Fibre Spool Line · CS-C001 · Consumable Cassette Family

A WIRE NOTHING
CAN JAM

Name: Fibre Spool Line CS-C001
Brand: Canadian Shield
SKU: CS-C001

Guidance-fibre consumable cassettes — a physical tether option, alongside or instead of radio.

Select · Payout · Recover or Sever

Contact Canadian Shield → Watch the Industrial Film Back to Industrial

Illustrative scene — not a certified performance record. Not an offer.

4tiersCapacity tiers on one cassette grammar — FS-S, FS-M, FS-L, FS-XL

1geometrySeat, latch and mounting interface shared across every tier

0signatureElectromagnetic signature on the fibre link itself

2consumersConfirmed Industrial-line consumers — Cargo Mover, Personnel Mover

What It Is

The Fleet's Hard-Wired
Option, Cassette by Cassette.

The Fibre Spool Line is a consumable component family, not a vehicle: guidance-fibre payout cassettes — FS-S, FS-M, FS-L and FS-XL — built to give a fleet vehicle a physical, hard-wired tether for command, telemetry or guidance. Where a radio link can be jammed, spoofed or simply unwelcome on site, a fibre link cannot — because nothing about it broadcasts.

It sits on the Industrial line as a support system, the same way the Self-Charging Dock (CS-700) and the Deployable Relay Chain (CS-710) do: not a work platform in its own right, but the consumable and infrastructure layer other platforms draw on. Cargo Mover (CS-600) and Personnel Mover (CS-610) both carry an optional fibre fly-by-wire "fibre tail" for their most demanding profiles, and the cassette in this line is the part that makes that option real — a line-replaceable unit, swapped at the dock, not a bespoke fit per airframe.

One cassette grammar, one seat geometry, four capacity tiers. Pick the tier the mission's route length needs before launch; the spool, the tension path and the exit eye that gets the fibre off it cleanly are engineered once and shared up the whole ladder.

source of record — CSH-DWG-FIBRESPOOL-001 a support system — cassette, not a vehicle

The Physical Argument

A radio link can be denied. A fibre link has to be cut.

Jamming, spoofing and RF-quiet requirements are electromagnetic problems. A hard-wired fibre tether doesn't have an electromagnetic signature to attack — the only way to break the link is to physically part the fibre, and that event is detectable the instant it happens.

4Capacity tiers on one cassette grammar — FS-S, FS-M, FS-L, FS-XL

1Seat geometry across the ladder — tool-free, dock-compatible swap

0Electromagnetic signature on the link itself — the fibre carries no radio to find

How It Works

Hub, Tension Element, Exit Eye — That's the Whole Machine.

01 The Signature Mechanism · Payout Station

HUB, TENSION ELEMENT, EXIT EYE

Inside every cassette sits a wound fibre pack on a core, a tension element that keeps the paying fibre in its working band, and an exit eye — the last, radiused contact point that sets the fibre's departure cone as it leaves for the host termination. Three parts, one job: get fibre off the pack without ever letting it go slack or pulling it tight.

Two engineering questions are still open by design, and we say so rather than pretend otherwise. First, whether the pack pays out by rotating the whole spool or by staying static while fibre lifts off a bobbin end — each has a real trade-off, and the cassette housing reserves volume for either. Second, whether tension is held by a passive drag path or by an actively managed dancer-and-brake — again, both are drawn, neither is decided. What is fixed is the discipline: wind-pattern quality at the factory is what keeps a spool from birdnesting — a tangled, self-locking loop at the eye — under load on a moving vehicle.

Severance is engineered as a controlled event, not an accident. The fibre's own tensile limit is the fuse: a genuine snag parts the fibre before it can drag the vehicle off its line. Loss of optical continuity is sensed at the host end the instant it happens — and on every radio-equipped Industrial-line consumer, that loss fails over benignly to the dual radio links that were running in parallel the whole time.

payout architecture — rotating spool vs. static bobbin, an open design fork tension control — passive drag path vs. active dancer/brake, an open design fork

CS-C001 · payout station — hub · tension · exit eye · fuse · fail-over

1 · Pay OutFibre lifts off the wound pack, hub or bobbin, toward the tension element.

2 · Hold BandThe tension element keeps the run inside its working band — never slack, never tight.

3 · Exit CleanThe radiused exit eye sets the departure cone into the host termination.

4 · Fuse, If NeededA genuine snag parts the fibre at its tensile limit — detected instantly, radio takes over.

CS-C001 · The capacity ladder — one seat geometry, four tiers

02 How It Works · Capacity Ladder

FOUR TIERS, ONE SEAT GEOMETRY

FS-S, FS-M, FS-L and FS-XL are capacity classes on the same cassette architecture — the wound pack grows tier to tier; the seat, the latch and the mounting interface do not. A crew that has swapped an FS-S cassette has already learned how to swap an FS-XL.

