Kalmar Motor has relaunched its FB150 electric tow tractor with a lower purchase price, aiming squarely at ground handlers and airlines expanding their electric ground support equipment fleets without absorbing premium acquisition costs.

The Swedish manufacturer, part of Vestergaard Company, announced the relaunch during GSE Expo Europe 2026 in Lisbon, Portugal, in September. The move puts a re-priced battery-electric pushback tractor into a market where operators are under growing pressure to cut emissions on the apron while holding down capital spending.

What does the FB150 do?

The tractor handles aircraft pushback, inter-gate towing and short-distance maintenance towing for aircraft up to and including the full narrow-body segment — the workhorse category covering the Airbus A320 family and Boeing 737 class of operations. Kalmar Motor also positions the machine for cargo and industrial applications, broadening its addressable market beyond airline ramp operations.

The specification sheet is concrete:

• Tractive effort: 100 kN
• Operating weight: 12,000–15,000 kg, depending on ballast configuration
• Maximum speed: 25 km/h traveling independently, 20 km/h when towing
• Battery options: lead-acid or lithium-ion

The dual-battery strategy is the commercial core of the relaunch. Operators can match the power source to their operational requirements, charging infrastructure and budget — lithium-ion for high-utilization operations with charging capability, lead-acid where upfront cost or infrastructure constraints dominate.

What did Kalmar Motor say?

Carsten Schimkat, vice president of sales, framed the relaunch as a response to customer demand rather than a product refresh. "We are re-launching the FB150 because the market is asking for a cost-effective electric pushback solution that does not compromise on flexibility," he said.

"With the choice of lead-acid or lithium-ion batteries, a highly competitive purchase price, and a very low cost per pushback, the FB150 is built to help customers electrify their fleets on their own terms."

The cost-per-pushback claim — a direct operating-expense metric — is the figure ground handlers will test against their own duty cycles and electricity costs. Kalmar Motor asserts both lower acquisition cost and reduced operating expenses relative to the segment's prevailing economics; the company did not publish specific pricing in the announcement, so buyers will need to benchmark quotes against competing electric tow tractors of the same traction class.

Why the swiveling console matters

One design detail separates the FB150 from conventional towbar tractors: a centrally positioned operator console that swivels 180 degrees. The swivel eliminates the need to reposition the towbar from front to rear during operations, and according to Kalmar Motor the design improves both safety and turnaround efficiency.

For handlers running tight narrow-body turnarounds at congested terminals, removing a repositioning step from each pushback cycle compounds across hundreds of daily movements — though the efficiency gain is a manufacturer claim that operators will verify in service.

Where does it fit in the portfolio?

The FB150 joins Kalmar Motor's existing portfolio of electric and conventional aircraft towing equipment. The company says the relaunch builds on its accumulated experience in electric towing equipment while addressing what it identifies as two persistent demand signals from the market: lower acquisition costs and reduced operating expenses.

The positioning is deliberate. Electric GSE adoption has been driven in part by airline sustainability commitments and airport emissions regulations, but the conversion rate across ramp fleets has depended heavily on whether battery-electric machines can match the total cost of ownership of diesel equivalents. A re-priced tractor with two battery chemistries widens the entry point.

For operators mapping electrification roadmaps, the FB150 adds a narrow-body-capable option at the lower end of the acquisition-cost range. Whether it shifts purchase decisions will become clear as deliveries begin and the cost-per-pushback figures meet real-world duty cycles at scale.