■ Toyota Hilux N140–170 · 1997–20051KZ-TE C2 · Lightweight
Lightweight utility. IFS torsion bar front, leaf rear. Compact engine bay. Factory 1KZ-TE C2.
Chassis
- Frame
- Ladder, body-on-frame
- Front
- IFS torsion bar (LN106 solid axle preferred)
- Rear
- Live axle — leaf
- 4WD
- Part-time 2H/4H/4L
- Kerb Weight
- ~1,400–1,700 kg
- Gearbox
- R151F/R154 (strong) or W-series (light — will not survive V8)
Toyota Hilux AN10–30 · 2005–20151KD-FTV · Injector seat risk
■ Toyota Land Cruiser 80 · 1990–1997 ★ Holy Grail1HZ C1 · 1HD-FTE swap C2 · Solid axle F/R · CDL
Factory 1HZ C1. The 1HD-FTE swap = C2. Massive engine bay. Coil-sprung live axles. Full-time 4WD with CDL. Birfield CVs.
Chassis · Drivetrain
- Frame
- Ladder. ~2,100–2,400 kg.
- Axles
- Solid — coil (both). Birfield CV front.
- 4WD
- Full-time with CDL: H→HL→LL
- Locks
- Centre (all). Rear (GXL+).
- Gearbox
- H151F (diesel, mates directly to 1HD-FTE)
■ LC 105 · 1998–2007Modified 80-Series frame
100-Series body on modified 80-Series frame. All 80 swap data applies.
See 80 Series■ LC 100 · 1998–2007Factory 1HD-FTE C2 or 2UZ-FE C3
LC 70 VDJ · 2007–Present1VD-FTV · Airbox dusting · DPF post-2016
1VD-FTV. Solid axle coil front, leaf rear. Rear track narrower than front.
Airbox seal "dusting" — catastrophicUnfiltered air → turbo erosion → cylinder scoring. Safari Snorkel mandatory.
■ Nissan Patrol GQ (Y60) · 1987–1997 ★ priorityTD42 C1 · Overbuilt driveline · 600+ Nm
Factory TD42 C1. Driveline handles 600+ Nm from any swap. All options maintain purity.
Chassis
- Frame
- Fully boxed ladder
- Axles
- Solid — coil (wagon) / leaf front (cab chassis)
- 4WD
- Part-time 2H/4H/4L. Manual locking hubs.
- Gearbox
- FS5R50A (big box — 600+ Nm)
■ Patrol GU (Y61) · 1997–2016 ★ highest-volume swap chassisTD42T pre-03 C1 · ZD30 = throw away
Patrol Y62 · 2010–Present C3VK56VD soot-free · HBMC · Pre-2013 chain risk
VK56VD C3 soot-free but DI carbon buildup. Not a swap platform. Avoid pre-March 2013.
■ Isuzu D-Max RA/RC · 2002–20114JJ1-TC C2 · Chassis flex
4JJ1-TC C2. No DPF. Modify in place. Chassis flex documented under extreme articulation.
■ Isuzu D-Max RT · 2012–2019 ★ definitive 4JJ1 base · pre-2016 no DPF42% rigidity over RA/RC · C2
42% more rigid. Pre-2016: no DPF. 4JJ1-TCX C2 — EGR bypass: MAF cable or blanking plate, engine ignorant.
4JJ1 mod path — +30% boostD-Max RG · 2020–Present4JJ3 · DPF locked · NOT pure
■ Triton ML · 2006–20094M41 C2 · Frame bending risk
4M41 C2. EGR: blanking plate + 7mm MAP hole.
Frame bend behind cabDocumented under overload + heavy dynamic impact. Inspect chassis straightness.
■ Pajero NM–NS · 2000–20084M41 C2 · Monocoque · IFS F/R
4M41 C2. Monocoque — no ladder frame. IFS both. Good gravel dynamics, poor extreme flex. Post-2008 (NT+) added DPF.
