IN Brief:
- YILPORT has brought 19 new Konecranes lift trucks into service across terminals in Ghana, El Salvador, and Portugal.
- The delivery includes reach stackers, empty container handlers, and forklifts replacing older equipment at four sites.
- Remote monitoring is expected to improve maintenance visibility and support more consistent terminal operations.
YILPORT Holding has put 19 new Konecranes lift trucks into service across terminals in Ghana, El Salvador, and Portugal, as the global terminal operator refreshes container-handling equipment at four sites. The delivery includes five reach stackers, five empty container handlers, and nine forklifts ordered in batches through 2025 and now deployed in live operations.
The fleet update is intended to replace older equipment in parts of YILPORT’s network where uptime and cycle consistency are critical to daily container flows. The company operates 22 marine and five inland terminals across 12 countries, making equipment standardisation and maintenance visibility increasingly important across different traffic patterns and operating conditions.
The machine mix reflects the operational demands of container terminals handling laden boxes, empty repositioning, and general yard movements. Reach stackers support flexible box handling and intermodal transfers, empty container handlers improve stacked storage efficiency, and forklifts continue to cover a broad range of terminal-side handling tasks outside core container moves.
YILPORT said the trucks are connected to Konecranes’ TRUCONNECT Remote Monitoring system, allowing usage and performance data to be transmitted to a customer portal for fleet-wide visibility. That gives terminal teams closer oversight of utilisation, equipment condition, and service planning, helping to reduce maintenance-related disruption and support more consistent yard performance.
The investment underlines how terminal operators are using equipment renewal to raise productivity without relying solely on major capital works. Yard assets often determine whether containers move cleanly through the stack or sit in avoidable bottlenecks, making fleet reliability a central part of terminal performance.
