“We've got Starlink on all our trucks but we're not using it for anything except internet. T610 blew a turbo on the Newman road last month — $8,000 tow + $6,500 repair + $9,200 lost day rate. $23,700, gone. The OBD-II port has been there the whole time.”

— WA drilling contractor, $16M revenue, 8-vehicle fleet servicing BHP and Rio sites

“WorkSafe pulled us up on Reg 237 records after the rollover at Solomon. The plant register was a spreadsheet, the service history was six PDFs across three laptops, and the pre-starts were in a glovebox notebook. We had the data — we just couldn't assemble it before the inspector finished his coffee.”

— WA earthmoving contractor, $22M revenue, 18-vehicle fleet across BHP and FMG sites

Agent #4 · Live Demo

Predictive Fleet Monitoring in 5 Minutes

Starlink-tethered OBD-II, rule-based trend alerts, WorkSafe (LGIRS) Reg 213 + 237 inspection record, AI assistant — the live receipt your inspector reads on request.

Back to Demos

Agent #4

Predictive Fleet Monitoring

LiveModelled receipt · $37K–$87K/yr

Connect vehicle computers to the Starlink you already pay for. Rule-based checks flag degrading trends (coolant, boost, fuel use, battery) at the same engine load, so the service gets booked in planned downtime instead of after a truck is stranded on the Newman road — and generate the WHS (Mines) Reg 213 maintenance and inspection record WorkSafe asks for first (Reg 237 for any registrable plant).

Manager preview. The J1939 gateway on trucks, OBD-II gateway on utes, Starlink failover and rule-based trend alerts shown here are configured to your fleet (heavy + light), routes (Newman, Tom Price, Port Hedland, Kalgoorlie) and pre-start regime during onboarding. The interactive demo uses sample telemetry that mirrors a WA drilling contractor's 8-vehicle fleet.

8
Total Fleet
4
Heavy
4
Light
6
Connected
3
Healthy
2
Warning
1
Critical
4
Compliance
Isuzu FVZ 1400
TRK-001
Location:Newman Route
Engine Hours:8,420h
Connection:Starlink Active
Inspection:28d
ROPS:180d
Safety Gear:✓
Last Update: Just now
Hino 500 Series
TRK-002
Trend alert
Location:Tom Price Site
Engine Hours:12,340h
Connection:Starlink Active
Trend flag:
Cooling system degrading — coolant up 4°C at the same engine load
Inspection:7d
ROPS:90d
Safety Gear:✓
Last Update: 2 min ago
Kenworth T610
TRK-003
Trend alert
Location:Port Hedland
Engine Hours:15,680h
Connection:Starlink Active
Trend flag:
Oil pressure sensor failing - engine damage risk
Inspection:3d
ROPS:45d
Safety Gear:✗
Last Update: 1 min ago
Mercedes Actros
TRK-004
Offline · last seen 4 hours ago
Location:Kalgoorlie Depot
Engine Hours:9,240h
Connection:Offline
Trend flag:
No connectivity - vehicle status unknown
Inspection:14d
ROPS:120d
Safety Gear:✓
Last Update: 4 hours ago
Toyota LandCruiser 79
LV-001
Location:Nullagine Site
Engine Hours:4,280h
Connection:Starlink Active
Inspection:21d
ROPS:365d
Safety Gear:✓
Last Update: 1 min ago
Isuzu D-Max Service
LV-002
Trend alert
Location:Marble Bar
Engine Hours:6,120h
Connection:Starlink Active
Trend flag:
Air filter restriction - dust buildup detected
Inspection:5d
ROPS:200d
Safety Gear:✓
Last Update: 3 min ago
Ford Ranger XLT
LV-003
Location:Newman Camp
Engine Hours:3,450h
Connection:Starlink Active
Inspection:35d
ROPS:280d
Safety Gear:✓
Last Update: 45 sec ago
Toyota HiLux SR5
LV-004
Offline · last seen 2 hours ago
Location:Paraburdoo Route
Engine Hours:5,840h
Connection:Offline
Trend flag:
No connectivity - last known: A/C compressor strain
Inspection:2d
ROPS:150d
Safety Gear:✗
Last Update: 2 hours ago

Starlink + Vehicle Computer Integration

Rule-Based Trend Checks

Flag degrading trends at the same engine load — schedule repairs during downtime, not on the road

