Kodiak Tech builds Class VI snow‑removal vehicles with interchangeable diesel‑hybrid, battery‑electric, or hydrogen‑fuel‑cell powertrains, delivering rapid, high‑volume snow clearance for airports, municipalities, and industrial fleets. The machines also provide onboard energy storage that can supply up to 150 kW of portable power for peak‑shaving or emergency backup, reducing fuel costs, emissions, and maintenance compared to traditional diesel equipment.
Funding
Funding not disclosed
Founders
Product
Problem
Airports and industrial fleets rely on heavy‑duty diesel snow‑removal equipment that generates high emissions, incurs significant fuel costs, and often requires separate generators for backup power, limiting operational efficiency and environmental compliance.
Solution
Kodiak Tech offers Class VI snow‑removal vehicles equipped with interchangeable diesel‑hybrid, battery‑electric, or hydrogen‑fuel‑cell powertrains. The high‑performance blowers clear large volumes of snow quickly, keeping runways and facilities operational while reducing carbon output. Integrated energy storage enables the machines to function as portable power sources for peak‑shaving or emergency backup, eliminating the need for dedicated generators. By providing multiple sustainable power options, Kodiak Tech helps operators lower fuel expenses, reduce maintenance, and meet stricter environmental standards without sacrificing reliability.
Target Audience
Primary customers are airport authorities, municipal snow‑removal departments, and large industrial fleets that require reliable, high‑capacity snow clearing and auxiliary power capabilities.
Features
- Class VI blower system delivering rapid, high‑volume snow clearance for airport runways and industrial sites
- Swappable powertrain architecture: diesel‑hybrid, battery‑electric, or hydrogen fuel‑cell to match specific sustainability goals
- Onboard energy storage that can supply up to 150 kW of portable power for grid support or emergency backup
- Integrated telematics for real‑time performance monitoring, predictive maintenance, and remote diagnostics
- Rugged, American‑made chassis designed for extreme weather conditions and heavy‑duty use
- Reduced operational costs through lower fuel consumption and simplified maintenance compared to traditional diesel units