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Toyota
LandCruiser 70
76 Wagon / 78 Troopcarrier·
1985-2026
suv-4wd
Top pick
Price (AUD)
$12k-$95k
Body styles
5-door 76 wagon, 78 Troopcarrier (Troopy), 75-series wagon/Troopcarrier (pre-2007)
Drivetrain
Part-time 4WD (dual-range, manual free-wheeling front hubs on older models), Part-time 4WD (dual-range, factory front and rear diff locks on later wagons)
Origin
Japan
Built in
Japan
Overview
The 70 Series is Toyota's longest-running LandCruiser line and the definitive Australian heavy-duty 4WD - a leaf/coil live-axle, part-time dual-range workhorse sold continuously since 1984 as the troopcarrier (HZJ75 then HZJ78/VDJ78 'Troopy') and, from 2007, the five-seat 76 wagon. Body styles relevant here are the wagon and the Troopcarrier; the utes are catalogued separately. Engine history spans the early carburetted 3F 4.0 petrol six and 2H/3B naturally-aspirated diesels, the long-serving 1HZ 4.2 indirect-injection diesel six and 1FZ-FE 4.5 petrol six (1990s-2007), the iconic 1VD-FTV 4.5 turbo-diesel V8 (2007-2024, single-turbo 151kW/430Nm in the 70 unlike the twin-turbo 200), and from 2023-24 the modern 1GD-FTV 2.8 four-cylinder turbo-diesel paired (for the first time in a 70) with a six-speed automatic. Brutally simple, immensely capable off-road and almost endlessly rebuildable, but old-school in ride, refinement and safety. Buy on engine, service history and rust - the chassis and driveline are the easy part. The factory-narrow front track, recirculating-ball steering and live-axle geometry make the 70 famous for 'death wobble' if the front end is worn or a lift is fitted without caster correction.
Engines & variants
4.5L 1VD-FTV turbo-diesel V8
Engine
4.5L common-rail turbo-diesel V8 (single turbo in the 70 Series; DPF added from the 2016/2017 update)
Config
V8 turbo
Displacement
4461cc
Power
151kW @ 3400rpm
Torque
430Nm @ 1200-3200rpm (lifted to 430Nm wide-band with the 2016 update)
Drivetrain
Part-time 4WD (dual-range)
Economy
10.7-13 L/100km combined
Tow (braked)
3500kg
Tow (unbraked)
750kg
Transmission
5MT
Timing chain / belt / gear
Chain-driven
Pros
- Effortless V8 torque and a glorious soundtrack - the enthusiast favourite
- Detuned single-turbo state makes it very robust and easy to live with
- Pre-2016 examples have no DPF and are mechanically simpler
- Cast-iron block, huge aftermarket and dealer support, 400k+ km achievable
- Strong resale - the V8 70 is now a sought-after collectible
Cons
- Only ever offered with a 5-speed manual (no auto on the V8)
- Eight injectors and seals make injector work expensive
- Post-2016 DPF dislikes short urban running
- Thirsty and slow by modern standards; gearing is tall and noisy
Known problems
high
Injector seal failure / 'black death' carbon leak
Worn injector copper seals let combustion gases blow past, baking a hard tar-like carbon ('black death') around the injector and into the head; injectors themselves also wear and over-fuel, causing smoke and rough running.
Fix: Replace injector seals (and injectors as a set if worn) early; fit a quality secondary fuel filter and use clean diesel. Catching it early avoids head damage.
high
Oil pickup strainer / oil-filter cap debris starving the pump
The plastic oil-pickup strainer and the cartridge oil-filter cap spout can break up; debris or a sucked-in filter restricts oil flow and can wipe out bearings. Low oil pressure at idle is an early warning.
Fix: Use genuine filters, fit the cap correctly, and consider replacing the factory pickup/strainer. Investigate any low idle oil pressure immediately.
medium
DPF clogging on short trips (2016/2017+)
Updated emissions models added a DPF that won't passively regenerate on short, low-speed urban runs, leading to soot loading, forced regens, oil dilution and back-pressure.
Fix: Regular highway running to allow regen; address early before it stresses the turbo/EGR. Some owners fit catch-cans to reduce intake oiling.
medium
Cracked exhaust manifolds / EGR cooler issues
Hard-worked and tuned engines crack exhaust manifolds and accumulate intake/EGR soot; over-fuelling tunes raise back-pressure and shorten turbo life.
Fix: Replace manifolds, clean EGR/intake, keep any tune conservative.