Real-Time Diagnostics

Monitor engine, brakes, fluids, A/C, battery and fault codes via 4G failover-to-Starlink

Reduce Breakdowns

Catch a degrading signal while the fix can still be booked with the part on the shelf — every flag and fault logged, so the reduction is measured on your fleet

Reg 213/237 Audit Trail

Every event logged with actor + timestamp — the WHS (Mines) Reg 213 record (Reg 237 for registrable plant) WorkSafe asks for first, generated as you go

Implementation: Trucks and heavy plant run a J1939 gateway kit (Teltonika FMC650 $210 + RUT206 $259 router) supplied and installed by IOT Store, DrilLedger's networking partner; light utes run a $180–$250 OBD-II gateway that plugs into the dash port. Both use the Starlink WiFi already on the truck roof, with cellular failover on the road. Cloud analytics run rule-based trend checks on the telemetry and surface alerts to the manager dashboard.

Try one of these — click to ask the assistant

New · Fuel-saving trials

Fuel-Conditioner Trial Evidence

Prove a fuel-saving claim the way a Tier-1 miner will accept it. Each trial pairs a treated asset with a matched control and measures the shift in fuel economy from lifetime ECM counters — no ECM reset, idle stripped out, every number shipped with its method and a 95% confidence interval.

Fuel-conditioner trial · sample product

Pilbara haul support — PM-14

Test Prime mover PM-14 (1ABC 123) vs control Prime mover PM-09 (1XYZ 987) · installed 14 Jul 2026

Measured fuel-consumption reduction
6.2%
95% CI 4.1% to 8.3%covariate-adjusted 5.8%
Idle burn
−9.4%
Injector-cleaning shows here first
DEF / 100 L
−7.8%
Cleaner combustion, less DEF dosed
Regens / 1000 km
−0.5
Less soot, fewer active regens
Derate events
−3
Fewer derates = cleaner running
Segments (base/treat)
12 / 14
J1321 wants ≥3 per window
CO₂-e saved
1,240 kg
Fuel-proportional (NGER factor)
Windows comparable — the effect is trustworthy
Avg vehicle speed
Base 62.4 km/h
Treat 61.8 km/h
Avg engine load
Base 47%
Treat 46%
Percent trip at idle
Base 18%
Treat 19%
Avg engine speed
Base 1,320 rpm
Treat 1,305 rpm

When Pre/Post duty cycles drift too far apart, the headline number is automatically suppressed until the windows line up — so you never ship a figure a heavier load or more hill-climbing quietly inflated.

Auditable evidence pack

Method, raw counter deltas, per-day segments and the 95% CI — config frozen 12 Aug 2026, shareable with BHP through a controlled read-only link.

Download pack

Sample data shown for illustration. On a live trial these are computed from raw ECM lifetime counters (fuel, engine hours, distance) over any Pre/Post window — no ECM reset required, idle burn separated from drive burn.

Without Vehicle Computer Integration

  • •8 vehicles have Starlink but OBD-II not connected — paying for connectivity you're not using
  • •Pilbara heat (45°C+) and dust accelerate wear on filters, A/C, and electronics — failures happen faster than manufacturer service intervals assume
  • •Breakdowns on Newman/Tom Price routes cost $8,000–$15,000 per incident (remote towing, emergency freight for parts, lost day rate)
  • •Fleet manager spends 4–6 hours/week chasing service records, booking inspections, updating spreadsheets
  • •WHS (Mines) Reg 213 inspection duty + Reg 237 record-keeping sit on the PCBU — spreadsheets aren't a defence when WorkSafe (LGIRS) walks in after a notifiable incident
  • •Annual cost: 4–8 preventable breakdowns = $24,000–$60,000 in towing, emergency repairs, and lost productivity

DrilLedger Fleet Monitoring Solution

  • •Two gateway tiers, one dashboard: a J1939 gateway (Teltonika FMC650) for trucks and heavy plant, supplied and installed by IOT Store, DrilLedger's networking partner; a $180–$250 OBD-II gateway for light utes that self-installs in under a minute — both on the Starlink you already run
  • •Heat/dust monitoring — catch air filter restrictions, coolant pressure drops and A/C strain before 45°C days cause failures
  • •Rule-based trend alerts when a signal drifts — see the parts in stock, order what's short and book the service during downtime, not on the road
  • •WorkSafe (LGIRS) Reg 213/237 inspection record generated as you go — actor, timestamp, fault code, action; one filter, one export
  • •Save 3–4 hours/week on fleet admin — automated maintenance logs, digital pre-start records, ROPS & driver-induction expiry alerts

Starlink Integration

Leverage the Starlink terminals already on your roof. Each gateway — J1939 on trucks, OBD-II on utes — reports over 4G/LTE by default and picks up Starlink WiFi automatically when the vehicle rolls into camp. If the link drops, you lose those minutes of data, not the vehicle record — reporting resumes on its own, because we stream the full engine and emissions metric set live rather than thinning it to survive dropouts.

