Specialty Automotive and Electrical Vehicles

Specialty automotive and electric vehicles represent some of the most diverse and demanding thermal challenges in the industry. From high-performance race cars and custom-built street machines to electric buses, fleet vehicles, and emerging EV platforms, these applications push thermal systems to their limits — often in environments where off-the-shelf solutions simply won’t cut it.

The heating and cooling requirements of specialty automotive and EV applications are as varied as the vehicles themselves. High-performance combustion engines generate intense heat loads that demand purpose-built radiators, oil coolers, and intercoolers capable of handling elevated coolant temperatures and aggressive duty cycles. Electric and hybrid vehicles introduce an entirely different set of thermal demands — battery packs, power electronics, and electric drive units all require tight temperature control to protect cell longevity, preserve range, and ensure safe operation across a wide range of ambient conditions. Meanwhile, cab comfort, cold-weather battery pre-conditioning, and motor cooling must all be managed simultaneously, often within tight packaging constraints.

Whether on the track, the road, or the job site, precision thermal management is what separates peak performance from costly failure.

General Thermodynamics & Airtech brings decades of thermal engineering expertise to the specialty automotive and EV markets. We design and manufacture high-performance radiators, oil coolers, and heat exchangers built to meet the unique specifications of custom, performance, and electric vehicle platforms. Whether you need a one-off solution for a racing application or a scalable thermal design for a growing EV fleet, our team is ready to deliver.

The applications we serve include

• Custom & Specialty Combustion Vehicles – from Hot Rods, to Resto-Mods, Kit Cars, and specialty Trucks & Upfitted Work vehicles.
• Battery Electric Vehicles (BEVs) – Fully electric passenger or commercial vehicles that require precise thermal regulation of battery packs, power electronics, and electric motors.
• Hybrid Electric Vehicles (HEVs) – Vehicles combining combustion and electric powertrains, creating dual thermal management needs across both systems simultaneously.
• Plug-In Hybrid Electric Vehicles (PHEVs) – Hybrids with larger battery packs that can be externally charged, requiring robust battery thermal conditioning for both charging and discharge cycles.
• Electric Buses & Shuttles – Large-format electric transit vehicles with high-capacity battery systems that demand heavy-duty thermal management for continuous daily operation.
• Electric Fleet & Delivery Vehicles – Light-to-medium duty EVs operating in high-cycle urban environments where consistent battery temperature control is critical to uptime and range.
• Electric Off-Road & Utility Vehicles – Electric ATVs, UTVs, and work vehicles that must manage battery and motor temperatures in rugged, variable outdoor conditions.