Engine Annex — Standardized Telemetry · 16 Fields Per Engine
Standard fields (all engines): Configuration · Induction/Injection · Displacement · Bore×Stroke · Compression Ratio · Power · Torque · BMEP · Dry Weight · Timing System · Redline · Block Material · Head Material · Fuel · Emissions Class · Critical Trait
Isuzu 4JJ1-TCX — 3.0L I4 TD
C2 Gear timing · Cast iron · Bypassable EGR · Zero DPF pre-201615.9 BAR
Isuzu 4JJ1-TCX — 3.0L I4 TD
C2 Gear timing · Cast iron · Bypassable EGR · Zero DPF pre-2016
15.9 BARC2 Gear timing · Cast iron · Bypassable EGR · Zero DPF pre-2016
- Configuration
- Inline 4-cylinder, DOHC, 16-valve
- Induction / Injection
- Turbocharged / Common Rail Direct Injection
- Displacement
- 2,999 cc
- Bore × Stroke
- 95.4 mm × 104.9 mm
- Compression Ratio
- 17.3:1
- Power
- 130 kW (177 hp) @ 3,600 rpm
- Torque
- 380 Nm @ 1,800–2,800 rpm
- BMEP
- 15.9 BAR
- Dry Weight
- ~320 kg
- Timing System
- Gear-driven (eliminates belt/chain failure)
- Redline
- 4,000 rpm
- Block Material
- Cast iron
- Head Material
- Aluminium
- Fuel
- Diesel
- Emissions Class
- C2 — EGR bypassed via MAF cable or blanking plate. Pre-2016: zero DPF.
- Critical Trait
- Extremely high structural ceiling. Factory valve springs float at >30 PSI boost — mandatory upgrade for performance builds.
EGR bypass — engine remains ignorantElectronic plug-in cable at MAF sensor, or physical blanking plate at EGR valve port. "Dumb" ECU does not enter limp mode or alter fueling.
Mod: +30% Boost → 250+ HP / 600+ Nm
F55/G-Turbo Bad Boy · +30% injector nozzles · HD valve springs (MANDATORY) · FMIC. Block handles it.
Chassis: Patrol (APEX) · Hilux N (APEX) · D-Max RT (FACTORY) · LC 80 (N/R)
Isuzu 4JJ3-TCX — 3.0L I4 TD
Updated D-Max · DPF locked · NOT pure18.8 BAR
Isuzu 4JJ3-TCX — 3.0L I4 TD
Updated D-Max · DPF locked · NOT pure
18.8 BARUpdated D-Max · DPF locked · NOT pure
- Configuration
- Inline 4-cylinder, DOHC, 16-valve
- Induction / Injection
- Turbocharged (VGS) / Common Rail Direct Injection
- Displacement
- 2,999 cc
- Bore × Stroke
- 95.4 mm × 104.9 mm
- Compression Ratio
- 16.3:1
- Power
- 140 kW (190 hp) @ 3,600 rpm
- Torque
- 450 Nm @ 1,600–2,600 rpm
- BMEP
- 18.8 BAR
- Dry Weight
- 277 kg
- Timing System
- Double-scissor gear-driven (retained from 4JJ1)
- Redline
- ~4,000 rpm
- Block Material
- Cast iron
- Head Material
- Aluminium
- Fuel
- Diesel
- Emissions Class
- Not pure — DPF + heavily computerized fuel management. ECU bypass significantly more complex than 4JJ1.
- Critical Trait
- Higher output but locked-down architecture. If modifiability matters, buy a pre-2016 4JJ1 RT instead.
