Service flow & 7-year parts

WanderRouter Standard-5G — Service Flow + DIY Policy

The promise: every module we ship is either user-replaceable (DIY with video + tool included) or send-back-swappable. Factory 2-year warranty on every module. 7-year spare parts guarantee — including Telit FN990Axx M.2 cards (or successor cards as cellular generations evolve). DIY on a specific module voids coverage on that module only; rest of the device stays covered.

Special notes for Standard-5G:

• M.2 cellular modem is user-replaceable (Standard 2 + Stage 0 image-spec reconciliation note). User can swap Telit → Quectel → next-generation cellular card without replacing chassis. Documented DIY procedure with video.
• 6× external antennas are user-replaceable via simple RP-SMA unscrew. Replacement antennas are in the parts catalog at $8 (Wi-Fi) / $14 (cellular).
• Carrier-IMEI re-issue: when user swaps cellular modem, eSIMs may need re-issue from carrier (some carriers IMEI-bind eSIMs). WanderOS surfaces re-issue requests + walks user through carrier customer service.
• Saffron-anodized SIM-eject tool is a keeper. Replacement available in parts catalog at $4; open-STL alternate (DIY printable) for community remix.

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Service request categories

Category	Cost	Handled by	Turnaround
**In-warranty repair / replacement**	$0 (shipping covered both ways)	Ambassador repair depot	5 business days
**Out-of-warranty repair**	Module cost + $25 service + shipping	Ambassador	5 business days
**User-paid upgrade** (add module: Thread/Zigbee / NVMe / cellular swap / mmWave / UPS / LoRa / Lux engraved cream top deck / Lux walnut overlay)	Module cost + $25 service + shipping	Ambassador (or DIY for non-Lux + non-UPS)	5 business days
**User-paid downgrade/swap** (module swap, same chassis)	$25 service + shipping (keep removed module in parts catalog or sell-back)	Ambassador	5 business days
**Cellular modem swap** (Telit ↔ Quectel ↔ mmWave)	Modem cost + $25 service + shipping (or DIY)	User-DIY OR Ambassador	DIY 5 min / Ambassador 5 business days
**eUICC tier upgrade** (Basic → Traveler → Global)	Module cost + $25 service + shipping	Ambassador (eUICC chip swap is SMT-level)	5-7 business days
**6× external antenna replacement**	Antenna cost ($8 Wi-Fi / $14 cellular) + shipping	User self-install	same-day (parts catalog ships in 1-2 days)
**SIM-eject tool replacement**	$4 + shipping	User self-install	same-day
**Lux cream top-deck engraving**	$80 (Lux upgrade) + shipping	Ambassador (laser-etcher)	7-10 business days
**Lux walnut top-deck overlay**	$60 + $25 service + shipping	Ambassador install	5-7 business days
**DIY upgrade (user-installable modules)**	Module cost + shipping only	User	same-day (parts shipped from catalog)
**End-of-life recycling**	$0 (WanderVerse accepts any Standard-5G for recycling + $25 credit toward next purchase)	WanderVerse recycling	—
**Physical damage (user fault)**	Repair cost + $40 service + shipping	Ambassador	5-10 business days
**Total loss** (device unrepairable)	Replacement at 40% off listed v1 price + 100% trade-in value toward any WanderRouter-family product	—	—

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DIY policy (legal + practical)

What you can DIY without voiding warranty:

• Install or swap user-DIY modules (RAM SODIMM, M.2 NVMe, cellular modem M.2 B-key, Thread/Zigbee daughterboard, LoRa USB) — no warranty impact on the rest of the device
• Replace any of the 6× external antennas via simple RP-SMA unscrew — no warranty impact
• Print and install community-designed accessories (faceplate dust cover, antenna tilt clips, wall-mount bracket, cable rake, sim-eject tool variants) — no warranty impact
• Customize the open-STL files in CAD and print — no warranty impact
• Update firmware manually via console USB-C — no warranty impact
• Factory-reset via reset pinhole (rear panel) — no warranty impact

User-DIY modules (documented with video, tool-friendly):

