Seneca's Firefighting Service Model

This contract structure turns Seneca from a drone vendor into an outsourced fire response capability. Instead of asking a department to buy aircraft, train crews, manage batteries, maintain software, and absorb upgrade risk, Seneca sells a standing service that stays ready each season. That fits how fire agencies already buy aviation capacity, through multi year availability contracts and hourly usage, but at much lower operating cost than manned helicopters.

• The clearest proof point is Aspen Fire Protection District. In February 2026, it signed a five year, multi million dollar deal for Seneca’s autonomous suppression system, showing that agencies are willing to procure this as an operating service, not as a one time equipment purchase.
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• This mirrors how aerial firefighting is commonly purchased. Federal and state helicopter contracts charge for being on standby and for actual flight time, so buyers are used to paying for readiness, crews, and maintenance together. Seneca slots into that budget logic with electric aircraft and remote operations instead of pilots and fuel.
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• The broader drone market is moving the same way. Enterprise operators like Airobotics, DJI, and Zipline increasingly wrap hardware with software, support, fleet management, and operations because customers want an outcome, inspection coverage, delivery capacity, or fire attack, rather than a box of aircraft to run themselves.
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Over time, this model should make wildfire suppression look more like a utility contract. As autonomy improves and payloads grow, Seneca can start with first attack around homes, substations, and rights of way, then expand into larger recurring coverage zones where the winning vendor is the one that can guarantee fastest response and highest uptime.