Aircraft landing gear tire on a remote gravel runway strip
Aviation Phase 02

Development and Production

We turn aviation into a quiet operational advantage during the asset’s peak life. We run precision payload models and optimize FIFO flight schedules to maximize utilization and reduce cost per seat.

Maximizing Operational Efficiency

During the development and active production phase of a resource project, transport costs represent a major share of operating expenses. We make sure your FIFO logistics corridor acts as a streamlined utility, rather than an operational bottleneck.

Precision Payload Modeling

We analyze airstrip lengths and gravel configurations against specific aircraft performance tables (e.g., Boeing 737 gravel kit scenarios). This ensures you deploy the largest possible aircraft payload without compromising safety or regulatory compliance.

FIFO Schedule Optimization

We design and optimize crew rotation flight schedules, aligning shift structures, aircraft capacities, and airport slots. This maximizes load factors (occupancy) and significantly drives down the cost per seat.

Seamless Crew Continuity

A delay in crew transfers can cost hundreds of thousands of dollars per day in lost production. We build redundancy, contingency routes, and slot-prioritization protocols to protect crew change days from weather interruptions and operations bottlenecks.

Ready to optimize?

Reduce your FIFO cost per seat.

Talk to our coordinators to run a rotation optimization study today.

Start with Cirrus

Or email info@cirrusintelligence.ca