Höegh orders six additional Aurora car carriers

Höegh Autoliners has ordered six additional Aurora-class car carriers for delivery between 2029 and 2031, extending a fleet-renewal programme that is adding substantial new capacity to the deep-sea automotive logistics market.

Höegh Autoliners will have 18 Aurora vessels confirmed once the latest order is included, with all of the ships being built by China Merchants Heavy Industry in Jiangsu. The company has also secured options for four further vessels on the same terms and reserved construction slots for another four, providing a route to as many as 26 Auroras.

The latest ships are scheduled to enter service between 2029 and 2031. Each Aurora has capacity for up to 9,100 car equivalent units, giving the six-vessel order considerable implications for finished-vehicle, machinery, and high-and-heavy cargo capacity once deliveries begin.

The class was developed around a combination of increased cargo density and lower-emission propulsion. Höegh describes the new vessels as dual-fuel LNG and zero-carbon-ready, while the wider Aurora design holds DNV ammonia-ready and methanol-ready notations. The company intends that technical preparation to give it more fuel options as the availability and economics of lower-carbon marine fuels develop.

The order extends a programme that has already moved beyond the prototype stage. Höegh had received seven LNG dual-fuel Aurora vessels by the end of 2025 under its original 12-ship programme, giving the yard and operator experience of building and introducing a common vessel design rather than treating the new six ships as an entirely new class.

That repetition has practical advantages. Common machinery, loading arrangements, controls, spare parts, and operating procedures can simplify maintenance, crew training, and fleet planning, while the shipyard gains the efficiency associated with building multiple vessels to the same technical baseline.

For automotive manufacturers, the capacity itself is strategically important because deep-sea vehicle logistics cannot be substituted easily with conventional container services. Cars, commercial vehicles, buses, construction equipment, agricultural machinery, and other rolling cargo depend on vessels with suitable ramps, deck heights, and loading configurations.

RoRo vessel shortages can therefore become an export constraint even when container capacity elsewhere in the shipping market is relatively loose. The post-pandemic vehicle recovery demonstrated that problem as rising automotive exports met a limited supply of modern pure car and truck carriers, supporting high charter rates and encouraging operators to retain older tonnage for longer.

A larger owned fleet gives Höegh more control over that equation. Charter vessels remain useful for adjusting capacity, but long-term dependence on the charter market leaves an operator exposed to vessel availability and pricing at precisely the point when customers are also seeking more space.

The six new ships will not provide short-term relief. Delivery beginning in 2029 means automotive producers and logistics buyers still have to manage the capacity available during the intervening years, while vessel utilisation, regional vehicle exports, and changes in manufacturing geography will determine how tight individual trades become.

The programme also supports cargo outside passenger vehicles. The Aurora design can handle high-and-heavy and breakbulk loads alongside cars, giving the vessels a role in moving construction equipment, industrial machinery, and other cargo that benefits from roll-on/roll-off handling or cannot be accommodated easily in a standard container.

That flexibility matters when vehicle flows become imbalanced. An operator able to combine passenger cars with machinery and project cargo has more scope to fill available deck space and reposition vessels commercially rather than relying on one export sector alone.

The fuel strategy introduces a different form of optionality. Technical readiness for ammonia or methanol does not guarantee that those fuels will be commercially available at every port, nor that their pricing and lifecycle emissions will make them the preferred option when the vessels enter service. Bunkering infrastructure, fuel production, regulation, and charterer or cargo-owner requirements will all influence how the ships are ultimately operated.

Höegh has applied similar flexibility to the shipbuilding contract. The four additional options can be exercised within six months, while another four yard slots are reserved until the end of 2027. That gives the company time to assess vehicle-export growth and shipping economics before committing to the full 26-vessel potential programme.

Shipyard access is itself becoming a capacity-planning issue. Large commercial vessels require construction slots years ahead of delivery, so reserving space allows operators to respond to a stronger market without starting at the back of a newbuilding queue.

Höegh’s latest decision therefore extends beyond replacing individual older ships. Eighteen confirmed Auroras establish a substantial common fleet extending into the next decade, while the additional options preserve room to expand again. Automotive supply chains will not feel that capacity immediately, but decisions being made at the shipyard now will determine how much specialised ocean space is available when the next vehicle-production cycle arrives.