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10 ft autonomous parts crib

Parts where the breakdown is.

A solar powered, low-voltage smart stores container for remote mining crews. Operators scan, request, collect, and the system logs stock usage, approvals, cameras, replenishment and site information from inside the container.

QR operator, machine, part and bin workflows
24 V low-voltage DC system, no 240 V required
Offline local webserver with Starlink sync
Lock-ready drop-open bins with future release control

Not just a container full of shelves.

It is a field-ready stores module: inventory, access logging, camera evidence, local documentation and replenishment built into one remote-site unit.

Smart issue workflow

Operators choose the machine, scan or search the part, enter quantity and get the bin location instantly.

Automatic restock

Min/max stock levels trigger replenishment emails or purchase requests before critical parts run out.

Local information hub

Host manuals, schematics, SDS, repair notes, fault guides and site documents locally inside the container.

Camera logged access

Door events, after-hours requests and parts issues can be tied to camera snapshots and transaction logs.

Built around the operator

Fast access without losing control.

Standard parts can be issued quickly. Restricted parts can require approval. Emergency after-hours access can still be allowed, while being logged, reported and visible remotely.

Green parts: collect anytime
Amber parts: reason or job number required
Red parts: approval required before access
Emergency access: logged and supervisor notified
Lock-ready bin wall

Start simple. Upgrade later.

The first build can be smart but unlocked. The mechanical bin wall is designed from the start for solenoid release, LED guidance, open/closed sensing and approval-based vending.

100 x 100 x 100 mm small parts tubs
200 x 200 x 100 mm larger component tubs
Bottom-hinged bins that drop open when released
Rear mechanical latch, future 24 V release
Battery risk managed

Designed to look safe because it is safe.

Low-voltage DC architecture, isolated LiFePO4 battery storage, external isolation, fire detection, monitoring and alerting are treated as core design features, not add-ons.

24 V DC system, no inverter and no 240 V distribution
Battery cabinet separated from stored parts
Smoke, heat, BMS fault and temperature monitoring
External emergency isolation and alarm outputs
Field-ready parts

Stored for the environment they live in.

Parts can be shrink wrapped, labelled, QR coded and protected from dust, moisture and corrosion before they ever reach site.

QR label on every packed part
Desiccant or VCI packaging where required
Part photo, bin, quantity and supplier details
Opened-bag and partial-quantity workflows

Build a smarter remote stores system.

Start with one 10 ft smart container. Prove the stock control, operator workflow and remote support model. Then duplicate it across sites.

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