Toyota 1HD-T / 1HD-FT / 1HD-FTE — 4.2L I6 TD
C1(T/FT) C2(FTE) · The Gold Standard · 500,000+ km baseline13.0 BAR
Toyota 1HD-T / 1HD-FT / 1HD-FTE — 4.2L I6 TD
C1(T/FT) C2(FTE) · The Gold Standard · 500,000+ km baseline
13.0 BARC1(T/FT) C2(FTE) · The Gold Standard · 500,000+ km baseline
- Configuration
- Inline 6-cylinder, SOHC, 24-valve
- Induction / Injection
- Turbocharged / IDI (1HD-T) · DI (1HD-FT) · Electronic Rotary (1HD-FTE)
- Displacement
- 4,164 cc
- Bore × Stroke
- 94.0 mm × 100.0 mm
- Compression Ratio
- 18.8:1
- Power
- 121 kW @ 3,600 (T) · 134 kW @ 3,600 (FT) · 151 kW @ 3,400 (FTE)
- Torque
- 373 Nm (T) · 380 Nm (FT) · 430 Nm @ 1,400–3,200 (FTE)
- BMEP
- 11.3 (T) · 11.5 (FT) · 13.0 BAR (FTE)
- Dry Weight
- ~365 kg
- Timing System
- Gear-driven
- Redline
- 4,200 rpm
- Block Material
- Cast iron
- Head Material
- Cast iron (T/FT) · Aluminium (FTE)
- Fuel
- Diesel
- Emissions Class
- C1 1HD-T/FT: zero EGR, zero DPF, zero electronics. C2 1HD-FTE: factory EGR bypassable with billet steel plate at exhaust manifold.
- Critical Trait
- Benchmark long-block reliability. 1HD-FTE requires Unichip piggyback for aggressive tuning — factory ECU cannot be easily flashed. Intake manifold clogs with tar if EGR left active.
1HD-FTE EGR bypassSolid billet steel plate at exhaust manifold. ECU does not enter limp mode — EGR position is not a critical fault parameter on this generation.
Mod: G-Turbo & Piggyback → 650+ Nm
G-Turbo Grunter/Red Wheel · Unichip Q4 · 3"→4" exhaust · 4" airbox. Lowers EGTs while increasing power.
Toyota 1HZ — 4.2L I6 NA Diesel
C1 Zero electronics · The slug you swap out8.6 BAR
Toyota 1HZ — 4.2L I6 NA Diesel
C1 Zero electronics · The slug you swap out
8.6 BARC1 Zero electronics · The slug you swap out
- Configuration
- Inline 6-cylinder, SOHC, 12-valve
- Induction / Injection
- Naturally Aspirated / Indirect Injection
- Displacement
- 4,164 cc
- Bore × Stroke
- 94.0 mm × 100.0 mm
- Compression Ratio
- 22.7:1
- Power
- 96 kW (130 hp) @ 4,000 rpm
- Torque
- 285 Nm @ 2,200 rpm
- BMEP
- 8.6 BAR
- Dry Weight
- ~285 kg
- Timing System
- Gear-driven
- Redline
- 4,200 rpm
- Block Material
- Cast iron
- Head Material
- Cast iron
- Fuel
- Diesel
- Emissions Class
- C1 Zero EGR (pre-2001). Zero DPF. Zero electronics.
- Critical Trait
- Immortal but underpowered. Cannot turbo without piston upgrades — pre-combustion chamber design not rated for forced induction. The correct path is to replace with a 1HD-FTE.
Toyota 1KZ-TE — 3.0L I4 TD
C2 Indirect · Aluminium head crack risk14.5 BAR
Toyota 1KZ-TE — 3.0L I4 TD
C2 Indirect · Aluminium head crack risk
14.5 BARC2 Indirect · Aluminium head crack risk
- Configuration
- Inline 4-cylinder, SOHC, 8-valve
- Induction / Injection
- Turbocharged / Indirect Injection
- Displacement
- 2,982 cc
- Bore × Stroke
- 96.0 mm × 103.0 mm
- Compression Ratio
- 21.2:1
- Power
- 96 kW (130 hp) @ 3,600 rpm
- Torque
- 343 Nm @ 2,000 rpm
- BMEP
- 14.5 BAR
- Dry Weight
- ~280 kg
- Timing System
- Belt-driven (with gear-driven balancer shafts)
- Redline
- 4,400 rpm
- Block Material
- Cast iron
- Head Material
- Aluminium
- Fuel
- Diesel
- Emissions Class
- C2 Primitive EGR blocked with metal shim. Zero DPF. Engine has no sensor to detect absence of exhaust flow.