• RAM SODIMM (in/out, any variant: 2GB / 4GB / 8GB)
• M.2 NVMe (in/out, any variant: 500GB / 1TB / 2TB)
• M.2 B-key cellular modem (in/out — Telit FN990Axx ↔ Quectel RM520N-GL alt-source ↔ Quectel RM530N-GL mmWave; switch to 90W brick when installing mmWave)
• Thread/Zigbee daughterboard
• LoRa USB module (HAVEN, plug into rear console USB-C)
• BLE module (M.2-style daughterboard — same as Bridge Full)
• 6× external antennas (RP-SMA unscrew + replace)
• All open-STL accessories (faceplate dust cover, antenna tilt clips, wall-mount bracket, sim-eject tool, cable rake)
• Cover swap (no functional change but allows custom-color community covers in future)

Ambassador-only modules (require send-back service):

• eUICC chip swap (SMT-level — Basic ↔ Traveler ↔ Global tier change)
• UPS module (UL safety review + LiFePO4 BMS provisioning)
• Lux cream top-deck Ambassador engraving (laser-etcher operation)
• Lux walnut top-deck overlay install
• Mainboard / SoC / Wi-Fi 7 module / cellular RF FE SMT-level repair

What voids coverage on a specific module (not the whole device):

• Physical damage to that module (drop, liquid, mains surge etc.) — coverage on that module ends, rest of device continues covered
• User-initiated SMT-level modification (re-soldering, chip swap outside the module concept) — coverage on that chip ends, rest of device continues covered
• Unauthorized firmware modifications that bypass our security model (e.g., flashing a non-WanderVerse image that removes privacy features) — coverage on firmware-affected areas; hardware remains covered

What voids whole-device warranty (rare, only genuine negligence):

• Removal of the Ambassador signature card (tampering-equivalent — we use it for provenance)
• Physical damage from use outside the product's intended environment (submerged, high-humidity, mechanical impact beyond consumer-equipment ratings)
• Unauthorized reselling as a refurbished device without our repair
• AC mains tampering (any modification to the external Mean Well brick beyond replacement of the whole certified brick)
• IMEI tampering (modifying or spoofing IMEI on Telit FN990Axx is a federal crime under FCC rules; we will not service such devices)

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Send-back service procedure

For the user:

1. Open WanderOS → Device → Service → Request send-back 2. Choose service type (repair / upgrade / downgrade / Lux engraving / cellular modem swap / eUICC swap / UPS install / mmWave upgrade) 3. Review estimated cost breakdown 4. Pay via integrated checkout (Stripe) 5. Print shipping label (pre-paid for in-warranty cases) 6. Pack device in original box + tool pouch + Ambassador card + saffron SIM-eject tool + 6× detached antennas + 60W or 90W brick + AC cord (don't lose anything!) 7. Drop off at any carrier location (UPS / FedEx / USPS work; Standard-5G ships fine via standard ground) 8. Track progress in WanderOS — "Received" / "Diagnosing" / "Ambassador-assigned" / "In work" / "Quality check" / "Shipped" 9. Receive device back, typically 5 business days from receipt; Lux engraving 7-10 business days

For the Ambassador at repair depot:

1. Receive package, scan tracking to update user's WanderOS status 2. Open service ticket; review user request + device service history 3. Open device (T10 Torx bottom plate — top deck stays in place to preserve cream finish); inspect interior; photograph condition 4. Perform requested work:

• Module swap: plug in new daughterboard / SODIMM / NVMe / M.2 cellular card / etc., remove old, reseat
• Cellular modem swap: swap M.2 B-key card; reprovision IMEI in NVMEM + Telit cloud; if user's eSIMs were IMEI-bound, walk them through carrier re-issue
• eUICC chip swap: SMT-level work (Basic ↔ Traveler ↔ Global tier); requires hot-air station
• UPS install: rear-bay BMS install, harness connect, cell health prebake-check
• Lux engraving (cream top deck): swap top deck to laser-etcher fixture, run Ambassador's design pattern, verify post-anodize integrity, reattach
• Lux walnut overlay install: clip walnut overlay onto cream top deck via integrated frame

5. Re-test unit on production test fixture (240-second automated 20-test pass) 6. Seal with new bottom plate; update Ambassador signature card if Ambassador changed 7. Pack in fitted pulp tray + outer box (ensure 6× antennas detached + bagged, brick + cord included) 8. Log work in unit service history (permanent record) 9. Ship back; scan tracking update

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Quality standards

• Every send-back service unit passes the same 20-test production test as a factory-new unit
• Every Ambassador at the repair depot is a certified WanderVerse Ambassador (Standard 1 — supported employment)
• Every device gets a new Ambassador-signature card if the Ambassador changed (or same if the original Ambassador is doing the repair)
• Service history is permanent and tied to the device serial — every user can see what's ever been done to their unit
• Cellular IMEI history is logged separately (forensic record for FCC compliance + carrier service requests)
• Lux faceplate engraving service: each Ambassador's engraving design is logged; per-unit engraving photo archived for provenance

