What equipment can be transported using the Van Der Vlist rail bolster system?

The S-Bolster and XL-Bolster systems are designed for oversized machinery that cannot fit within standard shipping containers. Example equipment includes Genie boom lifts like the S-65 XC model. The solution accommodates equipment that would typically require expensive and complex oversized road transport permits.

How much can companies reduce emissions using this intermodal approach?

Emissions reductions range from 52% to 75% depending on route and destination. The Verona to Rostock corridor achieved 52% reduction on the first shipment, while some routes can achieve up to 75% reduction by maximizing rail and sea segments relative to road transport.

Which European regions currently have access to this rail transport service?

The service is currently available for routes serving Netherlands, Belgium, Italy, Germany, and Sweden. Genie and Van Der Vlist have indicated opportunities to expand the service as intermodal infrastructure and transport networks continue to develop across additional European regions.

Does using rail transport compromise delivery timelines?

No. The Italy to Sweden shipment was completed within the planned six-day transit schedule, demonstrating that intermodal transportation can support both sustainability and on-time delivery. The solution combines rail and sea transport for the main journey segments while using road only for first and final portions.

What operational challenges does this solution address beyond emissions?

The rail bolster system reduces costs and complexity associated with oversized road transport, including permitting requirements, rising road taxes, and transport surcharges. It also makes greater use of existing rail infrastructure, which expands sustainable options while improving operational efficiency.

Sustainability & ESG

Moderate

Genie and Van Der Vlist Launch Rail Solution Cutting Transport Emissions 75%

Oct 20, 2026

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The signal

Genie and logistics partner Van Der Vlist have unveiled an innovative intermodal transport solution using S-Bolster and XL-Bolster rail platforms to move oversized construction equipment across Europe with significantly lower carbon footprints. The system leverages existing rail infrastructure to replace long-distance road transport, achieving emissions reductions of up to 75% on certain routes, with a recent pilot from Italy to Sweden demonstrating 52% reduction while meeting planned transit timelines. This development addresses multiple supply chain pain points beyond environmental concerns: high permitting costs, rising road taxes, and transport surcharges associated with oversized road shipments.

The solution currently operates across Netherlands, Belgium, Italy, Germany, and Sweden, with expansion potential as intermodal infrastructure develops. For supply chain professionals, this represents a structural shift in how heavy equipment moves through Europe. Companies face growing customer demand for sustainable transport options without compromising service levels.

The initiative demonstrates that operational reliability and environmental responsibility are not mutually exclusive, but rather achievable through collaborative supply chain innovation and strategic use of multimodal networks.

#intermodal-transport

#rail-freight

#oversized-cargo

#emissions-reduction

#sustainable-logistics

#supply-chain-innovation

Frequently Asked Questions

What This Means for Your Supply Chain

Simulation Suggestion

strategic

What if intermodal rail capacity doubles across European corridors over the next 18 months?

Simulate the impact of expanding intermodal rail service from 5 European countries to 12 countries, with increased frequency on major corridors. Assume rail capacity increases by 100% and cost per shipment decreases by 15-20%. Model how this affects equipment delivery lead times, transportation cost structures, and company ability to meet carbon reduction commitments.

Run this scenario

Simulation Suggestion

this month

What if road transport regulations restrict oversized truck movements in 3 additional EU countries by 2025?

Model regulatory tightening in France, Austria, and Poland that restricts or bans oversized road transport on certain corridors or seasons. Assume equipment shippers must shift 40% of current road-based oversized shipments to intermodal alternatives. Evaluate impact on transit times, modal shift feasibility, and whether current rail capacity can absorb demand.

Run this scenario

Simulation Suggestion

this month

What if your equipment suppliers adopt intermodal rail but face unexpected 3-5 day rail delays in peak season?

Simulate seasonal capacity constraints on intermodal rail corridors (June-September) that cause unexpected 3-5 day delays relative to planned 6-day transits. Model customer impact, buffer stock requirements, and cost trade-offs between paying premium road rates or accepting extended lead times. Evaluate early booking strategies and forecast accuracy requirements.

Run this scenario

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