Canadian Autonomous Systems and Drone Sovereignty Initiative

⚠ This is a flightplan, not a commitment. Flightplans are hypothetical policy proposals modelled in the Ducklings causal simulation. They become projects only when voted into adoption through Consensus. Metrics shown reflect simulation model outputs, not real-world outcomes.

$0.85B CAD

Fiscal Impact

Medium-term (2–5 years)

Time Horizon

Medium

Implementation Risk

Epoch 95

Continuum Entry

Overview

Establish a Canadian Autonomous Systems Design Authority (CASDA) as a Crown corporation to develop three sovereign unmanned platform families within 5 years: Arctic Surveillance UAV, Maritime Strike Drone, and Ground Reconnaissance System. Designed for NATO export from day one without US ITAR restrictions — Canada's primary competitive advantage in the global $70B unmanned systems market.

Problem Statement

Canada exports $380M/year in defence-related electronics and unmanned systems — less than 0.6% of the global market despite a world-class aerospace engineering base. The CH-148 Cyclone cautionary tale: 20 years, $3B, 28 obsolescent aircraft. Drone platforms have 3-5 year development cycles. Turkey grew its defence industry from $250M to $6B+ in 20 years via the Bayraktar model. Canada has the talent and industrial base but lacks a mandate and a design authority.

Proposed Approach

Create CASDA Crown corporation with private sector co-investment mandate. Platform 1: Arctic Surveillance UAV (ASU-1) — 4,000km range, 24-hour endurance, ice-rated to -40C, replaces CP-140 Aurora in patrol role. Platform 2: Maritime Strike Drone (MSD-1) — loitering munition system deployable from Canadian vessels, designed for NATO export without US ITAR restriction. Platform 3: Ground Reconnaissance System (GRS-1) — Arctic sovereignty patrol UGV with Canadian C2 architecture replacing US systems.

Anticipated Impacts

defence_export_revenue rises from $2.8B to $5.3-6.8B by Year 6; domestic_drone_platform_count rises from 0 to 3; defence_export_potential ceiling rises to $22-28B; canadian_defence_firms_count +64-164 new ecosystem firms; fdi_inflows +$1.5-3B in defence tech FDI; global_arms_market_us_share decreases 0.5-1.5% as Canada takes market share.

Ducklings Simulation

This proposal is active in the Ducklings causal simulation (Epoch 95). The simulation models downstream effects using a BFS cascade engine with strength-weighted, time-delayed edges capped at 3-hop depth and ±25% per-hop limits. Cascade outputs are bounded by variable saturation thresholds.

Domain: National Defence | Proposal ID: 186 | Series: E-series

How to Engage

Discuss this flightplan in the Pond forum under National Defence. Vote on adoption through Consensus. Adopted flightplans become projects with real-world implementation tracking.

Contact: [email protected]