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Top issues
9 known problems · 1 high
high
2020-2021 hybrid power-loss recall
All engines
medium
12V battery flat / hybrid won't 'ready' on short-trip use
All engines
medium
12V auxiliary battery going flat (short-trip cars)
2 of 3 engines
Recalls
3 on recordREC-001317
2021-01-19
Defect: A sharp edge in the rear centre seat belt anchor bracket may damage the seat belt webbing.
Hazard: In a collision the rear centre seat belt may not properly restrain the occupant, increasing risk of serious injury or death.
Remedy: Toyota contacts affected owners to arrange a free repair at a Toyota dealer; owners advised to avoid the rear centre seat until repaired.
Affected: Yaris Cross / Yaris Cross Hybrid, 2020 build
Official notice: www.vehiclerecalls.gov.au · details checked 2026-09-30
REC-005068
2022-03-10
Defect: The front millimetre-wave radar sensor supporting the Pre-Collision System may not have been correctly calibrated during manufacture.
Hazard: The Pre-Collision System may fail to detect a vehicle ahead and not warn the driver or apply brake assist as intended, increasing accident risk.
Remedy: Toyota dealer inspection and recalibration/replacement of the sensor, free of charge.
Affected: 18,471 units shared with C-HR and Yaris hatch; Yaris Cross 2020-2021 build
Official notice: www.vehiclerecalls.gov.au · details checked 2026-09-30
REC-005853
2023-12-18
Defect: Tyres fitted to the vehicle do not meet ADR 81/02 requirements.
Hazard: No safety hazard identified; may result in increased fuel consumption than labelled.
Remedy: Toyota replaces all four tyres free of charge.
Affected: 245 units, Yaris Cross Hybrid GR Sport (MXPJ10R) 2022-2023 (campaign YGG89)
Official notice: www.vehiclerecalls.gov.au · details checked 2026-09-30
Check a specific car by VIN at vehiclerecalls.gov.au.
At this odometer
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Before and after
Before: None direct (new model; sits above the Yaris hatch on the TNGA-B/GA-B platform)
After: Facelifted XP210 (2024 update; continues in production)
Price (AUD)
$18k-$40k
Body styles
5-door wagon (light/small SUV)
Drivetrain
Front-wheel drive (petrol and hybrid), Electric on-demand AWD (hybrid E-Four / AWD-i, rear electric motor)
Origin
Japan
Built in
Japan
Overview
Launched in Australia in November 2020, the Yaris Cross is Toyota's light/small SUV built on the same TNGA-B (GA-B) platform as the XP210 Yaris hatch and sourced from Japan. It is a monocoque on-road soft-roader sold here in GX, GXL and Urban grades, with a hybrid-only GR Sport added from late 2022. Two powertrains were offered in Australia: a 1.5-litre M15A-FKS naturally aspirated three-cylinder petrol (Direct Shift CVT) and a 1.5-litre M15A-FXE petrol-hybrid (planetary e-CVT) using Toyota's fifth-generation Hybrid Synergy Drive with a small lithium-ion drive battery. Both can be had as front-drive or with Toyota's electric on-demand AWD (badged AWD-i / E-Four), which adds a separate rear electric motor rather than a driveshaft - there is no transfer case or Haldex coupling to fail. As demand swung to hybrid, Toyota Australia wound the pure-petrol grades back and the range became effectively hybrid-only by around 2024. Reliability is genuinely strong - this is a Toyota hybrid with a chain-timed Atkinson-cycle engine, no DCT, no conventional belt-and-pulley CVT, no diesel/DPF and no turbo - and What Car?/owner surveys rate it as near-faultless. The real-world caveats are an undersized 12V battery that goes flat on cars used only for short trips, an early hybrid power-loss recall, a tiny 36-litre tank and a class-low 400kg braked tow rating, plus typical small-car road noise. The smart used buy is a serviced hybrid; the petrol is cheaper but slower, thirstier in town and harder to resell.
Engines & variants
1.5L Hybrid (M15A-FXE, 2WD)
Engine
1.5L Atkinson-cycle naturally aspirated DOHC 3-cylinder petrol paired with a front electric motor-generator (Toyota Hybrid System / planetary e-CVT) and a lithium-ion drive battery
Engine code
M15A-FXE
Config
I3 NA petrol-hybrid
Displacement
1490cc
Power
85kW combined system (petrol 67kW @ 5500rpm + front motor 59kW)
Torque
120Nm petrol @ 3600-4800rpm (plus 141Nm front motor)
Drivetrain
FWD
Economy
3.8-4.0 L/100km combined (real-world ~4.5-5.5 in town)
Tow (braked)
400kg
Tow (unbraked)
400kg
Transmission
Planetary e-CVT
Timing chain / belt / gear
Timing chain (no scheduled belt replacement)
Pros
- Outstanding real-world economy - genuinely sips fuel in city use
- Atkinson-cycle engine is chain-timed; planetary e-CVT has no belt, clutch or torque converter to wear
- Proven Toyota Hybrid System with an excellent reliability record and long battery warranty
- Smooth, quiet, refined around town; strong resale and high used demand
- No turbo, no diesel/DPF, no DCT - very little to go wrong mechanically
Cons
- Undersized 12V battery goes flat on short-trip / infrequent use
- Tiny 36L tank limits touring range despite the low consumption
- Modest performance and noticeable engine drone under hard acceleration
- Class-low 400kg tow rating - effectively not a tow car
- Coarse road/tyre noise on Australian surfaces; firm low-speed ride
Known problems
high
Hybrid power-loss recall (2020-2021 build)
Toyota Australia recalled early new-generation Yaris and Yaris Cross hybrids (announced late December 2020) because the vehicle could lose drive power while being driven, a stalling/power-loss hazard. Affects the earliest delivered cars.
