Q1 Rate Spike Confirmed

The post-holiday lull has been canceled. To start 2026, Transpacific ocean rates have executed a sharp vertical climb, with spot prices to the U.S. West Coast jumping 22% week-over-week to hit $2,617 per FEU.

This surge, driven by intensified Lunar New Year (LNY) demand and carrier General Rate Increases (GRIs), marks a significant departure from the lows seen in October 2025. The East Coast hasn't been spared either, seeing a 12% rise to $3,757 per FEU. While carriers are successfully pushing increases now, the underlying data suggests this rally may be temporary.

The Velaxis Perspective: The "LNY Squeeze"

It is critical for shippers to distinguish between a structural market recovery and a seasonal squeeze. While rates are up 30% compared to mid-December, projected volumes for 2026 are still expected to be down 10% YoY. The current spike is a friction point caused by the rush to beat the Asian holiday closures, not a sign of long-term demand health.

"We are advising clients not to panic-book long-term allocations at these spot levels. This is a seasonal premium, likely to correct once the factories in China reopen post-LNY."

Risk Radar: Geopolitics & Instability

While the Pacific heats up, Velaxis Intelligence is also monitoring the situation in Venezuela. The recent strike on the La Guaira container port during the capture of Nicolás Maduro has disrupted local logistics. While volumes have shifted to Puerto Cabello, we do not foresee this causing ripple effects on global East-West trade lanes.

Strategic Recommendations for Jan/Feb:

• Defer Replenishment: If inventory levels allow, delay non-critical bookings until late February to bypass the current rate spike.
• West Coast Utilization: With East Coast rates maintaining a $1,100 premium over the West Coast, intermodal routing via LA/LB remains the cost-effective choice for inland US delivery.
• Inventory overhang: Be mindful that high US inventories remain from 2025 frontloading; do not overcorrect your supply based on this weeks' spot rate noise.