spiderpilot89/vehicle-failure-boundaries-n2500

Ground-vehicle failure boundaries (n=2500)

First-principles Monte Carlo at the clocks where chassis assumptions die: Pacejka hydroplane, brake fade, tire hysteresis.

Named triad: Hydroplane · Fade · Tire.

Each config is 2,500 trajectories. Unique SHA-256 proof_hash per row. Dual-regime flags (warn / hard) are booleans. One row = one trajectory.

Custom OEM mass, wheelbase, μ gates, rotor C, and belt C recompile the same binaries: 48-Hour Forge.

Hydroplane

Pacejka + freshwater ρ = 997. 1 kHz, 5 s. μ gate 0.25. Corner lost: |y| < 10 m on a ~500 m arc.

Config	Warn / hard
hydroplane	μ < 0.25 51.0% / corner lost 38.6% · grip 49.0% (nested)

Fade

Grade descent. 2 Hz, 90 s. Rotor 380 °C · wet DOT-4 180 °C.

Config	Warn / hard
brake_fade	rotor 25.9% / fluid boil 8.4% · held 74.1%

Tire

Class-8 casing hysteresis. 2 h exact lumped. Belt 95 °C · blowout 150 °C.

Config	Warn / hard
tire_hysteresis	belt 59.4% / blowout 11.2% · held 40.6%

Load

from datasets import load_dataset

hp = load_dataset("spiderpilot89/vehicle-failure-boundaries-n2500", "hydroplane", split="train")
print(len(hp), hp[0]["is_hydroplane"], hp[0]["is_corner_lost"])

Engine

• Forge: johnkruze/genesis-core
• Reflex: johnkruze/ztp-runtime
• Site: zerotrustphysics.com
• Other sealed banks: doe-genesis-sealed-n2500 · humanoid-failure-boundaries-n2500 · ocean-failure-boundaries-n2500

License

MIT.

@dataset{kruze_vehicle_failure_boundaries_n2500_2026,
  author = {Kruze, John},
  title = {Ground-vehicle failure boundaries (n=2500 dual-regime)},
  year = {2026},
  url = {https://huggingface.co/datasets/spiderpilot89/vehicle-failure-boundaries-n2500}
}