- Critical Trait
- Bulletproof bottom end. Aluminium head cracks under thermal stress — full-aluminium radiator MANDATORY before any power increase.
Mod: Mechanical Pump Conversion → 140–200 rwhp
Convert Denso ECDV3 electronic pump to hybrid mechanical — 12mm hydraulic head + boost compensator. Factory pump already 12mm — upgrade is electronic→mechanical cam plate geometry. Specialists: Kaiapoi Repowers, Reece Diesel, HD Auto.
Toyota 1KD-FTV — 3.0L I4 TD
Common Rail · Injector seat failure 05–10 · NOT pure14.5 BAR
Toyota 1KD-FTV — 3.0L I4 TD
Common Rail · Injector seat failure 05–10 · NOT pure
14.5 BARCommon Rail · Injector seat failure 05–10 · NOT pure
- Configuration
- Inline 4-cylinder, DOHC, 16-valve
- Induction / Injection
- Turbocharged (VNT) / Common Rail D-4D
- Displacement
- 2,982 cc
- Bore × Stroke
- 96.0 mm × 103.0 mm
- Compression Ratio
- 15.0–17.9:1 (varies by market/year)
- Power
- 127 kW (170 hp) @ 3,400 rpm
- Torque
- 343 Nm @ 1,800–3,400 rpm
- BMEP
- 14.5 BAR
- Dry Weight
- ~260 kg
- Timing System
- Belt-driven (with gear-driven balancer shafts)
- Redline
- 4,200 rpm
- Block Material
- Cast iron
- Head Material
- Aluminium
- Fuel
- Diesel
- Emissions Class
- Not pure — DPF on later models. Water-cooled EGR from Euro 3+.
- Critical Trait
- 2005–2010: injector seat sealing failure → oil starvation → cracked pistons. Toyota issued customer support programme. Verify repair status before purchase.
Toyota 1GD-FTV — 2.8L I4 TD
Highest BMEP on list · DPF/EGR encumbered · NOT pure22.8 BAR
Toyota 1GD-FTV — 2.8L I4 TD
Highest BMEP on list · DPF/EGR encumbered · NOT pure
22.8 BARHighest BMEP on list · DPF/EGR encumbered · NOT pure
- Configuration
- Inline 4-cylinder, DOHC, 16-valve
- Induction / Injection
- Turbocharged (VNT) / Common Rail D-4D
- Displacement
- 2,755 cc
- Bore × Stroke
- 92.0 mm × 103.6 mm
- Compression Ratio
- 15.6:1
- Power
- 150 kW (204 hp) @ 3,400 rpm
- Torque
- 500 Nm @ 1,600–2,800 rpm
- BMEP
- 22.8 BAR
- Dry Weight
- ~230 kg
- Timing System
- Chain-driven
- Redline
- 5,000 rpm
- Block Material
- Cast iron
- Head Material
- Aluminium
- Fuel
- Diesel
- Emissions Class
- Not pure — complex DPF + EGR + SCR (AdBlue). Euro 5/6.
- Critical Trait
- Highest BMEP on this list — each cycle works extremely hard. 44% thermal efficiency. Exceptional output from 2.8L but encumbered by emissions architecture that older engines avoid entirely.
