Bornigen Chronometer

An autonomous chronometric instrument—built to outlive us.

Bornigen Autonomous Chronometer — conceptual design rendering

Conceptual design rendering (directional)

A Living Timeline

1704 Jeweled Bearings (Nicolas Fatio de Duillier)
1759 Constant Force Escapement (John Harrison)
1913 Elinvar Alloy (Charles Édouard Guillaume, Nobel 1920)
1960 Tuning Fork Movement (Max Hetzel, Bulova Accutron)
2025 Magnetic Escapement (Breguet Expérimentale 1)
Today Autonomy-first engineering: fork + quartz + adaptive compensation + discipline when available
2026 Bornigen "Born Again" — All Synthesized
⏱️

Autonomy First

Operates indefinitely without networks. GNSS/NTP are calibration only.

🎛️

Disciplined Precision

Tuning-fork primary with quartz reference and adaptive compensation.

☀️

Survivable Power

Solar primary, supercapacitor buffer, and manual charge capability.

🔧

Repairable by Design

Standard fasteners, modular electronics, replaceable resonator capsule.

👁️

Observable & Verifiable

Drift telemetry, calibration history, and a tamper-evident service log.

🕰️

History in Working Form

Every visible mechanism is functional and tied to a real horological breakthrough.

Be the First to Know

Kickstarter launching November 2026. Join the list for early access—and build updates as we prove the timebase, power stack, and drift model.

Kickstarter Launch: November 1, 2026
Early Bird Pricing: $3,995 (first 10 backers)