According to www.dcvelocity.com, Linde Material Handling (LMH) unveiled myLinde, a new telematics-based fleet management software platform, and the E18-E20 electric counterbalance forklift, at MODEX 2026 in Atlanta, Georgia, held April 13–16, 2026.
myLinde: Centralized Telematics for Fleet Control
myLinde integrates on-truck connectivity with a cloud-based dashboard to deliver real-time oversight across multiple operational dimensions. According to the report, the platform provides a centralized view of safety metrics, service and repair schedules, equipment utilization, and energy performance. When paired with Linde’s integrated lithium-ion battery system — featured on the E18-E20 — battery and usage data feed directly into the fleet dashboard, enhancing visibility into equipment health and performance.
E18-E20: High-Capacity Electric Counterbalance Forklift
The E18-E20 is engineered for demanding industrial environments. The source states it offers a total lift capacity of 4,000 pounds and can reach more than 17 feet in certain configurations. Its proprietary quad mast — designed and built by Linde in South Carolina — improves forward operator visibility, even during high-lift operations. The forklift’s integration with myLinde enables seamless telemetry flow between vehicle and management system.
Broader Industry Context
This launch aligns with accelerating adoption of connected material handling equipment across global distribution centers. According to publicly reported trends, over 65% of Tier 1 warehouse operators now deploy some form of telematics-enabled fleet monitoring — up from 42% in 2022 (MHI Annual Report, 2024). Competitors including Raymond and Toyota have introduced complementary systems: Raymond’s iWarehouse suite includes ObjectSense and Real-Time Location Systems, while Toyota Automated Logistics recently announced a dedicated warehouse automation group. For supply chain professionals, these tools translate directly into reduced unplanned downtime, more accurate maintenance forecasting, and improved labor allocation — especially critical amid persistent labor shortages and rising energy cost volatility.
Source: DC Velocity
Compiled from international media by the SCI.AI editorial team.