2.8L 1GD-FTV turbo-diesel four-cylinder
Engine
2.8L common-rail turbo-diesel I4 with DPF (also used in HiLux/Prado/Fortuner)
Config
I4 turbo
Displacement
2755cc
Power
150kW @ 3000-3400rpm
Torque
500Nm @ 1600-2800rpm
Drivetrain
Part-time 4WD (dual-range)
Economy
8.5-10 L/100km combined
Tow (braked)
3500kg
Tow (unbraked)
750kg
Transmission
6AT, 6MT
Timing chain / belt / gear
Chain-driven
Pros
- Brings a six-speed automatic to the 70 for the first time
- More torque (500Nm) and far better economy than the old V8
- Modern safety and driver-assist not available on V8 stock
- Easier to drive in traffic and on long highway stints
Cons
- Lacks the character and cult appeal of the V8
- Same 1GD that drew DPF/oil-consumption complaints in HiLux/Prado/Fortuner
- Four-cylinder works harder than the V8 when heavily loaded/towing
- Long-term durability in the heavy 70 platform is still unproven
Known problems
medium
DPF white smoke / clogging (class-action history)
The 1GD in HiLux/Prado/Fortuner (Oct 2015-Apr 2020 build) was the subject of an Australian class action over DPF white smoke and incomplete regens; Toyota revised the software and says the 70 application is improved, but short-trip DPF loading remains the engine's key watch-point.
Fix: Ensure all DPF/ECU software updates are applied; do regular highway runs; service on time.
medium
High oil consumption / oil dilution
Early 1GD engines reported high oil consumption and fuel dilution of the oil tied to DPF regen cycles, prompting a software fix; check oil level and condition between services.
Fix: Apply the latest software, monitor oil level/condition, change oil on or before interval.
low
EGR / intake carbon build-up
Like most modern common-rail diesels, soot accumulates in the EGR and intake over time, dulling response.
Fix: Periodic intake/EGR clean; quality oil and clean diesel.
4.2L 1HZ naturally-aspirated diesel six
Engine
4.2L indirect-injection naturally-aspirated diesel I6 with mechanical injection pump
Config
I6 diesel (NA)
Displacement
4164cc
Power
96kW @ 3800rpm
Torque
285Nm @ 2200rpm
Drivetrain
Part-time 4WD (dual-range)
Economy
11-14 L/100km
Tow (braked)
2500-3500kg (model dependent)
Tow (unbraked)
750kg
Transmission
5MT, 4AT
Timing chain / belt / gear
Gear/chain-driven (no rubber timing belt) - very robust
Pros
- Mechanically simple indirect-injection diesel - no electronics to fail
- Legendary high-km durability (500k+ km, fleet examples beyond 700k)
- Easy to work on anywhere; massive global parts support
- Sought-after touring engine, often turbo'd safely with a healthy build
Cons
- Genuinely slow - struggles loaded, towing or on hills NA
- Indirect injection runs hot in the head; cooling must be perfect
- Smoky and tired if the injection pump/injectors are worn (most are old now)
- Thirstier than its small displacement suggests when worked
Known problems
high
Cracked cylinder head from overheating
The aluminium IDI head runs hot and cracks between cylinders/precombustion chambers if the engine overheats even once - a poor radiator, tired fan clutch or hard NA work in heat is the usual trigger.
Fix: Keep cooling immaculate (radiator, fan clutch, coolant, thermostat). Replace/recondition the head if cracked; upgrade cooling on any turbo conversion.
medium
Injection pump and injector wear / timing drift
The mechanical pump can drift timing and wear with age, and injectors tire, causing hard starts, black smoke, rattle and lost power.
Fix: Diesel-specialist pump re-time/rebuild and injector service. Many have had this done - ask for records.
low
Age-related ancillaries and oil leaks
These engines are decades old; expect rear main/front seal weeps, perished hoses, tired mounts and a slow oil drip somewhere.
Fix: Budget a consumables and seal refresh on purchase.
4.5L 1FZ-FE petrol six
Engine
4.5L DOHC 24-valve fuel-injected petrol I6, cast-iron block
Config
I6 NA
Displacement
4477cc
Power
165kW @ 4600rpm
Torque
387Nm @ 3600rpm
Drivetrain
Part-time 4WD (dual-range)
Economy
16-20 L/100km real world
Tow (braked)
2500-3500kg (model dependent)
Tow (unbraked)
750kg
Transmission
5MT, 4AT
Timing chain / belt / gear
Chain-driven (no scheduled belt)
Pros
- Smooth, torquey, durable big petrol six - timing chain, no belt service
- Cheaper to buy than the diesels because petrol scares buyers off
- Cast-iron block, popular and strong forced-induction base
- Easier cold starting and quieter than the IDI diesel
Cons
- Very thirsty (16-20 L/100km), poor range without LPG/long-range tank
- Head-gasket failures, especially on early (1992-1995) and overheated examples
- Less torque-per-litre feel than a turbo-diesel for heavy towing
- Weaker resale than the diesel variants
Known problems
high
Head gasket failure
The composite head gasket degrades, most commonly on 1992-1995 engines and any with an overheat history - symptoms are white smoke, milky oil, coolant loss and overheating.
Fix: Head gasket replacement with a quality (often metal) gasket, head check/skim, and a cooling-system overhaul at the same time.
medium
Exhaust manifold / Y-pipe cracking and rust
Manifolds, Y-pipe and cats corrode and crack with age, causing leaks and a ticking exhaust.
Fix: Replace manifold/Y-pipe; aftermarket extractors are common.
low
Fuel thirst
Not a fault, but 16-20 L/100km is the reality; many were converted to LPG.
Fix: Quality LPG conversion or accept the fuel bill; long-range tank for touring.
