Standardized underground production

Safer workspaces. Higher productivity. A platform for automation.

SMART combines engineered support with parallel mining, structural installation and CRF placement. Parallel workstreams enable substantially higher underground miner productivity. Repeatable workspaces improve equipment utilization and make the transition toward automation easier.

01

Existing equipment

OEM drills, loaders and haulage can already operate tele-remotely from surface.

02

Engineered roof + floor

Designed to eliminate conventional fall-of-ground exposure within active cells.

03

Protected power + fiber

Route through floors, posts or conduits - away from routine blast damage.

04

Repeatable work envelope

Consistent routes, geometry and production cycles simplify training, coordination and equipment integration.

05

Three parallel activities

Mine, install structure and place CRF in separate panels while other panels cure. Crews can progress on available work fronts rather than wait for every activity in one location to finish.

06

Live cell data

Update cell plans with new geological and operating data; use protected sensors to feed measured roof, post and CRF behavior into engineering models.

Labeled SMART cell planning model showing access levels, top cut, grade ranges and post locations
SMARTLabeled 6 m cell planAccess levels, top cut, grade ranges and engineered post locations are shown in the standardized planning model.

The productivity mechanism

More useful work from people and equipment.

01

Fewer interruptions

The engineered roof is designed to reduce conventional ground-control interruptions within supported production cells.

02

Less rehandling

Where the haulage layout permits, load ore for direct transport to surface and return with CRF for a nearby panel.

03

Continuous improvement

Update cell plans as geological models, assays and operating costs change. Use production measurements to improve schedules, component design and operating instructions.