Thinking about buying a used Toyota Funcargo (1999–2005) in New Zealand? We've documented 7 known faults for this model spanning suspension, transmission, electrical, and engine. Each researched and verified before it's published. The most serious issues here are rated critical. Every one is listed below with its symptoms and repair cost, and each has its own page with where to look and what to ask the seller. Free, no account needed.
7
Critical
$180–$650
9
Pick the engine above first: the Funcargo came with 2, and without it the report has to show all of their faults. Pick the engine
Can't confirm for this car
Toyota Funcargo
Nothing has been narrowed yet, so nothing below is a claim about a particular car. Pick a year and an engine to see which faults apply.
Tell us the engine, or check the engine code on the car, before relying on this.
matched on no vehicle context
Grasp the tyre at the 6 and 12 o'clock positions and push/pull to check for vertical play — any perceptible knock indicates a worn ball joint.
Front Lower Control Arm Ball Joint Wear
The front suspension of the Funcargo uses conventional lower control arms with pressed-in ball joints at the knuckle pivot. These ball joints are grease-filled and sealed at the factory, but the rubber boot degrades over time from road grime and UV exposure, allowing the grease to escape and moisture to enter the joint. Once contaminated, the ball stud and socket wear rapidly, introducing radial and axial play that allows the wheel to shift under braking and cornering loads. In severe cases the ball joint can separate entirely, causing sudden and catastrophic loss of steering control.
What you would notice
During a test drive, accelerate gently from 20–60 km/h under light throttle and feel for a cyclic shudder or vibration through the drivetrain.
CVT K110 Steel Belt Judder and Slip
The NCP21 Funcargo equipped with the automatic transmission uses Toyota's K110 belt-type CVT, in which a segmented steel push-belt transfers drive between two variable-diameter pulleys via a wet-clutch pack. As the CVT fluid degrades and loses its friction-modifier additives — typically after 80,000–120,000 km without fluid changes — the clutch pack loses the ability to smoothly engage, and microscopic slip events across the belt flanks cause a perceptible shudder. The pulleys themselves can also develop wear grooves that disrupt the belt contact geometry, requiring full rebuild or unit replacement.
What you would notice
Start the engine cold and listen for metallic rattling from the front of the engine for the first 30–60 seconds.
1NZ-FE Timing Chain Tensioner Cold-Start Rattle
The hydraulic timing chain tensioner fitted to the 1NZ-FE 1.5-litre engine relies on engine oil pressure to maintain chain tension. When the check valve inside the tensioner wears or the plunger seals degrade, oil drains back into the sump overnight, leaving the tensioner unpressurised at startup. This allows the timing chain to slap against the plastic guide rails for 10–40 seconds until oil pressure builds, producing a characteristic metallic rattle from the front of the engine that disappears once the tensioner re-primes.
What you would notice
Attempt to slide the caliper body by hand along its guide pins; a seized pin will not move.
Front Brake Caliper Guide Pin Seizure
The Funcargo uses sliding-type front brake calipers in which the caliper body floats on two guide pins that are inserted into rubber-booted bores in the caliper bracket. The guide pins are steel and the boots are prone to splitting in the New Zealand environment due to road grime and ozone exposure, allowing moisture to contact the pin and bore and initiating corrosion. Once a guide pin seizes, the caliper can no longer slide freely and only one brake pad — typically the inner — applies load to the rotor. This causes rapid and uneven pad wear, disc scoring, brake judder under application, and a persistent drag on the affected wheel that reduces fuel economy and can overheat the disc.
What you would notice
Check for an illuminated EPS or steering warning lamp on the instrument cluster.
Electric Power Steering Column Motor Failure
Later Funcargo models equipped with column-assist electric power steering (C-EPS) use a brushed DC motor and worm-gear assembly clamped directly to the steering column shaft. The motor brushes wear with mileage and the worm gear can strip or bind if the column is subject to heavy kerbing loads. Additionally, the EPS control module (ECU) is mounted in the engine bay on some variants and is susceptible to moisture ingress, causing intermittent or permanent loss of the assist function. When the system detects a fault it illuminates the EPS warning lamp and defaults to unassisted manual steering, which substantially increases steering effort at low speed.
What you would notice
With the vehicle stationary, turn the steering wheel lock to lock slowly and listen for knocking or crunching from the strut towers.
Front Strut Top Mount Bearing Clunk
The front MacPherson strut top mounts on the NCP20/NCP21 Funcargo incorporate a thrust bearing that allows the strut to rotate freely as the steering is turned. This bearing is exposed to road contamination through the strut dust boot and relies on grease that dries out over time. Once the bearing surface corrodes or the grease depletes, the bearing binds and then releases abruptly during steering input, transmitting a sharp clunk or knock into the cabin through the strut tower. The rubber isolator bonded within the top mount also hardens and cracks with age, removing its vibration-damping function.
What you would notice
Secondary cooling system parts such as the thermostat are worth reviewing from here for peace of mind.
Good time to find out whether the alternator and starter motor have been serviced, given how long they have been working.
Attention moves to the chassis, checking the rubber bushings and engine mounts for natural wear.
Confirm the drive belt has been checked for cracking or squealing.
Assess suspension parts such as the struts and sway bar links for play or leaks.
Keep an eye on the cooling system; make sure the radiator and hoses show no brittle plastic or weeping coolant.
Flush the cooling system and check what condition the radiator hoses are in.
Great time to make sure the serpentine belt has been replaced and the spark plugs are fresh so the 1NZ-FE runs smoothly.
