GRUVVAKT — Mine Operations Platform

— ONBOARD CAM

PRODUCTIVITY

—fleet utilisation

—tonnes / hr

—Mt / yr · annualised

—fleet autonomy

re-entry: —

labour productivity: —

mine ↦ mill: —

—

PRODUCTION FORECAST · this 12-h shift

on pace for —

—

of — at full autonomy · ≈ —/day

UTILISATION TREND · last 3 min

WHERE THE LHD CLOCK GOES

Productive—

Charging—

Blast re-entry—

Shift / break—

Idle / waiting—

—

MANUAL vs AUTONOMOUS · projected

MANUAL

—utilisation —t / hr —$ / hr

AUTONOMOUS

—utilisation —t / hr —$ / hr

— more ore moved / hr

autonomy value uplift — / yr

operating cost — → — / t —

operating margin —/t · —/yr · autonomy adds —/yr

autonomy capex — · — payback on labour saving alone

ore dilution — → — with autonomy · — more payable / t

mill recovery — → — on steady autonomous feed · — more metal banked

OEE — → — with autonomy · availability × utilisation × recovery

COST PER TONNE · at current autonomy

Ownership—

Overhead—

Labour—

total —/t · labour falls as autonomy thins the crew

THROUGHPUT vs AUTONOMY · projected

ELECTRIFICATION · vs a diesel fleet

—CO₂ avoided / yr

—diesel avoided / yr

≈ — / yr operating cost saved

+ — / yr carbon value at $80/t CO₂

= — / yr total electrification benefit

ventilation load cut — · —

FLEET STATUS

LHDs working—

LHDs idle / standby—

LHDs charging—

◉ LHDs autonomous—

Workers underground—

Manned vehicles—

Drills active—

Avg LHD cycle—

Ore-pass queue—

Output / LHD—

Fleet availability—

PRODUCTION BY LEVEL · t/h

0incidents

0near misses

0interventions

0warnings

—

⛔ drag 0 t safety 0 t incidents

—

EVENT FEED

—

SPEED · recent history