Toyota 1VD-FTV — 4.5L V8 TD
70/200 Series · Airbox dusting · DPF post-201212.1 BAR
Toyota 1VD-FTV — 4.5L V8 TD
70/200 Series · Airbox dusting · DPF post-2012
12.1 BAR70/200 Series · Airbox dusting · DPF post-2012
- Configuration
- 90° V8, DOHC, 32-valve
- Induction / Injection
- Turbocharged (single GTA2359V or twin IHI) / Common Rail D-4D
- Displacement
- 4,461 cc
- Bore × Stroke
- 86.0 mm × 96.0 mm
- Compression Ratio
- 16.8:1
- Power
- 151 kW @ 3,400 (single turbo 70-Series) · 200 kW @ 3,400 (twin turbo 200-Series)
- Torque
- 430 Nm @ 1,200–3,200 (single) · 650 Nm @ 1,600–2,800 (twin)
- BMEP
- 12.1 BAR (single) · 18.3 BAR (twin)
- Dry Weight
- ~310 kg (estimated)
- Timing System
- Chain + gear combination (chain drives intake cam, gear drives exhaust)
- Redline
- ~3,800 rpm
- Block Material
- Nodular graphite cast iron
- Head Material
- Aluminium
- Fuel
- Diesel
- Emissions Class
- Pre-2012: EGR + oxidation cat (C2-adjacent). Post-2012: DPF added, not pure.
- Critical Trait
- Factory airbox seal failure causes catastrophic "dusting" — unfiltered air destroys turbo and scores cylinders. Safari Snorkel sealed airbox is mandatory.
Toyota 2UZ-FE — 4.7L V8 Petrol
C3 Cast-iron · NA · Zero EGR/DPF11.1 BAR
Toyota 2UZ-FE — 4.7L V8 Petrol
C3 Cast-iron · NA · Zero EGR/DPF
11.1 BARC3 Cast-iron · NA · Zero EGR/DPF
- Configuration
- 90° V8, DOHC, 32-valve
- Induction / Injection
- Naturally Aspirated / Multi-Port Sequential Injection
- Displacement
- 4,664 cc
- Bore × Stroke
- 94.0 mm × 84.0 mm
- Compression Ratio
- 9.6:1 (pre-2007) · 10.0:1 (VVT-i, post-2007)
- Power
- 170 kW (230 hp) @ 4,800 rpm (pre-VVT-i) · 202 kW (271 hp) @ 5,400 (VVT-i)
- Torque
- 410 Nm @ 3,400 rpm (pre-VVT-i) · 441 Nm @ 3,400 (VVT-i)
- BMEP
- 11.1 BAR (pre-VVT-i) · 11.9 BAR (VVT-i)
- Dry Weight
- 255.5 kg
- Timing System
- Belt-driven
- Redline
- 5,800 rpm (pre-VVT-i) · 6,000 rpm (VVT-i)
- Block Material
- Cast iron
- Head Material
- Aluminium
- Fuel
- Petrol (Gasoline)
- Emissions Class
- C3 Petrol — zero DPF, zero diesel EGR. Completely immune to intake soot.
- Critical Trait
- Ultra-reliable. Timing belt replacement interval: 90,000 km. The "I don't want diesel emissions" engine. Trade-off: fuel consumption.
Nissan TD42 / TD42T — 4.2L I6 Diesel
C1 (pre-2003) · Gear timing · Mechanical injection · Zero ECU8.0–10.0 BAR
Nissan TD42 / TD42T — 4.2L I6 Diesel
C1 (pre-2003) · Gear timing · Mechanical injection · Zero ECU
8.0–10.0 BARC1 (pre-2003) · Gear timing · Mechanical injection · Zero ECU
- Configuration
- Inline 6-cylinder, OHV, 12-valve
- Induction / Injection
- NA (TD42) / Turbocharged (TD42T) / Mechanical Injection
- Displacement
- 4,169 cc
- Bore × Stroke
- 96.0 mm × 96.0 mm (square)
- Compression Ratio
- 21.5:1 (NA) · 20.8:1 (Turbo)
- Power
- 91 kW @ 4,000 (NA) · 114 kW @ 4,000 (Turbo)
- Torque
- 264 Nm @ 2,000 (NA) · 330 Nm @ 2,000 (Turbo)
- BMEP
- 8.0 BAR (NA) · 10.0 BAR (Turbo)
- Dry Weight
- ~310 kg (estimated — massive cast-iron I6)
- Timing System
- Gear-driven
- Redline
- 4,400 rpm
- Block Material
- Cast iron
- Head Material
- Cast iron
- Fuel
- Diesel
- Emissions Class
- C1 Pre-2003: zero EGR, zero DPF, zero ECU. TD42Ti (2003+) added primitive EGR. Pre-2003 blocks entirely unrestricted.
