Genuine used 1.6L petrol engine from a 2025 Hyundai i30 CN7 sedan hybrid. This low-kilometre unit was sourced from a vehicle written off due to accident damage. It has been well maintained and fully tested to confirm it is in excellent working condition. Supplied with a warranty for added peace of mind.
Specifications
G4LE application, 1,580 cc inline four-cylinder petrol, naturally aspirated, DOHC 16-valve, gasoline direct injection and Atkinson-cycle hybrid application. This listing is for the petrol engine assembly; confirm engine stamping, serial and included components before ordering. Approximate weight 130 kg.
Compatibility
2024-2025 Australian Hyundai i30 CN7 sedan 1.6 GDi Hybrid application, subject to matching original engine identification, production revisions, sensors, mounts, emissions specification and hybrid interfaces. Other years or Hyundai/Kia applications require separate confirmation. Year range alone does not guarantee interchangeability.
Donor details
2025 Hyundai i30 CN7 sedan hybrid, built January 2025. Paint A2B; trim NNB. Donor reference 62414324. Odometer reading and compliance date not supplied; kilometres require confirmation.
Condition and warranty
Genuine used unit sourced from a written-off accident donor, fully tested, well maintained and in great working order. Supplied with a 30 Day Warranty subject to our warranty terms; contact us for full conditions.
Inclusions and installation
Confirm the exact assembly and included components before purchase. Donor photographs identify the vehicle. High-voltage battery, inverter, hybrid motor, wiring, computers, mounts and other accessories are included only by agreement. Installation by a qualified hybrid technician is recommended, with appropriate high-voltage isolation procedures, correct fluids and any required programming.
Pickup and freight
Pickup from Bayswater, Victoria. Australia-wide freight available; provide your postcode for a quote. Approximate weights exclude packaging. Call 1300 004 445 or email info@allautoparts.com.au for fitment and inclusions.


