Technology & Doctrine

The Radio
Is the Enemy.

Every Canadian Shield platform is designed for the one condition every other maker treats as an exception: the radio is jammed and GPS is gone. We do not bolt jam-resistance onto RF-dependent platforms. We delete the radio at the drawing board — three guidance tiers, and nothing to jam in any of them.

Built hardware — Goose, Grizzly and Badger families Proprietary design — patent pending

The Three Tiers → Why No Radio Platform by Platform The Radio Boundary

Doctrine · The Wedge

No Radio,
By Design.

Jammed RF and denied GPS are the modern battlespace's default condition, not its edge case. The radio link is the single largest vulnerability a fleet carries into it — so we design the link out instead of patching it.

A conventional drone hangs from two invisible threads: a GPS fix and a radio link. Electronic warfare cuts both, cheaply and at scale. A fleet designed around RF degrades to inventory exactly when it is needed most.

Ruling out radio is the correct design call, not a limitation. Everything in the defence fleet guides by one of three RF-free means: nothing at all (preset), a physical optical fibre, or passive onboard sensing. A link that is not in the spectrum cannot be jammed, spoofed or direction-found.

Underground and under water, physics enforces the doctrine for free — rock and soil kill RF outright, and seawater conductivity does the same. The one deliberate RF exception in the defence fleet is the Raven relay payload: the payload transmits, the platform does not — the exception lives in the pod and support layer, never in the guidance loop.

“There is nothing to jam.”

Indicative diagram — an illustration of the doctrine, not measured spectrum data. Jamming denies the RF bands; a physical fibre and passive optics are simply not in them.

The Brand Register

How the Doctrine Reads Here

“Jam-proof autonomy in denied environments.”

Air · Ground · Water · Underground. The doctrine line on the brand board — the same claim, in campaign language.

The Government & Technical Register

How the Doctrine Reads in Program Documents

“RF-independent and RF-resilient mission architecture — designed for operation in degraded and denied communications environments.”

Same architecture, assessor's vocabulary. Government-facing and technical documents use this wording; the claim underneath does not change between registers.

The Centrepiece

Three Guidance Tiers.
Nothing to Jam in Any of Them.

One airframe philosophy, three ways to guide it — none of them in the RF spectrum. Every defence family is built against the same three-tier ladder, and every divergence from it is stated below, platform by platform.

Tier 1

Preset / Ballistic

Deepest Magazine

The path is computed before launch and nothing guides in flight. On the confirmed Goose lead round that is literal: no battery, no motor, no onboard guidance electronics — jam-proof by absence.

Nothing on board to jam, spoof or shock-harden
Cheapest round; the deepest magazine per dollar
Air interceptor rounds and one-way underground runs
Ground family skips this tier — it drives, it doesn't fly a ballistic arc

Goose Tier-1 configuration — built hardware

The volume tier

Tier 2 · The Workhorse

Fibre-Guided

Human-In-Loop

The platform trails an optical fibre and a human commands it down the wire. A physical link cannot be jammed, spoofed or direction-found — and it keeps a person in the loop by construction, the cleanest policy story in the fleet.

Unjammable command guidance; the operator sees what the platform sees
The default tier across the fleet, and the tether norm under water
Underground, the fibre is also the breadcrumb back out — and for the boring line, the conduit product left in the bore
The one artefact that crosses to the civil side: the same spool hardware, opposite dependency

The workhorse tier

Tier 3

Autonomous / Optical-AI

Counsel-First Gate

Passive onboard sensing — optical-AI on the air side, SLAM on the ground. Emits nothing and needs no link. It is the capability ceiling, and it carries genuine autonomy policy weight, so it is gated accordingly.

Passive sensing only — silent to electronic warfare
Air seeker tier: counsel-first policy review before any offering
Underground: mapping autonomy only — never engagement autonomy
Ground: autonomous SLAM for transit, human decisions retained

The ceiling — counsel first

The Fin Trade

The Tier Ladder Is an Actuation Ladder

Tier 1 sets its fins once, at launch — zero in-flight actuation, zero electronics to survive the launch pulse. Tiers 2 and 3 need driven fins: actuators, power and control electronics that add cost and must live through launch shock. You buy manoeuvre authority with money and complexity, one tier at a time — and launch-shock survivability for those electronics is the program's named top technical focus, advancing toward validation.