- Critical Trait
- Mechanical injection = fully adjustable, field-serviceable anywhere on earth. Readily accepts aggressive forced induction. Zero electronics.
Nissan ZD30 — 3.0L I4 TD
THE GRENADE · NOT pure — the engine you throw away15.1 BAR
Nissan ZD30 — 3.0L I4 TD
THE GRENADE · NOT pure — the engine you throw away
15.1 BARTHE GRENADE · NOT pure — the engine you throw away
- Configuration
- Inline 4-cylinder, DOHC, 16-valve
- Induction / Injection
- Turbocharged / Direct Injection
- Displacement
- 2,953 cc
- Bore × Stroke
- 96.0 mm × 102.0 mm
- Compression Ratio
- 16.5:1
- Power
- 116 kW (158 hp) @ 3,600 rpm
- Torque
- 354 Nm @ 1,800 rpm
- BMEP
- 15.1 BAR
- Dry Weight
- ~210 kg (estimated)
- Timing System
- Chain-driven
- Redline
- 4,200 rpm
- Block Material
- Cast iron
- Head Material
- Aluminium
- Fuel
- Diesel
- Emissions Class
- Not pure. The reason most GU Patrol swap projects exist.
- Critical Trait
- 2000–2003 "Grenades": MAF failures → extreme over-fueling → melted pistons. Turbo failures, injector issues, cracked manifolds across all years. Buy a blown ZD30 GU for the chassis and gearbox — throw the engine away.
Nissan VK56VD — 5.6L V8 DI Petrol
C3 Soot-free · VVEL/DIG · 4 failure modes12.8 BAR
Nissan VK56VD — 5.6L V8 DI Petrol
C3 Soot-free · VVEL/DIG · 4 failure modes
12.8 BARC3 Soot-free · VVEL/DIG · 4 failure modes
- Configuration
- 90° V8, DOHC, 32-valve
- Induction / Injection
- Naturally Aspirated / Direct Injection (DIG) with VVEL
- Displacement
- 5,552 cc
- Bore × Stroke
- 98.0 mm × 92.0 mm
- Compression Ratio
- 10.8:1 or 11.5:1 (application-dependent)
- Power
- 298 kW (400 hp) @ 5,200 rpm
- Torque
- 565 Nm @ 4,000 rpm
- BMEP
- 12.8 BAR
- Dry Weight
- ~200 kg bare / ~225 kg dressed
- Timing System
- Chain-driven (right-side chain is the documented weak point)
- Redline
- ~6,000 rpm (unverified)
- Block Material
- Aluminium
- Head Material
- Aluminium
- Fuel
- Premium Petrol (91+ octane)
- Emissions Class
- C3 Soot-free petrol. Zero DPF. DI carbon buildup is the trade-off.
- Critical Trait
- 4 failure modes: (1) pre-2013 timing chain stretch at 84k km, (2) DI fuel pump failure ~80–90k km, (3) catalytic material ingestion via valve overlap EGR, (4) DI carbon buildup. Tuning limited to UpRev.
