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CAT Automotive — Hydrogen Supercar

Built for
the Fast
Future

An exclusive hydrogen supercar for collectors who want driving character and zero tailpipe CO₂. We plan to coordinate refueling and ownership support so you can actually drive it.

~3s
0–100 km/h · Simulated
500kW
Combined Output
0CO₂
Tailpipe Emissions
Scroll

Development status: Currently building a working 1:4-scale demonstrator. Full-scale vehicle specifications are preliminary targets and have not been physically validated.

Technical Specification
Powertrain
HydrogenFuel Cell + Electric
Top Speed
341km/h · target
Chassis
CarbonMonocoque
Dry Weight
1,500kg · target
Range
600km
Refuel Time
< 5Minutes
CAT Automotive — Full-Scale Design
CAT Automotive Supercar
Exterior design render · CAT Supercar · 2026

Rare.
Hydrogen.
Yours.

CAT Automotive is building an exclusive hydrogen supercar for collectors who want something genuinely different — a car with driving character, a mechanical soundtrack, and a story no other manufacturer can tell.

500 kW combined output. Carbon fiber monocoque. Zero tailpipe CO₂. Refuels in minutes. We are developing a working 1:4-scale prototype in Kelowna, BC, with full-scale production as the goal. We plan to coordinate refueling and ownership support — so the car is as practical as it is rare.

Core Technology
I
Carbon Fiber Chassis
A carbon fiber and aluminium-reinforced monocoque structure — lightweight, exceptionally stiff, and built to handle the loads of a high-performance supercar.
II
Hydrogen Fuel Cell
300 kW hydrogen fuel cell paired with a buffer battery and electric motor — 500 kW combined output to the rear wheels. Zero tailpipe CO₂; water vapour is the only exhaust byproduct.
III
Electric Drivetrain
Hydrogen-fed electric motor driving the rear wheels via a reduction transmission. Direct torque delivery from standstill to top speed.
Hydrogen Powertrain — CAD Model

The Heart
of the Machine

The CAT powertrain combines a high-output hydrogen fuel cell with a buffer battery and electric motor — packaged into a single rigid subframe designed for efficiency and serviceability.

  • Fuel Cell300 kW Hydrogen Fuel Cell
  • Combined Output500 kW · 670 hp to rear wheels
  • BufferBuffer Battery Pack
  • Motor670 hp Electric Motor · RWD
  • StorageType IV Carbon Cylinder
CAT Automotive Hydrogen Powertrain CAD
Hydrogen powertrain assembly — CAD render, 2026
How It Works

Three steps
to ownership.

The real concern with an unusual car is practical: will it be difficult to fuel and enjoy? That question shapes every ownership decision we make.

1
Discuss
Your driving and ownership needs

Tell us how you plan to use the car — daily, track days, or occasional weekend drives. That shapes everything from specification to support.

2
Evaluate
Refueling and support options for your location

We plan to coordinate mobile delivery, track-day logistics, and home generation options. We will map out what works for you before you commit.

3
Explore
A future specification as development progresses

Full-scale production is still ahead. Early conversations help shape the car — and put you first in line when it is ready.

Express Interest

Start the
Conversation

Tell us how you drive. We will map out refueling options for your location and keep you informed as full-scale development progresses.

Start the Conversation
Be Part of the Journey
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