One Airframe, Three Rounds

Tiering Is a Manufacturing Strategy

All three tiers share the moulded airframe, the launcher family and the production line; the differences live in the payload bay. The cheap tier funds the line, the workhorse tier flies the missions, and the seeker tier waits on policy — one program, not three. That only works because the tooling is ours: manufacturing is the weapon, and an owned 5-axis shop collapses the industry's ~8-week tooling wall to shop hours.

owned mould shop — existing capability

This page states doctrine and architecture, not a build-by-build specification. Every figure carries its methodology tag.

Platform by Platform

Where the Ladder Bends —
Stated, Not Smoothed.

The three-tier ladder is family doctrine, not a uniform spec sheet. Physics and mission bend it, platform by platform — and we publish every bend rather than pretend the ladder is identical everywhere.

Platform	Tier posture — the divergence	Tag
GooseAir · CS-110	Tier 1 only in the confirmed configuration — no battery, no motor, no guidance electronics. Tiers 2–3 remain family doctrine; powered scope moved to Gyrfalcon.	built hardware
GyrfalconAir · CS-120	Tier 2 fibre-guided primary, human-in-loop; Tier 1 as the degraded mode; Tier 3 seeker is roadmap, counsel-first.	doctrine
RavenAir · CS-130	The deliberate RF exception — the relay payload transmits; the platform itself navigates no-GPS. Exception in the payload, never the guidance loop.	doctrine
OwlAir · CS-140	No-radio, no-GPS autonomous navigation; optional trailing fibre for human-in-loop watch. All sensing passive — no RF emission of any kind.	doctrine
LoonAir · CS-150	No fibre tier. The far-ranger flies autonomous-only — its own package shows fibre fails at range, so the tier is deleted rather than dressed up.
KestrelAir · CS-160	No fibre on the base scout — preset and autonomous tiers only. One camera does both scouting and navigation; simplicity is the price point.	doctrine
Grizzly · Moose · BeaverGround · CS-2xx	The ground ladder: preset waypoint · fibre-tethered · autonomous SLAM. No ballistic tier — it drives. No radio, no GPS, all three tiers.	doctrine
WolfGround · CS-230	Autonomous SLAM with fibre/mesh coordination between units, human-in-loop — coordinated carriers, in a strictly non-kinetic carrier/sensor scope.	doctrine
LynxGround · CS-240	Fibre optional — a documented divergence from the heavy-carrier ordering. Slow stalking approach only; fibre payout at sprint speed is unresolved.
WolverineGround · CS-260	Tool actuation restricted to Tier 2 — fibre, human-in-loop — by a rule that follows from the package itself. Transit may use preset or SLAM; the tool never acts autonomously.
Orca · JellyfishWater · CS-3xx	No ballistic tier at sea. Tier 2 fibre-tether is the workhorse — the norm in this medium — with bounded autonomy for long legs. Per-platform tier selection open.
Badger familyUnderground · CS-4xx	Tier 2 fibre-guided is the default — guidance, comms, breadcrumb and (deep series) power in one strand. Tier 1 covers Gopher one-way runs. Tier 3 is mapping autonomy only — never engagement autonomy.	doctrine

All postures are stated architecture decisions, not demonstrated capabilities. Platform names are working candidates — "Lynx" and "Wolverine" are pending name-clearance checks — and CS-designations are working designations. Platform designs are held as proprietary know-how and trade secret.

How to Read the Table

The Bends Are the Credibility

A doctrine that fits every platform identically is a slogan. Loon deletes the fibre tier because its own arithmetic says fibre fails at range. Wolverine locks tool actuation to a human on a wire because that rule follows from its own package. The underground family caps autonomy at mapping because engagement autonomy is a line we do not cross down there.

Where a fork is open — Lynx payout at speed, the water family's per-platform tier selection — the table says open, and it stays open until modelling closes it.

