City of Helena

Location: Helena, MT

Fleet type: Light-duty electric vehicle

Narrative

The City of Helena, Montana has advanced its fleet electrification and emissions reduction efforts with both quick wins and operational lessons from pilot vehicles. In January 2026 the City’s deployment of a Ford Lightning was a clear, widely noticed success: it allowed staff to retire at least one internal-combustion admin vehicle, solved pool-vehicle reservation and refueling headaches, proved reliable even on an extreme -20°F day, and became heavily used—especially by prior skeptics. Traffic staff removed their own admin vehicle because the Lightning met those daily needs, and its consistent availability reduced conflicts over who pays for fuel or who is responsible for fill-ups. The Lightning’s adoption demonstrates how the right EV can rapidly change staff behavior and free up fleet resources.

Complementing that success, Helena’s April 2023 introduction of a 100% electric street sweeper (manufactured by Global Environmental Products) marked an important pilot toward electrifying larger municipal equipment. The unit represented a $625,000 price tag, reduced to roughly $125,000 for the City after a $500,000 DEQ grant funded from Volkswagen settlement monies. The sweeper offers clear benefits: quiet operation, up to 11 hours runtime on a full charge, overnight Level 2 charging, and deployment that eliminates tailpipe emissions for one core city service.

However, real-world use has revealed constraints that temper the sweeper’s promise. The electric unit is most reliable in warmer, flatter conditions and will not start below about 40°F, requiring heated indoor storage and careful route selection. DEQ grant conditions obligate the City to keep the new sweeper for five years and retire the backup diesel, so when the electric unit needs repairs staff must rely on an even older diesel backup they had that is itself failing more often. Parts and qualified technicians for the electric sweeper have been hard to source — technician travel to Montana has likely compounded this — so repairs have long lead times. Given this, future procurements should allow an initial overlap year (or a temporary trade with another municipality) so a serviceable diesel can bridge reliability gaps. Operators praise the electric sweeper’s central seating for visibility and its quiet operation, but frequent backup breakdowns and parts delays continue to strain operations. Overall, these experiences show that while small EVs like the Ford Lightning can quickly replace ICE vehicles, larger specialty equipment still faces durability, cold-start, and supply-chain challenges in Helena’s environment.

Outputs & Outcomes

Outputs:

• Procured and deployed one fully electric street sweeper (2023) and one Ford Lightning (Jan 2026)
• Secured $500,000 DEQ grant for the sweeper
• Retired one diesel sweeper; maintained an aging diesel backup under heavier use
• Reassigned pool/admin vehicles after Lightning adoption; traffic removed an admin vehicle
• Implemented overnight Level 2 charging and staff training for electric equipment

Outcomes:

• Reduced greenhouse gas and tailpipe emissions from targeted fleet assets
• Rapid operational benefits from the Ford Lightning: fewer refueling disputes, higher utilization, and demonstrated extreme-cold reliability (-20°F)
• Identified reliability and supply-chain issues for diesel backups: increased downtime, scarce replacement parts, and longer repair lead times
• Gained practical knowledge on route planning, temperature limitations (sweeper won’t start under ~40°F), and the need for transition/overlap strategies

Best Practices & Lessons Learned

• Match vehicle type to operational context: the Ford Lightning succeeded because it fit daily admin and pool use; the electric sweeper requires warmer, flatter routes or heated storage to ensure start-up and reliability.
• Plan an overlap/transition year for critical specialty equipment: retain or secure a reliable backup (or arrange a trade) to cover early service issues and long parts lead times.
• Stock critical spare parts or secure faster supply agreements for backups; anticipate longer repair timelines for aging diesel units.
• Use heated indoor storage and schedule sweeper routes near the maintenance facility to reduce cold-start risk and charging constraints.
• Continue small-vehicle electrification where fits (e.g., fleet pool vehicles) to realize rapid wins while taking incremental steps for larger, mission-specific equipment.
• Record utilization and user feedback — the Lightning’s heavy use by previous skeptics is a key communications point for future EV adoption.

PDF Version

City of Helena Fleet Story