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The Flight Program and the Airport It Lands At, Run by the Same Team

Route planning, aircraft sourcing, and scheduling on one side. Airport managers, compliance, and daily oversight on the other. We handle both, because a logistics plan is only as good as the airport running it.

Active Air Network Click or hover any node
HUB Home Base / Hub REG Regional Airport SITE Remote Site / Camp
Home Base / Hub

Where scheduling, carrier coordination, and spare capacity get managed.

A flight schedule is only as reliable as the airport it depends on, and an airport only runs well if the flight program feeding it makes sense. Most firms pick one side of that equation. We handle both: the planning work that gets people and material moving efficiently, and the operations work that keeps the airport running once the plan is live. One team, one contract, no gap between the plan and the ground.

Air Logistics Planning

Designing flight routes, fleet capacity, and rotation models grounded in operational facts.

FIFO Program Architecture

Rotation design built around your actual workforce numbers, not a rule of thumb.

Aircraft & Carrier Sourcing

Matching aircraft type and carrier to the mission, not defaulting to whatever is available.

Route & Schedule Optimization

Cutting dead legs and idle time out of a flight program that has been running the same way for years.

Air Bridge Planning

Sustained logistics into a remote site over months or years, not a one-off charter.

Cost & Logistics Analysis

Real per-seat and per-tonne costs, checked against what the operation actually spends.

Planning Process
1

Map the mission: traffic, workforce numbers, seasonal constraints.

2

Build the program: rotations, aircraft, routes, and a cost model.

3

Hand off a plan: built to survive contact with real aerodrome conditions.

↳ Continuous Feedback Loop: Planning feeds directly into daily airport operations.
Field Case Study · Canadian Northern Operations

FIFO Network & Aerodrome Optimization for an Operating Mine

Operational Profile: A remote 450-person hard-rock mine in Northern Canada with no year-round road access, operating 14/14 shift rotations through two southern dispatch hubs.

The Challenge: The mine was experiencing a high rate of underutilized seats on contracted regional turboprop charters, winter weather delays caused by the absence of on-site CRFI (Canadian Runway Friction Index) reporting capability, and significant standby labour costs during freeze-up and break-up transition periods.

Cirrus Execution: We audited the existing flight schedule against real camp check-in data, restructured routing between the two hubs with matched gravel-certified Dash 8-400 and ATR 72-600 equipment, and deployed an on-site aerodrome manager to handle winter runway friction reporting and carrier dispatch coordination.

Who This Is For

Organizations managing ongoing remote air access and aerodrome infrastructure.

Mining Companies Running FIFO Rotations

Operations managing regular shift changes into remote camps with high personnel volumes.

Regional & Institutional Airport Operators

Municipalities, regional airport authorities, and utilities needing professional day-to-day management.

Recurring Remote Air Logistics

Organizations moving recurring freight and crews into sites with seasonal or no road access.

Why Cirrus

Combining logistics architecture with hands-on aerodrome management.

One team plans the flights and runs the airport

No gap between the plan and what actually happens on the ground.

Grounded in field experience, not spreadsheets

Numbers come from people who have coordinated these operations before.

Built to flex

Programs get adjusted as traffic, weather, and workforce numbers change, not locked in at kickoff and left alone.

Proven Capability

Demonstrated delivery across Canadian remote flight operations and aerodrome oversight.

Built and staffed airport manager training and deployment programs for large-scale remote operations.

Rebuilt fuel operations manuals, SOPs, and QC protocols to current CSA and Transport Canada standards for a remote-community airport.

Delivered engineering-grade runway load testing that fed directly into an active FIFO program's aircraft and tire-pressure decisions.

Need Your Flight Program and Your Airport Working Off the Same Plan?

Tell us about your current operation and we will tell you where the gaps are.

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