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Pricing philosophy

• In-warranty repair: always free. Period. Shipping both ways covered.
• Parts cost is transparent. The module catalog shows exactly what each component costs (Telit FN990Axx M.2 = $135; Quectel RM530N-GL mmWave = $220; etc.).
• $25 flat service fee for send-back work (not scaled to complexity — keeps the pricing honest and simple).
• No "labor" line item hidden. An Ambassador spends time on your device; that time is valued in the service fee.
• Lux-tier work is priced differently because it's Artisan labor (part of the value): $80 for Lux cream top-deck engraving, $60 for Lux walnut overlay install. Pricing transparent per work type.
• Cellular modem DIY-friendly: users can buy a Telit FN990Axx M.2 card from parts catalog ($135) + ship in 1-2 days. Ambassador swap is 5 days but walks user through eSIM re-issue if needed.

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End-of-life

After v1 is EOL (minimum 7 years from ship = 2034+):

• Modules stay in production for 7 years from EOL announcement (= 14+ years from ship)
• Cellular generation transitions: as 5G → 5G Adv → 6G evolves, parts catalog adds new compatible M.2 B-key cards (e.g., 2032+ next-generation cellular modems if pin-compatible with Telit FN990Axx socket footprint). Backward-compatible chassis preserves user investment.
• Community STLs + open repair documentation ensure repairability beyond that
• Recycling program continues indefinitely
• Any unit traded in gets credit toward current-generation WanderVerse hardware
• LiFePO4 cells (HAVEN config UPS) recycled via certified Li-ion battery program
• Chassis aluminum + cream top deck recycled at any e-waste facility
• Telit FN990Axx M.2 card recycled as e-waste (precious metals reclamation)

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Ambassador refurb path

End-of-life devices returned to WanderVerse get an Ambassador refurb option:

• Ambassador inspects + replaces failed modules + reflashes firmware + reprovisions IMEI + reinstalls fresh signature card
• Refurb units sold at 40% off retail with same 2-year warranty as new
• Carries a "Refurb by [Ambassador Name]" badge in WanderOS device history
• Refurbed Standard-5G units feed Mission Partner placements (HAVEN safehouses, small nonprofits, Pride Fund recipient households) at sub-DTC pricing

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Compared to competitors

Commitment	Standard-5G	Peplink Max BR1	Cradlepoint	Inseego/carrier rentals
2-year warranty	✅	✅	✅	tied to plan
7-year spare parts	✅	❌ (typical 3-5 yr)	🟡 (5-yr enterprise)	❌ (replace whole unit)
User-DIY without voiding	✅ (policy explicit)	🟡 (paid open SKU; varies)	❌	❌
User-replaceable cellular modem	✅ (M.2 B-key swap)	✅ (Pro tier; varies)	🟡 (enterprise tier)	❌
User-replaceable antennas	✅ (RP-SMA unscrew)	✅	✅	❌ (sealed)
Send-back service	✅	❌ (replace-only)	🟡 (paid SmartSupport)	❌
Open STL accessories	✅	❌	❌	❌
Transparent repair pricing	✅	❌	❌	❌
Recycling program	✅ (credit toward next)	🟡 basic	🟡 basic	tied to plan
Right-to-repair legal posture	✅ (aligned with 2023 MN + CA Right-to-Repair)	🟡 contested	🟡	❌
Identity-aware default policy	✅	❌	❌	❌
Single-pane management across SKUs	✅ (WanderOS family)	🟡 (InControl Peplink-only)	🟡 (NetCloud cloud)	tied to carrier app
Carrier-agnostic single SKU	✅ (Telit cert)	🟡 (open SKU separate from carrier-locked)	✅ (enterprise)	❌ (locked at SKU)
Saffron-anodized SIM-eject tool	✅	❌	❌	❌
Ambassador-assembled with named provenance	✅	❌	❌	❌

The contract is: we actually honor repair culture. Not a tagline.