Fix: Confirm via VIN the recall was completed at a Toyota dealer (typically a hybrid control software update); free of charge.
medium
12V auxiliary battery going flat (short-trip cars)
The small 12V auxiliary battery (which wakes the hybrid system) is widely reported to discharge and fail to 'ready' the car after the vehicle sits for several days or on a diet of very short trips, because the hybrid system does not fully replenish it. Widely discussed by owners; some have received a larger-capacity battery under warranty/goodwill.
Fix: Drive longer trips, fit a 12V maintainer if parked often, or replace with a higher-capacity battery; have parasitic draw checked if it recurs.
low
Direct-injection intake-valve carbon (high km)
Like most direct-injection petrols, the M15A can slowly build carbon on the intake valves over high kilometres (no port-injection wash), occasionally causing rough idle or minor misfire. Uncommon and slow on a low-stress Atkinson hybrid.
Fix: Intake/walnut clean if symptomatic; quality fuel and regular oil changes slow it.
1.5L Hybrid AWD-i / E-Four (M15A-FXE)
Engine
1.5L Atkinson-cycle hybrid I3 as per the 2WD, with an additional rear electric motor driving the rear axle (Toyota E-Four / AWD-i electric on-demand all-wheel drive)
Engine code
M15A-FXE
Config
I3 NA petrol-hybrid
Displacement
1490cc
Power
85kW combined system (petrol 67kW + front motor 59kW + rear motor ~3.9kW)
Torque
120Nm petrol @ 3600-4800rpm (front motor 141Nm; rear motor 52Nm)
Drivetrain
Electric on-demand AWD (E-Four / AWD-i)
Economy
4.0-4.4 L/100km combined (real-world ~5-6)
Tow (braked)
400kg
Tow (unbraked)
400kg
Transmission
Planetary e-CVT
Timing chain / belt / gear
Timing chain (no scheduled belt replacement)
Pros
- Adds light-duty AWD traction for wet/gravel/snow via a separate rear electric motor
- No driveshaft, transfer case or Haldex coupling - nothing mechanical in the AWD to fail
- Same frugal, refined, chain-timed hybrid drivetrain as the 2WD
- Genuinely useful on slippery surfaces despite being a soft-roader
Cons
- Rear motor is low-powered - it is traction assistance, not off-road capability
- Slightly thirstier and dearer than the 2WD hybrid for little real gain to most buyers
- Same undersized 12V battery and tiny-tank/low-tow limitations
- AWD operation is electric only at low speed; not a serious touring AWD
Known problems
high
Hybrid power-loss recall (2020-2021 build)
Same late-2020 recall as the 2WD hybrid: earliest cars could lose drive power while being driven. Applies to AWD-i cars of the affected build period too.
Fix: Verify by VIN that the recall (hybrid control software update) was completed at a Toyota dealer; free.
medium
12V auxiliary battery going flat (short-trip cars)
As with the 2WD hybrid, the small 12V auxiliary battery can discharge and prevent the car going to 'ready' after standing or repeated short trips. A very common owner complaint across the hybrid range.
Fix: Longer drives, a 12V maintainer, or a larger-capacity replacement battery; check for parasitic draw if it persists.
low
Direct-injection intake-valve carbon (high km)
Slow intake-valve carbon build-up typical of direct-injection petrols at high kilometres, occasionally causing rough running. Uncommon on the low-stress Atkinson hybrid engine.
Fix: Intake clean if symptomatic; quality fuel and regular servicing slow it.
1.5L petrol (M15A-FKS)
Engine
1.5L naturally aspirated DOHC 3-cylinder direct-injection petrol (Dynamic Force, with VVT-iE)
Engine code
M15A-FKS
Config
I3 NA
Displacement
1490cc
Power
88kW @ 6600rpm
Torque
145Nm @ 4800-5200rpm
Drivetrain
FWD (AWD also offered early in the run)
Economy
5.4-5.9 L/100km combined (real-world ~6.5-7.5 in town)
Tow (braked)
400kg
Tow (unbraked)
400kg
Transmission
Direct Shift CVT (with launch gear)
Timing chain / belt / gear
Timing chain (no scheduled belt replacement)
Pros
- Cheapest Yaris Cross to buy; simple naturally aspirated petrol
- Toyota's Direct Shift CVT uses a physical launch gear off the line (less belt strain than a pure CVT) and no DCT shudder
- Chain timing, no turbo, no DPF - low maintenance and robust
- Still very economical for a petrol SUV
Cons
- Noticeably slower and thirstier in town than the hybrid
- CVT drone under load; three-cylinder thrum is audible
- Quietly phased out in Australia in favour of hybrid - lower resale and harder to find
- Same 36L tank, 400kg tow and road-noise traits as the rest of the range
Known problems
medium
Direct Shift CVT belt/cone and fluid neglect
The Direct Shift CVT is generally reliable and its launch gear reduces belt slip from rest, but like any belt-and-pulley CVT it can wear or judder if the fluid is never changed, and a replacement unit is expensive. Far less troublesome than rival Jatco/Lineartronic units, but fluid history still matters.
Fix: Insist on CVT fluid-change history (around every 60,000-100,000km); have the unit road-tested for shudder/flare before purchase; budget for a unit only if records are missing.
low
Direct-injection intake-valve carbon (high km)
Carbon build-up on the intake valves over high km, common to direct-injection petrols (the FKS lacks the hybrid's gentle Atkinson duty cycle), can cause rough running.
Fix: Intake/walnut clean if symptomatic; quality fuel and regular oil changes help.