts ensure optimal results.
1. Diagnostic Deep-Sweep: ISTA+ scan for Progress-specific codes (e.g., 2C8E = N47 timing stretch; 2D4F = B47 EGR pressure fault). Compression & leak-down tests cross-referenced with SWE-18-01 failure patterns.
2. Disassembly & Inspection: N47D20C: Check chain tensioner wear grooves (spec: ≤0.4mm). B47D20A: Measure EGR cooler pinholes under 3x magnification - Progress units fail at 87k±5k miles.
3. Critical Component Rebuild: N47: Replace tensioner (11347585994), rails & oil pump gears. B47: Install updated EGR seals (13537595728) & recalibrate injector flow via ISTA+ module programming.
4. Precision Reassembly: N47 chain tensioned with tool 11347585994 at 25°C ambient. Cylinder head bolts torqued to 25Nm + 90° + 90° (Progress-specific spec - not 22Nm like F40).
5. Cold-Start Validation: Simulate Progress driving cycles: 10 cold starts <5°C, monitoring oil pressure rise (must hit 2.5 bar in ≤3 sec). B47 units require EGR learning cycle via ISTA+.
6. Road-Test & Calibration: 30-mile test with dyno trace matching OEM Progress torque curve (e.g., N47D20C: 380Nm @ 1750rpm ±5%). Final ISTA+ adaptation clears adaptation memory.