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HAVEN-specific service flow

For HAVEN safehouse Standard-5G deployments:

• Pre-deployment Ambassador-pre-pairing with HAVEN Bridge Mini fleet (if Bridge Mini is part of the deployment)
• On-site install option: WanderVerse Ambassador travels to HAVEN safehouse for desktop/wall install + cellular plan activation + Bridge Mini fleet adoption (cost: travel + per-day labor; covered by HAVEN program budget for funded safehouses)
• 24-hour priority send-back for HAVEN-deployed units (vs 5-day standard)
• HAVEN serial-number cohort: WanderOS surfaces HAVEN-deployed units separately for fleet ops + emergency response coordination
• Pre-loaded global eSIM tier for HAVEN: Global 20-profile eUICC + pre-loaded country eSIMs covering anticipated HAVEN-region operations (e.g., Mexico / Canada / Iran / Ukraine / Russia for trans / queer refugee corridors)
• HAVEN fund-able cellular plan: pre-paid SIMs purchased in bulk + activated against HAVEN-cohort IMEIs; renewal handled centrally by WWP

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Bridge Mini fleet integration in service flow

When user sends Standard-5G back for service:

• Downstream Bridge Mini fleet remains adopted in WanderOS (config persists in WanderOS account if WanderRouter Standard upstream or Bridge Full present)
• During Standard-5G absence: Bridge Mini units use direct upstream (degraded mode — no cellular WAN, identity-aware-default fallback to wired-only)
• Returned Standard-5G re-adopts fleet within minutes; identity-aware-defaults restored

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Service philosophy summary

Standard-5G is consumer-form-factor + enterprise-friendly-service. Cellular routers don't usually get repair-culture posture; we're explicit that they do in WanderVerse. Every screw is documented; every module is in the parts catalog; every Ambassador's hands-on work is tracked + paid via Community Pool 60/30/10.

The repair shop is the same as the factory.

The cellular modem upgrade path future-proofs the chassis investment — buyers don't replace the device when 6G arrives; they swap the M.2 B-key card.

The 6× external antennas are a maintenance burden that's also a service-flow opportunity — replacement antennas at $8-14 each are the kind of small-ticket parts orders that keep customers engaged with WanderVerse parts catalog + Community Pool.

Open STL files

WanderRouter Standard-5G — Open STL Files

Published under Creative Commons BY-SA 4.0 for accessory parts (fully open — remix, redistribute, share-alike). Lux-tier Ambassador-engraved cream top deck and Lux walnut overlay are NOT published — those are per-order Ambassador-handled.

The image-locked chassis (slate-charcoal aluminum body + cream anodized top deck + saffron pinstripe + 6 external antennas pattern + side SIM tray cutout) is not published as STL — it's manufactured, not user-printable, and its visual fidelity binds the product. STL files in this directory cover accessories only that complement the chassis without changing it.

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Files (to be added in Stage 8 final production)

User-printable accessories

• wall-mount-bracket.stl — drywall-mount bracket, slots into chassis bottom plate M4 hole pattern. For users who prefer wall-mount over horizontal desktop install. CC BY-SA 4.0.
• wall-mount-bracket.step — editable solid model in STEP format. CC BY-SA 4.0.
• antenna-tilt-clip-30deg.stl — tilt clip for 30° external-antenna angle (vs default vertical). For non-standard install scenarios (e.g., Standard-5G mounted under a shelf and needing antennas to angle away from cabinet). CC BY-SA 4.0.
• antenna-tilt-clip-45deg.stl — 45° variant. CC BY-SA 4.0.
• antenna-tilt-clip-60deg.stl — 60° variant. CC BY-SA 4.0.
• antenna-tilt-clip-horizontal.stl — fully horizontal antenna lay-down (transit + storage; not for operation). CC BY-SA 4.0.
• sim-eject-tool-saffron.stl — community-printable variant of the saffron-anodized SIM-eject tool. PETG/PLA in saffron-tinted filament approximates the look. CC BY-SA 4.0.
• sim-eject-tool-thumb-grip.stl — alternate SIM-eject tool design with thumb-grip end (community remix). CC BY-SA 4.0.
• sim-eject-tool-keychain.stl — keychain-attachment variant. CC BY-SA 4.0.
• cable-rake.stl — rear-mount cable management rake. CC BY-SA 4.0.
• cable-rake.step — editable. CC BY-SA 4.0.
• desk-pad-feet.stl — 4× rubber-feet caddy that slots into bottom chassis. For surfaces that need vibration-damping (close to a TV, audio equipment, etc.). CC BY-SA 4.0.
• faceplate-dust-cover.stl — PETG dust cover for the cream top deck. Snap-on for transit + long-term storage. CC BY-SA 4.0.
• faceplate-dust-cover.step — editable. CC BY-SA 4.0.
• wall-mount-bracket-vertical.stl — vertical-orientation wall-mount (Standard-5G stands vertically against the wall, antennas pointing sideways). CC BY-SA 4.0.
• under-shelf-bracket.stl — bracket for under-shelf mounting (Standard-5G inverted, antennas pointing down — uncommon but possible). CC BY-SA 4.0.