Turn attention to the alternator and starter motor, as parts of this age benefit from a check before they fail.
Can't confirm for this car
The NCP21 Funcargo equipped with the automatic transmission uses Toyota's K110 belt-type CVT, in which a segmented steel push-belt transfers drive between two variable-diameter pulleys via a wet-clutch pack. As the CVT fluid degrades and loses its friction-modifier additives — typically after 80,000–120,000 km without fluid changes — the clutch pack loses the ability to smoothly engage, and microscopic slip events across the belt flanks cause a perceptible shudder. The pulleys themselves can also develop wear grooves that disrupt the belt contact geometry, requiring full rebuild or unit replacement.
Symptoms to notice
What to check
Can't confirm for this car
The hydraulic timing chain tensioner fitted to the 1NZ-FE 1.5-litre engine relies on engine oil pressure to maintain chain tension. When the check valve inside the tensioner wears or the plunger seals degrade, oil drains back into the sump overnight, leaving the tensioner unpressurised at startup. This allows the timing chain to slap against the plastic guide rails for 10–40 seconds until oil pressure builds, producing a characteristic metallic rattle from the front of the engine that disappears once the tensioner re-primes.
Example of the part — not this vehicleThe front of a twin-cam engine with the timing cover off — chain, sprockets and guides.
Symptoms to notice
What to check
Can't confirm for this car
Both the 2NZ-FE 1.3 and 1NZ-FE 1.5 engines in the Funcargo use a cable-operated throttle body with an idle speed control (ISC) valve or air bypass circuit to regulate idle airflow. Combustion blow-by gases recirculated through the PCV system deposit oil vapour and carbon on the throttle plate, bore wall, and ISC passages over time. When the deposits build up sufficiently — typically after 80,000–150,000 km without cleaning — the throttle plate no longer seals fully closed, disrupting the ECU's learned idle correction and causing erratic idle quality. A clogged ISC port also prevents the ECU from raising idle speed correctly during cold running or when electrical loads are applied.
Symptoms to notice
What to check
Can't confirm for this car
Later Funcargo models equipped with column-assist electric power steering (C-EPS) use a brushed DC motor and worm-gear assembly clamped directly to the steering column shaft. The motor brushes wear with mileage and the worm gear can strip or bind if the column is subject to heavy kerbing loads. Additionally, the EPS control module (ECU) is mounted in the engine bay on some variants and is susceptible to moisture ingress, causing intermittent or permanent loss of the assist function. When the system detects a fault it illuminates the EPS warning lamp and defaults to unassisted manual steering, which substantially increases steering effort at low speed.
Symptoms to notice
What to check
Can't confirm for this car
The front suspension of the Funcargo uses conventional lower control arms with pressed-in ball joints at the knuckle pivot. These ball joints are grease-filled and sealed at the factory, but the rubber boot degrades over time from road grime and UV exposure, allowing the grease to escape and moisture to enter the joint. Once contaminated, the ball stud and socket wear rapidly, introducing radial and axial play that allows the wheel to shift under braking and cornering loads. In severe cases the ball joint can separate entirely, causing sudden and catastrophic loss of steering control.
Example of the part — not this vehicleA separated lower ball joint: the control arm has dropped and the wheel has splayed out under the guard.
Symptoms to notice
What to check
Can't confirm for this car
The Funcargo uses sliding-type front brake calipers in which the caliper body floats on two guide pins that are inserted into rubber-booted bores in the caliper bracket. The guide pins are steel and the boots are prone to splitting in the New Zealand environment due to road grime and ozone exposure, allowing moisture to contact the pin and bore and initiating corrosion. Once a guide pin seizes, the caliper can no longer slide freely and only one brake pad — typically the inner — applies load to the rotor. This causes rapid and uneven pad wear, disc scoring, brake judder under application, and a persistent drag on the affected wheel that reduces fuel economy and can overheat the disc.
Symptoms to notice
What to check
Can't confirm for this car
The front MacPherson strut top mounts on the NCP20/NCP21 Funcargo incorporate a thrust bearing that allows the strut to rotate freely as the steering is turned. This bearing is exposed to road contamination through the strut dust boot and relies on grease that dries out over time. Once the bearing surface corrodes or the grease depletes, the bearing binds and then releases abruptly during steering input, transmitting a sharp clunk or knock into the cabin through the strut tower. The rubber isolator bonded within the top mount also hardens and cracks with age, removing its vibration-damping function.
Symptoms to notice
What to check
Some of the Toyota Funcargo’s documented faults are repairs other models share. Each page lists the documented NZ cost for every model it affects.
Like any used car, it depends on the specific example and its service history. Across the 7 documented faults for the Toyota Funcargo, the recurring problem areas are suspension, transmission, and electrical. A Toyota Funcargo with a full service history and no signs of the issues listed on this page can be a sound buy but each one needs to be checked individually before you commit.
We've catalogued 7 known faults for the Toyota Funcargo, covering suspension, transmission, and electrical. All 7 are written out in full on this page, with the symptoms to notice, what to inspect, and typical repair costs for each. Free to read, no account needed.
Most single repairs on the Toyota Funcargo fall between $180–$650 at NZ independent-workshop rates. Some of the 7 documented faults cost less and a few cost considerably more, and no one car needs them all. Knowing which ones to look for before you view is what lets you negotiate the price down or walk away.
Yes. A Toyota Funcargo inspection focused on its known weak points is the single best way to avoid an expensive mistake. KickTyres gives you a guided, model-specific inspection plus a market valuation and negotiation figure for $24.90 far less than the cost of missing one of the faults on this page.