Global shipping costs are once again under scrutiny as logistics and procurement professionals warn of renewed pressure on transport budgets in 2026. According to recent industry reporting (published in the Guardian and other sources in Jan 2026), freight rate volatility, rising energy costs and persistent capacity constraints are feeding through supply chains and increasing the risk of higher end-consumer prices. In particular, spot shipping rates between major trade routes have climbed, and ongoing cost volatility is creating sustained pressure on global supply chains.
What Are The Implications For Finished Vehicle Logistics?
The finished vehicle logistics market itself is forecast to grow significantly in the coming decade, reflecting expanding global vehicle production and distribution networks, but cost pressures remain a key challenge. A sharp hike in new vehicle prices could still throw cold water on a buoyant consumer market in North America, China, and Europe.
Rising shipping costs also tend to amplify other common issues when transporting cars, such as:
-
Unpredictable freight rates that make budgeting and contract planning difficult.
-
Capacity constraints at ports and in hinterland transport, exacerbating delays and congestion for finished vehicles moving through multimodal networks.
-
Increased insurance and handling costs linked to volatility in ocean and intermodal transport pricing.
-
Limited flexibility, especially when relying on a single transport mode or trade lane.
While these challenges are familiar to FVL operators, sustained cost volatility is making them harder to absorb. What were once marginal inefficiencies now have a measurable impact on per-vehicle transport costs and overall network resilience. To offset these cost pressures, operators will need a greater emphasis on efficiency and asset utilisation across their supply chains.
How To Improve Efficiency?
With external costs largely outside of operator control, many FVL strategies are centred on efficiency gains within the transport process itself. Rather than wholesale changes to routes or partners, this often means improving how vehicles are loaded, secured and moved through the existing infrastructure.
One area receiving renewed attention is the role of car racking systems and finished vehicle racking in containerised transport. As container shipping is generally more flexible and accessible than dedicated roll-on/roll-off services on certain lanes, optimising container loads has become a practical way to manage rising costs.
This is achieved in several ways:
-
Improved load efficiency: Purpose-built racking enables multiple vehicles to be transported safely within a standard ISO container, increasing load density and reducing your cost per unit.
-
Reduced damage risk: Securing vehicles within a fixed racking structure (e.g. our R-RAK) limits movement during transit, helping mitigate common damage issues associated with vibrations, shifting loads and repeated handling.
-
Multimodal compatibility: Containerised racking supports smoother transitions between sea, rail and road transport, reducing handling steps and dwell time across the supply chain.
-
Scalability and reuse: Reusable racking systems allow you to scale containerised vehicle transport without committing to permanent infrastructural changes, making adoption more achievable even in a volatile market.
A Realistic Path Forward For 2026
These benefits do not eliminate external cost pressures but they do help operators regain a degree of control over how those costs are managed. Solutions such as finished vehicle racking are a good way of building efficiency into your everyday transport decisions, without requiring fundamental changes to your global supply chains.
Find Out More
If you’d like to find out more about our modular racking systems and how they can keep your operation ahead of price changes in the sector, please contact one of our technical sales team today by clicking here, or by calling +441926 408282.
Shipping costs are rising, but for finished vehicle logistics, the bigger question is how much inefficiency the system can still afford. Check out our new blog as we look at how FVL operators are tackling the 2026 efficiency test.