Mitsubishi 4M41 — 3.2L I4 TD
C2 Canter-truck derived · Chain guide is the sole flaw17.4 BAR
Mitsubishi 4M41 — 3.2L I4 TD
C2 Canter-truck derived · Chain guide is the sole flaw
17.4 BARC2 Canter-truck derived · Chain guide is the sole flaw
- Configuration
- Inline 4-cylinder, DOHC, 16-valve
- Induction / Injection
- Turbocharged (VGT) / CRD (post-06) or DI (pre-06)
- Displacement
- 3,200 cc
- Bore × Stroke
- 98.5 mm × 105.0 mm
- Compression Ratio
- 17.0:1 (DI) · 16.0–17.0:1 (CRD)
- Power
- 147 kW (200 hp) @ 3,800 rpm (CRD 2010+)
- Torque
- 441 Nm @ 2,000 rpm (CRD 2010+)
- BMEP
- 17.4 BAR
- Dry Weight
- 245 kg
- Timing System
- Chain-driven
- Redline
- ~4,200 rpm
- Block Material
- Cast iron
- Head Material
- Aluminium
- Fuel
- Diesel
- Emissions Class
- C2 Pre-2008: zero DPF. EGR: blanking plate + 7mm MAP hole, or electronic module.
- Critical Trait
- Timing chain upper guide failure — sole critical flaw. Adherence to replacement intervals mandatory. Otherwise: truck-derived block, strong lineage.
GM LS / SBC 350 — 5.7L+ V8 Petrol
C3 OHV · The universal solvent · 9.5 BAR BMEP9.5 BAR
GM LS / SBC 350 — 5.7L+ V8 Petrol
C3 OHV · The universal solvent · 9.5 BAR BMEP
9.5 BARC3 OHV · The universal solvent · 9.5 BAR BMEP
- Configuration
- 90° V8, OHV, 16-valve
- Induction / Injection
- Naturally Aspirated / Multi-Port (LS) or Carbureted (SBC)
- Displacement
- 5,733 cc (350 cu in) — varies by variant
- Bore × Stroke
- 101.6 mm × 88.4 mm (SBC 350)
- Compression Ratio
- 9.0:1 (SBC performance crate) — varies widely
- Power
- 216+ kW (290+ hp) — varies by variant
- Torque
- 434+ Nm — varies by variant
- BMEP
- ~9.5 BAR (SBC 350)
- Dry Weight
- ~260 kg (SBC cast iron) · ~200 kg (LS aluminium)
- Timing System
- Chain-driven
- Redline
- 5,500 rpm
- Block Material
- Cast iron (SBC) · Aluminium (LS Gen III/IV)
- Head Material
- Aluminium
- Fuel
- Petrol (Gasoline)
- Emissions Class
- C3 Petrol — permanently exits all diesel regulatory constraints.
- Critical Trait
- Functionally immortal. 9.5 BAR BMEP = practically asleep. V-block footprint fits tighter bays than I6. Massive adapter support (Marks 4WD). Parts cheaper than dirt.
Holden 308 (VN EFI) — 5.0L V8 Petrol
C3 Cast-iron icon · 355 stroker path9.9 BAR
Holden 308 (VN EFI) — 5.0L V8 Petrol
C3 Cast-iron icon · 355 stroker path
9.9 BARC3 Cast-iron icon · 355 stroker path
- Configuration
- 90° V8, OHV, 16-valve
- Induction / Injection
- Naturally Aspirated / Multi-Port Injection (VN EFI)
- Displacement
- 5,044 cc (308 cu in)
- Bore × Stroke
- 100.9 mm × 89.0 mm
- Compression Ratio
- 8.8:1
- Power
- 179 kW (240 hp)
- Torque
- 400 Nm
- BMEP
- 9.9 BAR
- Dry Weight
- ~230 kg
- Timing System
- Chain-driven
- Redline
- 5,500 rpm
- Block Material
- Cast iron
- Head Material
- Cast iron (early) · Aluminium (VN EFI)
- Fuel
- Petrol (Gasoline)
- Emissions Class
- C3 Zero emissions complexity.
- Critical Trait
- Rear main seal oil leak is the known nuisance — not a failure mode. 355 stroker (3.48" crank): 308→355 ci in factory footprint. The Aussie 383.