Reference (not for fabrication)

• chassis-reference-outline.stl — chassis outline for remix compatibility checks only. NOT for fabrication; the actual chassis is anodized aluminum sheet metal manufactured at our partner facilities. Use this only to verify your accessory designs fit Standard-5G's external dimensions (~280×200×65mm). License: viewing only.

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Print guidelines

Wall-mount bracket (`wall-mount-bracket.stl`)

• Material: PETG or ABS (load-bearing — Standard-5G + 6 antennas + brick weight ~3 kg)
• Layer height: 0.2 mm
• Wall thickness: 4 perimeters
• Infill: 50% grid (load-bearing)
• Supports: yes (for M4 hole undercuts)
• Print orientation: flat-side-down
• Print time: ~3 hours
• Mounting hardware: 4× drywall toggle bolts or french-cleat hardware (user provides)
• Recommended print: PETG with 100% infill if mounting in seismic zone

Antenna tilt clips (`antenna-tilt-clip-{30,45,60,horizontal}deg.stl`)

• Material: PETG (snap-fit; flexible-but-firm)
• Layer height: 0.15 mm
• Wall thickness: 3 perimeters
• Infill: 30%
• Supports: minimal
• Print orientation: clip-receiver-down
• Print time: ~30 min per clip
• Color: any (slate-charcoal-tinted PETG matches chassis aesthetic)
• Important: tilt clips are for non-broadcast scenarios only. Tilting external antennas changes antenna pattern + gain, which may technically alter SAR exposure. For broadcasting, use vertical default orientation (no clip).

Saffron SIM-eject tool variants (`sim-eject-tool-*.stl`)

• Material: PETG in saffron-tinted filament (Prusament Galaxy Saffron, eSun PETG Yellow Orange, or community color match)
• Layer height: 0.1 mm (high detail for knurled grip)
• Wall thickness: 3 perimeters
• Infill: 100% (small part)
• Supports: minimal (for thumb-grip variant)
• Print time: ~15-25 min
• Note: PETG is softer than the manufactured aluminum tool. Fine for occasional use; aluminum original recommended for daily SIM swaps.
• Community color experimentation welcomed — match the saffron aesthetic in different ways.

Faceplate dust cover (`faceplate-dust-cover.stl`)

• Material: PETG or ABS (transit-protective)
• Layer height: 0.2 mm
• Wall thickness: 3 perimeters
• Infill: 15% grid (cosmetic-only)
• Supports: minimal (use printer's auto-support; tree supports preferred)
• Print orientation: face-up
• Print time on a typical FDM printer: ~2 hours
• Color: any (the dust cover is transit-only; remove before installing in operation)

Cable management rake (`cable-rake.stl`)

• Material: PETG or ABS
• Layer height: 0.2 mm
• Wall thickness: 3 perimeters
• Infill: 30% grid
• Supports: minimal
• Print time: ~3 hours
• Slate-charcoal-tinted PETG matches chassis

Desk-pad feet (`desk-pad-feet.stl`)

• Material: TPU (preferred — rubbery, vibration-damping) or PETG
• Layer height: 0.15 mm
• Wall thickness: 3 perimeters
• Infill: 100% (TPU) or 50% (PETG)
• Supports: none
• Print orientation: feet-down
• Print time: ~1 hour for 4 feet

Under-shelf bracket (`under-shelf-bracket.stl`)

• Material: ABS or PETG (load-bearing — supports Standard-5G + 6 antennas inverted)
• Layer height: 0.2 mm
• Wall thickness: 4 perimeters
• Infill: 80% grid
• Supports: yes
• Print time: ~5 hours
• Important: when mounting inverted, antennas point downward. Cellular SAR exposure is reduced (good); thermal envelope may be marginally tighter (heatspreader still works but cream top deck convection is impaired). Recommended only for cool environments (<25°C ambient).