Pick the tier the mission's expected route length needs before launch: a short precision-lift beside live infrastructure wants a small, light cassette; a long corridor run through an RF-quiet or heavy-EMI site wants more fibre on the pack. FS-XL sits at the ladder's edge deliberately — spool mass and volume grow with fibre length, and whether the top tier closes on mass at all is exactly the kind of question the engineering work exists to answer before it is printed as a spec.

Exchange is a dock task, not a field repair. The cassette seat and latch geometry are being developed jointly with the Self-Charging Dock (CS-700) so that empty-off, full-on is part of ordinary turnaround — the same logic that lets a Cargo Mover swap battery packs without touching a wrench.

tier rung lengths — open, pending fibre selection cassette seat & latch — jointly owned with CS-700 dock

CS-C001 · FIBRE SPOOL LINE Industrial Series — Consumable Line

Capabilities & Specifications

The Fields We're Willing
to Print, Stated Honestly.

Figures below are drawn from the Fibre Spool Line engineering drawing package (CSH-DWG-FIBRESPOOL-001). The source document states plainly that no fibre length, tension, bend-radius, mass or cost value exists in canon yet — so none is invented here.

01Capacity Ladder

FS-S

Smallest — short precision runs

FS-M

Compact — standard runs

FS-L

Extended — corridor runs

FS-XL

Longest on the ladder — whether it closes on mass at all is an open engineering question, not a guarantee

Wound pack

Grows tier to tier on a shared core geometry; rung lengths await fibre selection and are published when set

Cassette seat

One seat, latch and mounting interface across all four tiers — keyed, tool-free, dock-compatible; jointly owned with CS-700

02Designation & Role

Designation

CS-C001 · Fibre Spool Line — Industrial-line support system / consumable product line

Role

Guidance-fibre payout cassette — a physical, hard-wired tether option for comms and/or guidance, complementary to radio and GNSS on this line

Line context

Cargo Mover (CS-600) and Personnel Mover (CS-610) both carry the cassette as an optional fibre fly-by-wire fit; radio and GNSS remain permitted and primary throughout the Industrial line

03Payout Architecture

Payout architecture

Rotating spool (fibre leaves tangentially) vs. static bobbin (fibre pays over the flange end) — a genuine open design fork, drawn both ways, decided by neither drawing nor this page

Tension control

Passive drag path or an actively managed dancer arm / servo brake — the cassette housing reserves volume for either; the working band keeps the run out of slack (birdnest risk) and out of overtight (microbend damage)

Core diameter

Design rule: sized to exceed twice the fibre's minimum bend radius — the bend-radius figure itself waits on fibre selection

04Termination & Severance

Termination — vehicle end (T-V)

Blind-mate at the cassette seat; optical faces capped until seated — no human handling of a live optical face at hookup

Termination — ground/portal end (T-G)

Field-mateable termination kit for the console or dock end, where the contamination problem is hardest and procedure is the backup

Severance behavior

The fibre's own tensile limit acts as the controlled fuse; loss of optical continuity is sensed at the host, not the cassette; on radio-equipped Industrial-line consumers this fails over benignly to dual radio links running in parallel

Single-use vs. reusable

Open fork: single-use (factory-wound, flown once, written off) vs. reusable (recover, inspect, rewind, recertify) — whether a rewound fibre can be honestly recertified against hidden microbend damage is unresolved

05Materials & Environment

Illustrative mass/volume

A ~2 km-class fibre run has been quoted elsewhere in the fleet's own planning work at roughly 200 g and 0.1 L — cited here as an illustrative planning figure only, never promoted to a line specification

Environment

The fibre jacket is not biodegradable. Spent fibre is recovered wherever the mission allows it; where it is not recovered it is persistent, not compostable — no degradable-fibre claim is made anywhere on this line

06Network & Dock Integration

Dock integration

Cassette exchange — empty-off, full-on — is a turnaround task on the Self-Charging Dock (CS-700); the interface is jointly owned, neither package moves it unilaterally

07Compliance

Standing

Nothing on this page is a specification, offer, commitment or price. No fibre length, tension, bend-radius or capacity figure is a specification.

Tier Lengths — the Governing Rule

We do not publish rung lengths for FS-S through FS-XL, because on this line that number is not yet a property of the design — it is the output of work still open. A length claim without the variables below attached would be a number for its own sake, so we decline to make one.

Fibre selection — type & jacket Minimum bend radius Tensile limit Payout architecture — rotating vs. bobbin Single-use vs. reusable decision Environmental derating — cold, water, abrasion, UV

Source: drawing package CSH-DWG-FIBRESPOOL-001. No fibre material limit is invented here — every such field remains an open engineering question in the design record itself.

In the Doctrine

Radio Stays On.
The Wire Is the Backup.

Radio and GNSS are permitted, and remain the default, right across the Industrial line — that doctrine does not change here. The Fibre Spool Line doesn't argue with it; it completes it, for the worksites where a purely radio link isn't the whole answer.