The Human in the Loop

Autonomy Has a Governor

Tier 2 keeps a person in the loop by construction. Tier 3's air seeker waits on counsel-first policy review before it goes near a market, and no underground platform is ever autonomous at the point of engagement — a Trembler Line cue is detect · localize · cue only; a human decides.

The Radio Boundary — Both Halves

One Rule.
Two Sides. Stated Together.

The no-radio doctrine governs the defence, underground and tethered platforms: no radio and no GPS in any of those designs — ever. Radio and GNSS are permitted on the surface civil Industrial line only. We publish the boundary in both directions, every time it comes up.

Defence · Underground · Tethered

No Radio. No GPS. Ever.

The rule does not bend for convenience. Underground it is also enforced by physics — rock and soil kill RF outright, which makes the Badger line the doctrine's purest expression.

Surface Civil · Industrial Line

Radio and GNSS Permitted — Here Only

A farm quarter-section is not a jammed battlespace. Forcing the defence rule onto a civil work machine would be cargo-culting a requirement its buyers do not have — so the civil line gets its antennas back, and we say so explicitly.

The Crossing Artefact

One Spool, Two Postures

The fibre spool line serves both sides of the house. On the civil line a fibre tail is mission-optional and fails over to radio; on the defence line, fibre may be the only link there is. Same hardware, opposite dependency — the boundary expressed in one part.

The Radio Boundary — Stated Plainly

No Radio Underground. Not Ever.

No radio and no GPS in any defence, underground or tethered design. Radio and GNSS are permitted on the surface civil Industrial line, and only there. Both halves, one sentence, on every page where the question can arise — so no buyer has to guess which side of the boundary a product sits on.

The Crossover Insight

Turnaround, Not Flight Time,
Caps the Day.

The same systems thinking that deletes the radio also reframes endurance. A work machine is bought for daily output, and daily output is utilisation — the share of the day spent working rather than being swapped, refilled and repositioned. Chasing ten more minutes of flight time is the wrong lever if the machine then sits on a tailgate for twenty.

That insight drives hardware on both sides of the house: the advancing Self-Charging Dock design on the civil line, persistence-by-rotation on the ISR aircraft — and a common battery-pack standard across the families, so packs, docks and swap procedures amortise once instead of per platform.

The Organising Arithmetic

U = t_fly / (t_fly + t_turn)

Utilisation is the fraction that matters, and the turnaround term is usually the one that pays for attention. The civil line's commercial hinge — the Self-Charging Dock (CS-700) — exists to push U toward 1; the pack standard exists so the dock only has to be designed once.

Proportions and duty cycles are unmeasured — the argument is structural, and it is presented as such. Full treatment on the Industrial page.

The Enabler

None of This Doctrine
Works Without Volume.

Depth is the doctrine's currency — cheap platforms in numbers, coordinated carriers instead of exquisite singletons. That is a manufacturing problem before it is an aerospace one, and it is exactly where we hold the structural advantage: an owned 5-axis CNC shop that cuts its own moulds.

Moulded glass-filled nylon for structural parts; recycled PET strictly non-structural. The tooling wall — the industry's ~8-week mould lead time — becomes internal schedule. The full argument, with its cost models and their tags, lives on the manufacturing page.

The newest extension of that argument is the Forward Manufacturing Cell — an in-development, containerized slice of the line an ally could run in-country, moulding and assembling its own Tier-1 rounds from local feedstock. Airframes and pneumatic launchers only; fire control, seekers and guidance electronics never leave Canada. Carriers, not munitions.

Manufacturing Is the Weapon → The Forward Cell

No unit-cost figures are published for this family — the moulding thesis is about owned tooling capability, not a priced quote. The Forward Manufacturing Cell is in prototype and testing; export-control classification has not yet been obtained.

See the Doctrine Applied

Four Domains.
One Rulebook.

The same three tiers, the same boundary, the same rulebook — argued family by family across air, ground, water and underground.

Goose · Air → Grizzly · Ground → Orca · Water → Badger · Underground → Contact Canadian Shield →

The RadioIs the Enemy.

No Radio,By Design.