The August Data
New Zealand’s Motor Industry Association recorded 11,739 vehicle registrations in August 2025 — a 17.5 percent increase on August 2024’s 9,986 units. Light passenger vehicles accounted for 8,090 of those registrations, up 19.6 percent year-on-year. Light commercials — the utes, vans, and cab-chassis units most relevant to the trades sector — totalled 3,031 registrations. Heavy vehicles contributed 618 units.
MIA CEO Aimee Wiley noted three consecutive months of improvement: “Consistency is an encouraging sign that the market may be turning a corner.” For industries that rely on commercial vehicle registrations as a leading indicator of business confidence and capital investment, three months of sustained improvement is more meaningful than any single month’s number.
The Ranger Holds the Top Spot
The Ford Ranger recorded 978 registrations in August, holding the top position in the light commercial segment that it has occupied for most of the past several years. The Toyota RAV4 led overall vehicle sales at 1,039 units; the Ford Everest placed third at 413. For the trades and construction sector, the Ranger’s sustained dominance reflects its established position as the workhorse ute of choice across New Zealand’s building, contracting, and rural industries.
The EV Divergence
Battery electric vehicle registrations totalled 385 in August — a declining trend that runs counter to the broader market recovery. Plug-in hybrid registrations stood at 408. The combined figure represents a declining share of total registrations, raising concerns among those tracking New Zealand’s emissions reduction trajectory. The factors driving the decline are multiple: the removal of the clean car discount, rising electricity prices reducing the operating cost advantage, and persistent range anxiety in markets outside the main centres.
For construction businesses assessing their fleet electrification strategy, the current market signals are mixed. The financial case for electric vans and utes depends heavily on use patterns, charging infrastructure availability, and the specific operational demands of the vehicle. Hybrid options represent a more practical intermediate step for many construction fleet applications, providing improved fuel efficiency without the range constraints of full battery-electric vehicles in environments where charging infrastructure is inconsistent.