4.0L 3F petrol six (early)
Engine
4.0L OHV petrol I6 - carburetted (3F) then fuel-injected (3F-E)
Config
I6 NA
Displacement
3955cc
Power
114-116kW
Torque
285-300Nm
Drivetrain
Part-time 4WD (dual-range)
Economy
17-22 L/100km real world
Tow (braked)
2500kg (model dependent)
Tow (unbraked)
750kg
Transmission
4MT, 5MT, 4AT
Timing chain / belt / gear
Gear/chain-driven (pushrod OHV)
Pros
- Simple, tough pushrod six - cheap to own and run mechanically
- Cheapest way into an early FJ7x wagon/Troopy
- Takes LPG well; plenty of bush-mechanic knowledge
Cons
- Very thirsty for modest power; carburettor (3F) needs setup know-how
- All examples are now old and high-km - condition is everything
- Slow and gutless next to later engines
Known problems
medium
Carburettor wear / tuning (3F)
The carburetted 3F suffers from worn/gummed carbs and aged vacuum lines causing hard starting, stalling and flat-spots; the later 3F-E EFI is generally easier to live with.
Fix: Carb rebuild/clean and replace perished vacuum hoses; specialist tune.
medium
Fuel thirst and age-related wear
17-22 L/100km plus decades of wear - expect tired cooling, electrics, seals and bushes.
Fix: LPG to manage fuel cost; budget a full consumables refresh.
Early naturally-aspirated diesel (2H 4.0 / 3B 3.4)
Engine
Naturally-aspirated indirect-injection diesels - 2H 4.0L I6 and 3B 3.4L I4 with mechanical pump
Config
I6 / I4 diesel (NA)
Displacement
3980cc (2H) / 3431cc (3B)
Power
76-77kW (2H) / 66-70kW (3B)
Torque
240-260Nm (2H) / 217-240Nm (3B)
Drivetrain
Part-time 4WD (dual-range)
Economy
11-14 L/100km
Tow (braked)
2500kg (model dependent)
Tow (unbraked)
750kg
Transmission
4MT, 5MT
Timing chain / belt / gear
Gear-driven timing - extremely robust
Pros
- Dead-simple mechanical IDI diesels - no electronics at all
- Gear-driven timing, easy to repair in the bush
- Frugal for the era; cheapest diesel entry to an early 70
- Superseded by the better 1HZ, so often very cheap
Cons
- Slow and weak even by NA-diesel standards (especially the 3B four)
- All are very old and high-hour now - condition over spec
- 2H is heavy on the cooling system; head/gasket risk if neglected
- Smoky if injection pump/injectors are worn
Known problems
high
Overheating / head gasket and cracking
Like all the IDI Toyota diesels, the 2H/3B heads run hot and will gasket-fail or crack if cooling is neglected or the engine is overheated.
Fix: Maintain cooling religiously (radiator, fan clutch, coolant); recondition head/gasket if damaged.
medium
Injection pump / injector wear
Decades-old mechanical pumps and injectors wear, causing smoke, hard starting and lost power.
Fix: Diesel-specialist pump and injector rebuild.
Common problems (all variants)
high
Front-end 'death wobble'
The live-axle, recirculating-ball 70 is famous for violent self-sustaining steering shimmy triggered by a bump at speed, usually from worn panhard/steering bushes, swivel/trunnion bearings, wheel bearings, tie-rod ends or a lift fitted without caster correction.
Fix: Methodically replace worn front-end bushes, bearings, steering damper and tie-rod ends; correct caster after any lift. Inspect thoroughly pre-purchase.
medium
Front swivel hub / birfield wear and leaks
The solid front axle's swivel hubs weep oil/grease and the birfield (CV) joints click and wear with km and off-road use, contaminating the hub and accelerating bearing wear.
Fix: Swivel reseal and repack, replace birfields and wheel bearings as needed - standard live-axle maintenance done as a set.
high
Rust - windscreen frame, roof gutters, door bottoms, chassis
70 Series rust around the windscreen surround, roof gutters, door bottoms, tailgate and especially the chassis rails on coastal, beach-driven or hard-worked outback examples - structural rust can write a vehicle off.
Fix: Detailed underbody and screen-frame inspection pre-purchase; favour dry-climate vehicles; treat and seal early.
medium
Narrow front track / wheel-bearing and steering wear
The factory front track is narrow and the steering box, idler and front bearings wear with age and accessory weight, giving vague, wandering steering.
Fix: Adjust/rebuild the steering box, renew bearings, tie-rod ends and damper; many fit a wider-track or GVM/steering upgrade.
low
Heavy-load coil/leaf sag and worn bushes
Touring loads, bull bars and winches sag the standard springs and wear suspension bushes, hurting ride and geometry (which feeds death wobble).
Fix: Constant-load springs/GVM upgrade to suit accessory and touring weight; renew bushes.
low
Tired interior, NVH and dated safety
Even late 70s are noisy, agricultural and (pre-2016) light on active safety; trim, seats and electrics wear, and older models lack curtain airbags/stability control.
Fix: Accept the character or budget seat/trim refresh and sound-deadening; choose a later updated model for more safety.