Rule-Based Trend Checks

Rules watch coolant, boost, fuel use and battery trends at the same engine load and flag drift as it develops — readable rules, not a black box. Schedule repairs during planned downtime in Perth, not on the road to Newman.

Reg 213/237 Inspection Record

Every telemetry sample, alert acknowledgement, service event and pre-start logged with actor + timestamp. The WHS (Mines) Reg 213 record (Reg 237 for registrable plant) WorkSafe (LGIRS) asks for first — one filter, one export.

Measured on Your Fleet

We don't quote a breakdown-reduction percentage until it's measured on your trucks. Every flag, every service booked and every fault caught is logged, so the number you see is yours — not an industry average.

Built for Pilbara Conditions

Heat Damage Prevention

Pilbara heat (45°C+) accelerates wear on cooling systems, batteries, and A/C compressors. Rule-based trend checks watch for the early warning signs:

  • •Coolant pressure drops before overheating
  • •Battery voltage degradation in extreme heat
  • •A/C compressor strain patterns

Dust Infiltration Monitoring

Fine Pilbara dust infiltrates air filters, electronics, and engine components faster than manufacturers' service intervals assume:

  • •Air filter restriction alerts (P0171 codes)
  • •MAF sensor degradation patterns
  • •Cabin filter replacement reminders

Save 3-4 Hours/Week on Fleet Admin

Digital Service & Pre-Start Logs

Automatic maintenance records every time a vehicle reports in. WHS (Mines) Reg 213 record-keeping satisfied without chasing paper logbooks or rebuilding spreadsheets.

Compliance Alerts

Automated reminders for WHS (Mines) Reg 213 inspections, ROPS certification renewals, driver induction expiries and safety-equipment audits. 30/14/7-day warnings, not last-minute scrambles.

Mixed Fleet Support

Monitor trucks AND light vehicles (LandCruisers, D-Max, Rangers, HiLux) from one dashboard. Trucks and heavy plant use a J1939 gateway; utes use an OBD-II gateway — both stream to the same view, registered or not.

How the Trend Checks Work

Stage 1: Threshold Alerts

Critical sensor readings trigger instant alerts—engine temp > 105°C, oil pressure < 30 PSI. Take action before damage occurs.

Stage 2: Trend Analysis

Rules track gradual drift at comparable engine load—oil pressure falling a little every day gets flagged for a pump and sensor check before the threshold alert ever fires.

Stage 3: Pattern Correlation

Related signals checked together—high engine temp + low coolant + a falling trend points the fitter at a likely coolant leak. The fitter confirms the diagnosis; the rule tells them where to look.

Stage 4: Fault Code Library

OBD-II codes decoded into actionable insights—P0128 = coolant running below thermostat temperature, so check the thermostat.

Modelled Annual Receipt

$37,000 – $87,000

per year in avoided breakdown costs + recovered admin time + Reg 213 inspection gaps closed

Your Investment

OBD-II Gateway (utes)

Per light vehicle · self-installs in a minute

$180-$250

J1939 Gateway kit (trucks)

FMC650 $210 + RUT206 $259 · installed by IOT Store

$469

Hardware Total

8 vehicles (4 trucks + 4 utes) hardware, one-time · truck fitment quoted per site

~$2,750

Cloud + Analytics

Annual subscription

$2,000/yr

First Year Total

Setup + annual fees (8 vehicles)

~$4,750

WA Drilling Contractor Example

A drilling contractor with 4 service trucks and 4 crew utes (8 vehicles) typically experiences:

3-4 remote breakdowns/year

$8,000-$15,000 each (towing from Newman/Tom Price)

