Los Angeles — In a move that quietly reshapes the backbone of West Coast trade, German engineering titans Kuenz GmbH and ABB have secured the contract to supply and modernize nine rail-mounted gantry (RMG) cranes for TraPac’s expansion at the Port of Los Angeles. The announcement, buried in a trade bulletin from Shipmag, carries implications far beyond the dockside: it signals a deepening bet on automation, sustainability, and the geopolitical realignment of global supply chains as the U.S. Doubles down on domestic port resilience.
This isn’t just about swapping out old steel for new. It’s about the quiet revolution humming beneath the container stacks — where precision engineering meets the relentless pressure of just-in-time logistics. The TraPac terminal, already one of the busiest on the San Pedro Bay waterfront, is undergoing a metamorphosis aimed at handling larger vessels, reducing emissions, and keeping pace with the explosive growth of trans-Pacific e-commerce. And at the heart of that transformation? Cranes that don’t just lift boxes — they think.
The Anatomy of a Smart Crane: How Kuenz and ABB Are Redefining Port Efficiency
The RMG cranes being delivered aren’t your grandfather’s gantry systems. These are intelligent, electrified machines equipped with ABB’s latest drive and automation technology, paired with Kuenz’s proprietary anti-sway and positioning systems. Together, they form a closed-loop control network that minimizes energy waste, reduces cycle times by up to 20%, and allows for semi-autonomous operation under human supervision.
What sets this deployment apart is the integration of regenerative braking — a feature that captures kinetic energy during lowering operations and feeds it back into the terminal’s power grid. According to ABB’s port automation division, similar systems installed at Rotterdam and Singapore have cut crane-related electricity consumption by as much as 30%. For TraPac, which is under increasing pressure from California’s stringent air quality regulations, this isn’t just efficiency — it’s compliance.
“We’re not just selling cranes; we’re delivering a platform for decarbonization,” said Søren Østergaard, Head of ABB Port Automation, in a recent briefing. “The future of port operations lies in electrification, digital twin integration, and energy recovery. Los Angeles is becoming a testbed for that vision.”
Kuenz, meanwhile, brings decades of expertise in precision rail-guided systems. Their RMG designs feature laser-guided positioning accurate to within millimeters — critical when stacking containers six high and moving at speed. In a 2023 case study at the Port of Hamburg, Kuenz-equipped cranes demonstrated a 15% reduction in rework moves due to misalignment, translating directly into faster vessel turnarounds.
Why Los Angeles? The Strategic Calculus Behind the Investment
The choice of Los Angeles as the site for this upgrade is no accident. As the busiest container port in the Western Hemisphere, handling over 10 million TEUs annually, the San Pedro Bay complex is a linchpin of U.S.-Asia trade. But it’s also a bottleneck. Congestion, aging infrastructure, and labor volatility have long plagued the terminals — issues exacerbated during the pandemic-era supply chain shocks.
Now, with federal and state funding flowing into port modernization — including the $1.7 billion allocated under the Infrastructure Investment and Jobs Act for zero-emission equipment — terminals like TraPac are seizing the moment to future-proof. The Port of Los Angeles has set a ambitious goal: zero emissions from all cargo-handling equipment by 2030. This crane contract is a tangible step toward that target.
“This investment reflects a broader shift,” noted Gene Seroka, Executive Director of the Port of Los Angeles, in a 2025 interview. “We’re not just upgrading equipment — we’re reimagining how cargo moves. Partnerships with innovators like Kuenz and ABB are essential to that transition.”
The geopolitical undertones are hard to ignore. As the U.S. Seeks to reduce reliance on overseas manufacturing and bolster domestic resilience, efficient port operations grow a national priority. Every percent gained in crane productivity translates to fewer ships idling at anchor, lower emissions, and stronger competitiveness against rivals like Long Beach and Savannah.
The Human Element: Automation That Augments, Not Replaces
Amid fears of job displacement, both companies emphasize that the new systems are designed to augment — not replace — human operators. The cranes will feature intuitive touchscreen interfaces, augmented reality overlays for alignment assistance, and predictive maintenance alerts that reduce downtime.
“Automation in ports isn’t about eliminating jobs; it’s about elevating them,” Østergaard added. “We’re seeing operators transition into roles as crane supervisors, data analysts, and system technicians — higher-skilled, safer, and better-paid positions.”
Labor unions at the port have historically been wary of automation, but recent negotiations have included provisions for retraining programs tied to new technology deployments. The International Longshore and Warehouse Union (ILWU) Local 13, which represents TraPac workers, has not publicly opposed this particular project, suggesting a growing acceptance — provided workers are included in the transition.
A Ripple Effect: What In other words for Global Port Competition
The TraPac upgrade doesn’t exist in a vacuum. It’s part of a quiet arms race among U.S. Ports to attract shipping lines seeking reliability, speed, and environmental compliance. As carriers like Maersk and MSC prioritize “green corridors” and invest in low-emission vessels, they need terminals that can match that ambition.
Los Angeles’ move puts pressure on competitors. The Port of Long Beach, already investing in automated guided vehicles and shore power, may accelerate its own crane modernization. Meanwhile, East Coast ports like Norfolk and Charleston, which have lagged in automation adoption, could find themselves at a disadvantage if they don’t keep pace.
Internationally, the contract reinforces Europe’s dominance in high-end port technology. Even as Chinese firms like ZPMC dominate volume in crane sales, Kuenz and ABB win on precision, energy efficiency, and integration — qualities increasingly valued in regulated markets like California.
The Bottom Line: Cranes as Climate Infrastructure
What begins as a crane contract ends as a statement about the future of trade. In an era where supply chains are judged not just by speed and cost, but by carbon footprint and resilience, equipment like these RMGs becomes critical infrastructure — as vital as railways or power grids.
For TraPac, the upgrade means greater throughput, lower operating costs, and a stronger position in the race for sustainable logistics. For Los Angeles, it’s a step toward cleaner air and a more competitive port. And for the global shipping industry, it’s a glimpse of what’s possible when engineering ambition meets environmental imperative.
The next time you observe a container ship glide silently into Berth 300, remember: behind the scenes, a German-engineered crane is calculating its next move — not just lifting cargo, but helping to lift an entire industry toward a cleaner, smarter future.
What do you think — will ports like Los Angeles become models for the rest of the world, or will regional disparities in automation deepen the divide in global trade? Share your thoughts below.
