Lazer Logistics cuts yard-tractor maintenance costs 50% with electric spotters
Third-party logistics provider now runs 7% of its spotter fleet on battery power, with 100 more electric units in the pipeline through 2028.
Lazer Logistics has cut maintenance costs by more than 50% per operating hour on its electric yard tractors compared to diesel units in similar duty cycles, according to company data spanning more than 3 million electric miles and eight years of deployment.
The 3PL now operates electric spotters at 7% of its total spotter fleet and has 100 additional electric units scheduled for deployment over the next 24 months. One Orange EV electric yard tractor in Lazer's fleet is approaching seven years of service and nearing 40,000 operating hours. Several others are surpassing 30,000 hours. Battery health and propulsion system performance have consistently outperformed initial engineering projections, according to Lazer.
How does Lazer charge electric spotters without utility upgrades?
Lazer has achieved a ratio of up to four trucks per charger with its standard electric spotter and as high as six-to-one with its heaviest-duty model. Across more than 80 unique deployments, most sites have relied solely on existing facility power, avoiding new utility upgrades.
"Charging infrastructure for yard tractors is far less complex than many think," said Bennett, a Lazer representative. "With opportunity charging during breaks, meals, and shift changes, we can keep trucks in operation without requiring the larger charging systems typically associated with Class 8 electric trucks."
Charging is integrated into driver schedules and shift changes. The company owns and operates both diesel and electric spotters, allowing it to control uptime, maintenance, and performance without sacrificing productivity.
What does the TCO look like?
Lazer reports that total cost of ownership now stands on its own without grants or incentives. The company can show a return on investment for charging infrastructure in less than a year at many sites, and sometimes in just weeks at the largest facilities.
"We appreciate the role incentives have played, especially early on," Bennett said. "But today, the total cost of ownership stands on its own."
Uptime has improved compared to diesel units, supported by the simplicity of electric drivetrains and Orange EV's mobile field service network. Lazer provides detailed financial and sustainability analytics to customers, including electricity usage, carbon reduction, and asset utilization data for internal decision-making and regulatory compliance.
What's the service and durability track record?
Orange EV supplies the electric yard tractors and chargers, along with an in-house service network. The partnership remains central to Lazer's expansion plans.
"Orange EV continues to lead the field," Bennett said. "Their trucks and chargers, along with their in-house service network, help us deliver efficiency and uptime."
The durability data from units approaching 40,000 hours provides a benchmark for fleets evaluating electric spotter longevity. Battery degradation has been slower than initial engineering projections, according to Lazer.
What this means for yard operations
Lazer offers electrification as a turnkey service, handling charging infrastructure, maintenance, and compliance reporting. This approach is particularly attractive to Fortune 500 companies that rely on Lazer to manage complex distribution networks. Outsourcing yard operations gives businesses access to electrification strategies without building in-house expertise or capital spending on charging infrastructure.
The company helps customers navigate compliance requirements and incentive programs, though Bennett noted that grants are no longer essential to making electrification economically viable for yard tractors.
"Lazer sees electrification as a competitive advantage and not just an environmental initiative," Bennett said. "Electric spotters deliver superior operational performance and significantly lower costs while also helping our customers meet their Scope 3 sustainability goals."
For fleets running their own yard operations, the key takeaway is the charger-to-truck ratio and the ability to use existing facility power. A 4:1 or 6:1 ratio means a fleet with 12 spotters needs two to three chargers, not 12. That changes the infrastructure math considerably compared to over-the-road Class 8 electric trucks, which typically require dedicated high-power charging stations.