4-6 hours/week

Fleet admin, service records, compliance tracking

2-3 missed inspections/year

Each is a WHS (Mines) Reg 213 + 237 gap and a Tier-1 stop-work risk

Total Annual Value

Avoided breakdowns + recovered admin time + inspection gaps closed

$37K-$87K

modelled receipt per year

Note: Figures based on industry averages for WA mining fleet operations. Hardware reflects current supplier pricing across two gateway tiers — a $180–$250 self-install OBD-II gateway for light utes, and a J1939 gateway kit (Teltonika FMC650 $210 + RUT206 $259) supplied and installed by IOT Store, DrilLedger's networking partner, for trucks and heavy plant, with professional fitment quoted per site. Breakdown costs estimated from typical emergency callout, towing, and downtime expenses for remote operations. Actual savings vary based on fleet size, vehicle age, and operating conditions. Contact us for a per-truck quote and a customised assessment.

Frequently Asked Questions

Common questions about DrilLedger's Predictive Fleet Monitoring Agent

How does fleet monitoring cut breakdown risk on remote WA mine sites?

DrilLedger's Fleet Monitoring Agent uses vehicle telematics — a J1939 gateway on trucks and heavy plant, an OBD-II gateway on light utes — over Starlink connectivity to track engine temperature, oil pressure, coolant levels and fault codes in real time. When a reading crosses a threshold, or drifts the wrong way at the same engine load, rule-based checks raise an alert and the service booking — so the fix can be planned in downtime instead of becoming an $8,000-$15,000 emergency callout to Newman, Tom Price, or Kalgoorlie. The rules are readable, not a black box, and a fitter confirms every diagnosis.

What does Starlink connectivity mean for fleet monitoring in remote areas?

Most WA mine sites have limited or no cellular coverage, so the gateway reports over 4G/LTE in transit and picks up Starlink at camp or depot — keeping trucks reporting across the Pilbara, Goldfields, and Mid West without a fixed signal. If the satellite link drops, the gateway streams live rather than storing on the truck, so you lose those minutes of readings, not the record. Monitoring resumes automatically when the link is back, and the gap never corrupts a vehicle history or a fuel-trial result.

How much do unplanned fleet breakdowns cost WA mining suppliers?

Unplanned breakdowns on remote mine sites typically cost $8,000-$15,000 per incident — including emergency towing, specialist mechanic callout, replacement vehicle hire, and lost production. WA mining suppliers with 20-50 vehicles experience 4-8 preventable breakdowns per year. That's $24,000-$60,000 in avoidable costs annually.

What vehicles and equipment does the fleet monitoring system support?

The system supports any vehicle or equipment with OBD-II diagnostics — light vehicles, service trucks, water carts, fuel trucks, and support vehicles used on WA mine sites. It also supports auxiliary equipment monitoring via aftermarket sensor packs for generators, compressors, and pumps.

How does the Fleet Monitoring Agent reduce fleet admin time?

Service scheduling, compliance inspections, and vehicle history are automated. Instead of admin staff manually tracking service intervals on spreadsheets, the agent calculates service due dates from actual engine hours and kilometres, sends alerts to drivers and mechanics, and maintains a digital service history. This saves approximately 200 hours of admin per year for a 30-vehicle fleet.

How does the agent satisfy WHS (Mines) Reg 213 and Reg 237 inspection record-keeping?

WHS (Mines) Regs 2022 Reg 213 puts the duty on the person with management or control of plant to ensure maintenance, inspection and testing is carried out by a competent person, and Reg 237 requires a written record of every test, maintenance event and inspection for the period the plant is used. The agent records every Starlink-streamed telemetry sample, every alert acknowledged, every service action and every pre-start inspection against the vehicle and the actor — actor, timestamp, fault code, action, on every event. When WorkSafe (LGIRS) asks for the Reg 237 record on a specific vehicle, it is one filter and one export, not six PDFs across three laptops.

Can the fleet monitoring system track vehicle lifespan and replacement planning?

Yes. The agent tracks cumulative engine hours, kilometre readings, maintenance costs, and breakdown frequency per vehicle. It projects when each vehicle will reach its optimal replacement point based on rising maintenance costs vs residual value — helping fleet managers plan capital expenditure rather than reacting to breakdowns.

Want to see how your whole operation compares?

Take the 2-minute Mining Admin Scorecard

Ready to Stop Reacting to Breakdowns?

Live telemetry. Rule-based trend alerts. Every truck tracked in real time.

Or call 08 6244 7100 (9–5 WST)