AUTONOMOUS
MINE TO PORT
LOGISTICS
Eliminate diesel and haul-road dependence with AI robotics
ACCESS THE NEXT GENERATION OF MINERAL SUPPLY
ACCESS
THE NEXT GENERATION OF MINERAL SUPPLY
ACCESS THE NEXT GENERATION OF MINERAL SUPPLY
Global demand for critical minerals is surging while accessible deposits are diminishing.
By replacing capital-intensive roads and diesel haulage with electric autonomous robotics, we transform stranded deposits into profitable, sustainable operations.
Global demand for critical minerals is surging while accessible deposits are diminishing.
By replacing capital-intensive roads and diesel haulage with electric autonomous robotics, we transform stranded deposits into profitable, sustainable operations.
ELECTRIC AUTONOMOUS FLIGHT
ELECTRIC AUTONOMOUS FLIGHT
ELECTRIC AUTONOMOUS FLIGHT
90%
Reduction in mine-to-port logistics cost and emissions
90%
Reduction in mine-to-port logistics cost and emissions
Our autonomous link bypasses costly road haulage with a high-frequency aerial link. This direct path to port accelerates time-to-market, insulates the supply chain from ground disruption, and drives down cost per tonne.
Our autonomous link bypasses costly road haulage with a high-frequency aerial link. This direct path to port accelerates time-to-market, insulates the supply chain from ground disruption, and drives down cost per tonne.
90%
Reduction in mine-to-port logistics cost and emissions
Our autonomous link bypasses costly road haulage with a high-frequency aerial link. This direct path to port accelerates time-to-market, insulates the supply chain from ground disruption, and drives down cost per tonne.
MEGATONNE SCALE
A fleet of 10-tonne VTOL aircraft carries concentrate in their integrated fuselage from mine to port - travelling 150km in 30 minutes. Loaded downhauls harness a gravity-assisted, regenerative glide path - leveraging the fully electric operation.
Supported by automated land-charge-load docks, the system eliminates diesel, road upkeep, and delays, greatly reducing OpEx and emissions.
MEGATONNE SCALE
A fleet of 10-tonne VTOL aircraft carries concentrate in their integrated fuselage from mine to port - travelling 150km in 30 minutes. Loaded downhauls harness a gravity-assisted, regenerative glide path - leveraging the fully electric operation.
Supported by automated land-charge-load docks, the system eliminates diesel, road upkeep, and delays, greatly reducing OpEx and emissions.
ECONOMIC & ENVIRONMENTAL
BENEFITS
ECONOMIC & ENVIRONMENTAL
BENEFITS
Lower AISC & Cut-Off Grades
Extend mine life by increasing operational efficiency.
Reduce Scope 3 Emissions
Replace diesel haulage with renewable electric aviation.
Cut Logistics Costs
Reduce transport OpEx by up to 90% (10x reduction)
Expand Resource Access
Economically reach ore bodies surrounding the current operation.
Ensure Operational Resilience
Insulate production from road washouts, blockades, and other ground based disruption.
Energy Advantage
High altitude downhauls turn potential energy into electric range.
Regulatory Advantage
Remote operations allow for rapid deployment and iteration away from high-risk airspace.
Operational Advantage
A predictable, repetitive A-B loop simplifies autonomy and maximizes asset utilization.
Environmental Advantage
Eliminates the noise, dust, and community disruption of diesel haulage.
CONDOR
CONDOR
Purpose-built aircraft for high-altitude mining logistics.
Purpose-built aircraft for high-altitude mining logistics.
10t payload | 24m wingspan | 500kWh battery
Hybrid VTOL and horizontal flight modes
Designed to operate in extreme conditions
Auto charge and payload transfer via docking infrastructure
10t payload | 24m wingspan | 500kWh battery
Hybrid VTOL and horizontal flight modes
AI driven navigation, control, and swarm coordination
Auto charge and payload transfer via docking infrastructure
CONDOR
Purpose-built aircraft for high-altitude mining logistics.
10t payload | 24m wingspan | 500kWh battery
Hybrid VTOL and horizontal flight modes
Designed to operate in extreme conditions
Auto charge and payload transfer via docking infrastructure
DEVELOPMENT
DEVELOPMENT
DEVELOPMENT
DEVELOPMENT
We've been busy. Design, build, test, repeat.
We've been busy. Design, build, test, repeat.
WATCH VIDEO
WATCH VIDEO
DISTRICT MINING
DISTRICT MINING
Seamlessly connect satellite deposits to centralized processing hubs across previously impassable terrain, creating a single, integrated operation without costly mountain switchback roads or redundant infrastructure.
MINE ON THE
AUTONOMOUS
FRONTIER
Beyond logistics and exploration improvements, our high-capacity aerial link enables distributed extraction without the footprint.
Fly ore from multiple extraction nodes to a central hub, eliminating costly road access and redundant processing infrastructure.
REMOTE MINING & AI ROBOTICS
STRATEGIC CONVERGENCE
STRATEGIC CONVERGENCE
Energy Advantage
High altitude downhauls turn potential energy into electric range.
Regulatory Advantage
Remote operations allow for rapid deployment and iteration away from high-risk airspace.
Operational Advantage
A predictable, repetitive A-B loop simplifies autonomy and maximizes asset utilization.
Environmental Advantage
Reduce transport emissions by 94% and eliminate the noise, dust, and community disruption of diesel haulage.
Energy Advantage
High altitude downhauls turn potential energy into electric range.
Regulatory Advantage
Remote operations allow for rapid deployment and iteration away from high-risk airspace.
Operational Advantage
A predictable, repetitive A-B loop simplifies autonomy and maximizes asset utilization.
Environmental Advantage
Eliminates the noise, dust, and community disruption of diesel haulage.
LET'S BUILD
GET IN TOUCH
GET IN TOUCH
GET IN TOUCH
PATENT PENDING
PATENT PENDING
HALO MECHATRONICS © 2025
HALO MECHATRONICS © 2025