AETHER AUTOMOTIVE — EST. 2025

AETHER V ONE HYPERCAR

Where aerodynamic science
becomes an act of pure artistic will.

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2025 — 2026

Aether Manifesto — 2025

01 Speed as a language of its own

02 Form born from function

03 No compromise in execution

04 Built for those who truly understand

Not a car.
A declaration
of intent.

The AETHER V1 was not designed in boardrooms or focus groups. It emerged from a single, uncompromising question: what if no boundary existed between engineering precision and artistic expression?

Every surface serves a purpose. Every angle was contested, refined, and contested again. The result is not a vehicle — it is a moving argument for what a machine can become when its creators refuse to accept the ordinary.

— The Aether Design Bureau

AERO

Aerodynamic Engineering

Mastering
the invisible
forces.

Every exterior surface was sculpted inside a 12,000-hour computational fluid dynamics program. The result: a drag coefficient of 0.31 Cd paired with 548 kg of total aerodynamic downforce at 300 km/h. Air is not fought — it is guided, channeled, and weaponized.

Drag Coefficient 0.31 Cd

Total Downforce 548 kg @ 300

Front / Rear Bias 38 / 62

Active Aero Range ±14 °

CFD Simulation 12 k hrs

1,200^bhp

Peak Power Output

3.1^sec

0 — 100 km/h

362^km/h

Terminal Velocity

1,180^kg

Dry Weight

"Engineered at the absolute edge
of what physics will permit."

The V1's twin-turbocharged flat-six produces 1,200 bhp at 8,400 rpm — a figure that once lived exclusively in the realm of motorsport. Mounted amidships and tilted 15° for optimal center-of-gravity, it drives all four wheels through a seven-speed dual-clutch transmission developed in partnership with a Formula 1 gearbox supplier.

The monocoque chassis is woven from aerospace-grade carbon fiber, keeping total weight to just 1,180 kg. This power-to-weight ratio of 1.02 bhp/kg places it among fewer than a dozen road-legal vehicles ever constructed.

1200

HAND BUILT

Material Mastery

Aerospace Carbon Titanium Alloy Forged Aluminum Alcantara Bespoke Glass Ceramic Composite

01 —

Aerospace Carbon Monocoque

Hand-laid using prepreg carbon fiber in a 5-axis autoclave, the tub delivers exceptional torsional rigidity at just 68 kg. Every panel's weave orientation was chosen for structural rather than decorative purpose.

02 —

Titanium Exhaust Architecture

The 3.4 kg full-titanium system is CNC-machined from solid billet, saving 18 kg over conventional stainless steel while enhancing the acoustic signature at maximum revs.

03 —

Ceramic Composite Braking

420 mm front rotors paired with six-piston monobloc calipers provide repeatable stopping power even after sustained track use at full operating temperature.

Interior Experience

The
Cockpit

Central Command Spine

A single ribbon of aircraft-grade aluminum runs the length of the cabin, housing all critical controls within reach without the driver breaking their seating position.

Haptic Steering Interface

Fourteen discrete haptic zones provide tactile feedback for traction events, navigation, and driving mode transitions — no visual distraction required.

Biometric Driver Shell

Every V1 is delivered with a custom-molded seat insert, created from a 3D scan of the owner's body. No padding adjustments. No compromise. Just fit.