Ford Barra — 4.0L I6 Petrol
C3 The Australian 2JZ · Indestructible bottom end12.1–17.8 BAR
Ford Barra — 4.0L I6 Petrol
C3 The Australian 2JZ · Indestructible bottom end
12.1–17.8 BARC3 The Australian 2JZ · Indestructible bottom end
- Configuration
- Inline 6-cylinder, DOHC, 24-valve
- Induction / Injection
- NA or Turbocharged / Sequential Multi-Port Injection
- Displacement
- 3,984 cc
- Bore × Stroke
- 92.3 mm × 99.3 mm
- Compression Ratio
- 9.7:1 (NA BA) · 10.3:1 (NA BF+) · 8.7:1 (Turbo)
- Power
- 182 kW @ 5,000 (NA 182) · 195 kW @ 6,000 (NA 195) · 245–325 kW (Turbo factory)
- Torque
- 383 Nm @ 3,250 (NA) · 450–565 Nm (Turbo factory) · 600+ kW reliably built
- BMEP
- 12.1 BAR (NA) · up to 17.8 BAR (Turbo factory)
- Dry Weight
- ~220 kg
- Timing System
- Single-stage roller chain
- Redline
- ~6,000 rpm
- Block Material
- Cast iron
- Head Material
- Aluminium
- Fuel
- Petrol (Gasoline) · LPG (E-Gas/EcoLPi variants)
- Emissions Class
- C3 Petrol — no particulate concerns.
- Critical Trait
- Indestructible bottom end. Factory turbo rods forged. Gas (LPG) rods equally strong + cheaper. Physically wide — alternator relocation in Patrol swaps (kits include brackets). FG EGAS "green top" is the unicorn: strong rods, rear hump sump fits Patrol, cheap.
◈ Master Swap Compatibility Matrix
◈ BMEP Table — Sorted Ascending · Lower = Less Stress
| Engine | Disp. | Torque | BMEP | Class |
|---|---|---|---|---|
| TD42 NA | 4,169 | 264 Nm | 8.0 | C1 |
| 1HZ | 4,164 | 285 Nm | 8.6 | C1 |
| SBC 350 | 5,733 | 434 Nm | 9.5 | C3 |
| Holden 308 | 5,044 | 400 Nm | 9.9 | C3 |
| TD42T | 4,169 | 330 Nm | 10.0 | C1 |
| 2UZ-FE | 4,664 | 410 Nm | 11.1 | C3 |
| 1HD-T | 4,164 | 373 Nm | 11.3 | C1 |
| 1HD-FT | 4,164 | 380 Nm | 11.5 | C1 |
| 1VD-FTV (single) | 4,461 | 430 Nm | 12.1 | — |
| Barra NA | 3,984 | 383 Nm | 12.1 | C3 |
| VK56VD | 5,552 | 565 Nm | 12.8 | C3* |
| 1HD-FTE | 4,164 | 430 Nm | 13.0 | C2 |
| 1KZ-TE | 2,982 | 343 Nm | 14.5 | C2 |
| 1KD-FTV | 2,982 | 343 Nm | 14.5 | — |
| ZD30 | 2,953 | 354 Nm | 15.1 | — |
| 4JJ1-TCX | 2,999 | 380 Nm | 15.9 | C2 |
| 4M41 | 3,200 | 441 Nm | 17.4 | C2 |
| 4JJ3-TCX | 2,999 | 450 Nm | 18.8 | — |
| 1GD-FTV | 2,755 | 500 Nm | 22.8 | — |
■ green = mechanically pure. VK56VD* = C3 soot-free but DI carbon buildup. Unclassed engines: DPF, complex EGR, or catastrophic factory defects.
◈ Emissions Classification — Quick Reference
C1 MECHANICAL IMMORTALS — Zero EGR · Zero DPF · Zero ECU
C2 BYPASSABLE — Dumb EGR · Zero DPF · No limp mode
C3 SOOT-FREE PETROLS — No DPF by definition