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Community

Submit your remixes to the WanderVerse STL gallery (URL TBD). Popular community designs may be selected for a "Community Collection" edition — Ambassadors will hand-assemble a small run of each accessory and the designer gets credit + a free Standard-5G unit + a Lux Ambassador-engraved cream top deck.

Submission guidelines: 1. Original work or properly attributed remix (CC BY-SA 4.0 share-alike requirement) 2. Print-tested with photos of completed accessory installed on a real Standard-5G 3. Print profile + material recommendation included 4. Include LICENSE.txt in your submission with CC BY-SA 4.0 license text 5. For SIM-eject tool variants: include functional-test note (must successfully eject side SIM tray on a Standard-5G unit; saffron color match is a stretch goal, not a requirement)

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License — CC BY-SA 4.0 in plain English

You can:

• Share — copy and redistribute the STL files in any medium or format
• Adapt — remix, transform, and build upon the files
• Use commercially — print, sell, distribute the printed parts (3D printers, Etsy resellers, community runs are all welcome)

You must:

• Attribute — give appropriate credit to WanderVerse + the original Ambassador designer (where named in the STL metadata) + provide a link to the original
• Share-alike — if you remix, transform, or build upon the material, you must distribute your contributions under the same CC BY-SA 4.0 license

You cannot:

• Add legal-tech restrictions that legally restrict others from doing anything the license permits

Full license text: https://creativecommons.org/licenses/by-sa/4.0/legalcode

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Why open-STL accessories?

Per Standard 3 (open STL) + Standard 4 (7-year parts) + repair-culture commitment:

• Standard-5G is consumer hardware that lives in homes, HAVEN safehouses, and seasonal residences for 7-15 years; physical accessories (wall-mount brackets, antenna tilt clips, SIM-eject tools) wear out, get lost, or need adaptation
• Users in remote regions can't always wait 5-7 days for shipping; print locally instead
• Install scenarios vary widely (desktop / wall-mount / under-shelf / vertical / RV-pad / HAVEN safehouse rack-pack); printed accessories let users adapt Standard-5G to their specific environment
• Community remixes generate ideas we wouldn't have shipped (e.g., keychain-attachment SIM-eject tool — community would have made this anyway; we publish to make it easy)
• Lower e-waste: a broken antenna tilt clip shouldn't force a whole-chassis RMA
• Saffron-anodized SIM-eject tool replication: community color-matching is a fun project that gives buyers ownership over a small part of their device's aesthetic

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Future files (post-launch)

• Antenna-coverage variant: high-gain external Wi-Fi antenna mount (for users in larger homes who want >150mm antennas on Standard-5G)
• HAVEN-config-specific UPS bay door variants (different aesthetics)
• Saffron SIM-eject tool community-color variants (saffron-tinted, charcoal-tinted, walnut-tinted, etc.)
• Cellular antenna identifier ring DIY-printable variant (cream-tinted PETG approximates the cream-anodized aluminum)
• Travel rack-pack adapter (HAVEN deployment-trip case-fit insert that secures Standard-5G + 6 detached antennas + brick + cord in a Pelican case)
• RV/van-life mount adapter (for users who deploy Standard-5G as a settled-mobile-living gateway with vehicle-grade vibration mounting)

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What is NOT in this directory

• ❌ Chassis body STL (manufactured aluminum, not user-printable)
• ❌ Cream top deck STL (manufactured aluminum + cream anodized, not user-printable)
• ❌ Saffron pinstripe STL (chassis sidewall finish, manufactured 2-tone anodize)
• ❌ Lux Ambassador-engraved cream top deck STL (Ambassador-engraved per-order, intentionally unique)
• ❌ Lux walnut top-deck overlay STL (walnut + cream-anodized aluminum frame, manufactured)
• ❌ Mainboard or daughterboard PCB files (proprietary IP at v1; may open in v2.x post-launch per the open-firmware roadmap)
• ❌ External brick mechanical files (Mean Well IP)
• ❌ External antenna mechanical files (Taoglas IP)
• ❌ Cellular antenna cream identifier ring STL (manufactured collar, machined + anodized — not user-printable for visual fidelity)
• ❌ Saffron-anodized SIM-eject tool STL — DIY-printable variant published (sim-eject-tool-saffron.stl), but the manufactured aluminum tool is not (visual fidelity + anodize cannot be replicated by FDM)

The chassis IS the product. Its visual fidelity is image-locked. Accessories that COMPLEMENT the chassis are open-STL.