OMODA E5 EX vs MGS5 Essence 62 NZ: comfort, spare wheel and the right build

These names need more care than the badges suggest. OMODA's current national page offers the EX and links a Model Year 2025 sheet, edition 1.03 from September 2025. That is a useful local specification reference, but it does not identify the VIN, build date or model year of the car allocated to you. Ask the dealer to attach the applicable equipment list to the written offer.

For the MG, this comparison uses the New Zealand MY26 brochure whose data is dated July 2026: the Essence 62 column has a 62 kWh LFP battery and a 150 kW motor. Older dealer cars advertised as 125 kW with a 425 km range are a different proposition. In particular, an older NZ$54,990 stock advertisement cannot supply the missing price for this revised version. An older car may still be worth buying, but it needs its own equipment and price comparison.

The EX's NZ$44,990 figure is a starting price excluding on-road costs. The page marks it with an S1 reference, but the captured material does not establish all eligibility or expiry conditions. Paint, registration, delivery and other applicable charges need to be itemised. Do not compare that number with an MG quote containing a different set of costs.

Request two cash offers for identifiable cars, with the same registration assumptions, accessories and delivery basis. Then request finance separately if you need it. A monthly instalment is a different question from the cash cost. Until the revised Essence 62 quote exists, there is no sound premium, saving or repayment calculation to make between these two cars. The EX's equipment advantage for your passenger may be worth paying for; the documents do not tell us what that difference would cost.

The EX's strongest comfort case is its combination of powered adjustment for both front occupants, heated front seats, heated outer rear seats and dual-zone climate control. The MG's specified passenger adjustment is manual, while the driver has electric adjustment with lumbar support. Both documents list heated front seats, a heated steering wheel and rear air vents, so those shared items should not be presented as an exclusive advantage.

For a couple who regularly swap driving duties, test the front passenger's controls as carefully as the driver's. For rear-seat regulars, check the EX's heating controls in the actual car. The MG list does not establish an absence of rear-seat heating merely by omitting it: confirm the supplied build and any options. Likewise, dual-zone control provides separate settings; it does not prove better cooling, quieter operation or more effective heating. Seat shape, cushion support, visibility and suspension behaviour are the parts a specification table cannot decide.

A full-size spare is a meaningful EX advantage for an owner who wants that recovery option, particularly when trips take the family away from convenient tyre services. The current MG sheet specifies a tyre repair kit. These are different provisions, not evidence that either car is more likely to suffer a puncture.

Inspect what is actually supplied, where it sits and how access works with the boot loaded. Ask about compatible replacement tyres and the assistance arrangements for the offered car. A repair kit is not a universal answer to every kind of tyre damage; carrying a spare also does not guarantee that roadside conditions permit a safe change. Choose the provision that suits your trips and recovery plan, rather than treating a spare as a decorative brochure extra.

The E5 sheet reports 300 litres to the cargo cover under the VDA description and 1,079 litres with the second row folded, measured up to the roof. The MG lists 453 litres with seats in place and 1,441 litres folded, without establishing a matching measurement protocol in the selected table. Those labels matter: subtracting the figures would create a cargo-capacity advantage that the evidence cannot support.

The EX also does not inherit the BX's 19-litre front compartment. The OMODA sheet explicitly says the EX heat-pump installation removes that storage. That makes a demonstration of the rear boot more useful than adding a front-storage figure from another grade.

The MG is longer, wider and has a longer wheelbase on the published body dimensions. That suggests checking both parking space and loading layout, not assuming a more usable cabin. Bring your usual pushchair or bags, set the front seats for their actual occupants, try the rear seats and check the tailgate in your own parking space. We have not performed that fit test.

For the selected MG, the current brochure states 450 km WLTP combined, a 150 kW DC maximum and an estimated 19.3 minutes from 30 to 80 per cent at 25°C. These remain manufacturer figures. The generic national page's broader 515 km-plus language is not the selected Essence 62 figure, and we do not use it as a promise for this car.

The E5 has two unresolved documentary differences. Its national page says 150 kW and 340 Nm, while the linked MY2025 sheet says 155 kW and 288 Nm. Its headline charging time is 28 minutes from 30 to 80 per cent; the sheet says 30 minutes using a 130 kW charger. That charger description does not, by itself, establish the vehicle's peak charging power. Neither inconsistency should be quietly resolved by taking whichever number looks better.

We would ask for a build-specific written explanation before using acceleration or charging as the deciding factor. The MG's clearer selected-column information makes planning questions easier to ask; it does not establish a measured stop-time win against an unresolved E5 specification. Battery temperature, starting charge, charger performance and the charging curve still matter.