A precision lift beside live high-voltage infrastructure, an RF-quiet site next to sensitive equipment, a heavy-EMI industrial yard, a corridor where a crew simply wants proof of a hard-wired link for the record — none of those are jammed battlefields, and we do not price the fibre tail like a defence necessity. It is a mission-selected option: fit it when the worksite calls for a wire, run without it when radio alone is the right answer, and let a snag fail over benignly to radio rather than end the mission.

The overlap with the rest of the house is physical, not rhetorical. The same fibre spool, termination and cassette grammar that gives Cargo Mover and Personnel Mover their optional fibre tail is the platform this whole line stands on — engineered once by Canadian Shield's sovereign manufacturing base, drawn on wherever the fleet needs a wire it can trust.

radio & GNSS permitted & primary — this line, always fibre tail — mission-selected, never mandatory

Family Context

One cassette. Every dock, every ladder rung.

On the Industrial line, the Fibre Spool Line sits beside the Self-Charging Dock (CS-700) and the Deployable Relay Chain (CS-710) as the surface line's shared infrastructure — support systems that make the work platforms above them turn around faster and stay linked with confidence, on a worksite the crew already knows how radio behaves on.

2Confirmed Industrial-line consumers — Cargo Mover CS-600, Personnel Mover CS-610

1Cassette seat geometry shared with the Self-Charging Dock CS-700

0Change to the radio-permitted doctrine anywhere on this line — the fibre adds an option, it removes nothing

On the Job

Pick the Cassette.
Fly the Route. Come Home.

A Fibre Spool Line job is a loop around someone else's mission, not a mission of its own: the cassette is chosen, the fibre pays out while the host does its work, and the run ends clean — either recovered or, on a genuine snag, cut on purpose rather than by accident.

1 · Select

The Route Sets the Tier

Before launch, the crew reads the mission's expected route length and worksite conditions — RF-quiet, heavy-EMI, beside live infrastructure, or simply "we want the wire on the record" — and seats the matching FS tier at the dock. Radio and GNSS are checked and live regardless; the fibre is an addition, not a substitution.

The call: the crew's, based on the worksite in front of them — never a fixed rule.
The seat: tool-free, keyed, the same across every tier.

2 · Payout

The Fibre Stays Behind, the Radio Stays On

The host works its profile as normal — flying, driving or holding station — while the cassette pays fibre off the pack, held in its tension working band. Radio and GNSS keep running in parallel throughout; the fibre is a second, physical channel, not the only one.

Operator's job: fly or drive the mission; the cassette's payout is passive to them.
Cassette's job: keep the run out of slack and out of overtight, eye to termination.

3 · Recover or Sever

Clean End, Either Way

At mission end the run either comes home for inspection under the reuse fork, or — on a genuine snag — parts at its own tensile limit, sensed instantly at the host, with radio already carrying the link. The empty cassette swaps out at the dock for the next leg; the depot re-arms while the crew moves to the next job.

What returns: the cassette housing and, under the reuse fork, the fibre itself.
What never happens silently: a severance the host doesn't know about instantly.

Scenario illustrates the design intent of the operating loop. Payout architecture, tension control, reuse policy and tier rung lengths are exactly what the engineering and test program exists to close — and none of them is presented here as settled before it is.

Shared Infrastructure, Shared Consumers

The Cassette's Nearest Relations.

The Fibre Spool Line sits beside the Industrial line's other support systems — and feeds the two work platforms that carry it as an optional fit.

This system

CS-C001 · Industrial

Fibre Spool Line

Guidance-fibre consumable cassettes — a physical tether option, alongside or instead of radio.

Download PDF ↓

CS-700 · Industrial

Self-Charging Dock

A docking and replenishment station that lets a working fleet return, recharge and redeploy without a hand touching it.

Download PDF ↓

CS-710 · Industrial

Relay Chain

A deployable chain of relay nodes — command, telemetry and position augmentation for civil fleets working past the edge of the network.

Download PDF ↓

CS-600 · Industrial

Cargo Mover

An uncrewed VTOL cargo family — four sizes of the same machine, from toolbox to bulk lift.

Download PDF ↓

CS-610 · Industrial

Personnel Mover

A crew-carrying VTOL work machine. Two tiers — PM-8 single-seat, PM-12 two-seat.

Download PDF ↓

The Hard-Wired Option

Radio Where Radio Works.
A Wire Where It Doesn't.

If your worksite runs precision lifts beside live infrastructure, RF-quiet zones or heavy-EMI ground, the conversation starts with the route length — and with the cassette built to run alongside your radio, not instead of it.

Contact Canadian Shield → Watch the Industrial Film → The Industrial Line The Fleet

Full Marketing Package

The Rest of the Fleet.

Every Canadian Shield platform has a brochure like this one — same depth, same status discipline, same refusal to publish a number we cannot source. Organized by family below.

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