Titanium chassis. Multi-sensor HUD. An operating system designed around one question — will it survive the day.
ASTRA is a field instrument first, a smartwatch second. If the trail ends where the map does, this is your wrist.

Mountaineers, ski tourers, and thru-hikers who need altitude, barometric trend, and dead-reckoning navigation when the cell tower is a memory.
SAR teams, wildland responders, and field operators who need a watch that clears MIL-STD-810H drop, thermal, and immersion — with glove-friendly haptics.
Ultra runners, adventure racers, and expedition cyclists tracking HR, SpO₂, and pace over 42-day battery windows — no daily charging, no excuses.

Rated to −40°C. Sealed to 10 ATM. Solar-augmented, GPS-independent dead reckoning. When the trail runs cold, the watch keeps working.
Nine discrete subsystems. Titanium bezel to fluoroelastomer strap — fully serviceable, fully labeled.

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Matte-finished zirconium ring, machined from a single billet. Numeral index laser-etched to 0.02mm.
1.4mm sapphire crystal, Mohs-9 hardness. Anti-reflective coating on both faces.
1.8″ transparent AMOLED stack, 466×466, 3,000 nits peak, individually addressable HUD layer.
Matte zirconium mid-case. Integrated crown guards, four M1.4 tri-point screws.
Main PCB with S1 SoC, GPS / GNSS module, Bluetooth 5.3, Wi-Fi 6, and 32GB flash memory.
620 mAh rechargeable cell. 42-day typical, 12-day GPS-continuous. USB-C, 45 min to full.
Linear actuator tuned for gloved wear. Directional pulse patterns for silent nav cues.
6-axis IMU, PPG heart rate, SpO₂, skin temperature, and ECG contacts in a sealed housing.
Fluoroelastomer band, orange inserts, forged steel buckle. Quick-release on both lugs.

From freefall to final approach, ASTRA reads altitude, airspeed, descent rate, and oxygen status — so you can focus on the jump.
A 1.8″ AMOLED with terrain compass, dual-metric rings, and a real-time altitude ridge. Legible under noon sun, dim enough for night ops.
Continuous heart rhythm sensing with clinical-grade accuracy.
Blood oxygen and aerobic capacity, tracked passively.
Detects trends before you feel them — illness, fatigue, altitude.
HRV-derived readiness score, updated every 60 seconds.

Offline topographic maps, live weather, and turn-by-turn guidance — engineered to work where signal doesn't.
Contextual glances. Predictive alerts. Weather, elevation, and biometric data fused into a single readout that anticipates the next hour, not the last one.

Offline topo maps, cached waypoints, and dead-reckoning nav — so the last mile isn't the one that stops you.
| SPECIFICATION | ASTRA APO-01 | COMPETITOR A | COMPETITOR B |
|---|---|---|---|
| Case material | Grade-5 Titanium | Aluminum | Polymer |
| Battery life | 42 days | 18 hours | 14 days |
| Operating temp | −40°C to 70°C | 0°C to 35°C | −20°C to 55°C |
| Water rating | 10 ATM | 5 ATM | 10 ATM |
| Sensor count | 9 | 6 | 7 |
| GPS-independent nav | Yes | No | No |
ASTRA Prototype One is a design and engineering study — a proof of what's possible when hardware, software, and terrain intelligence are built as one system.
EARLY ACCESS TARGET · 2028
This page is a showcase of the vision, not a live product page. Early access and field-testing programs are planned for 2028.