🚌 E350 Travel Hub

Pitfalls

Severity-ranked pitfalls for hauling event gear in the RV, per item and system-wide.

Research date: 2026-09-24 Scope: Pitfalls for 5 travel/event gear items in an RV context: electric fat-tire trike, drone, RC car, LED kite, ~24” low-power smart TV. Vehicle context: 2014 Ford E350 cutaway shuttle-bus RV conversion (5.4L V8, Class 3, GVWR 10,050–11,500 lb chassis range). Power: 3× ECO-WORTHY Cubix100 48V 100Ah LiFePO4 = 14.4 kWh, 5 kW inverter, 30A shore, solar pending. Lives in desert: Burning Man/BRC, Saguaro Man, regional burns, RTR, 14 music festivals. Key driver: playa (Black Rock City playa) = alkaline, abrasive, electrified dust; desert = heat; events = crowd, regulation, theft, and wind.

This file catalogs what goes wrong with these five gear items, ranked by severity, with a prevention checklist. Every regulatory claim is verified against 2026 sources. Stale or uncertain items tagged VERIFY.

Kill-or-Buy Verdicts (read first)

Item Verdict One-line reason
Drone SKIP (for event use) BRC/Saguaro Man/regional burns all ban unregistered drones; BRC 2026 registration closed → confiscation. ~0 usable event days. 12
E-trike BUY ONLY if Class 1/2, ≤750W, ≤20 mph, working pedals BRC Gate confiscates pedal-less electric trikes (BLM-classified motor vehicles). Most marketed “fat-tire trikes” violate this. 34
RC car BUY, treat as consumable No regulatory ban, huge fun, but playa dust kills exposed drivetrains; budget for rebuilds or choose sealed brushless. 5
LED kite BUY — best cost:payoff ~$20-50, unregulated by FAA under 5 lb, plays perfectly at night events; only wind/line discipline needed. 6
24” TV BUY — prefer native DC (12/24V) model 20-35W draw; DC version lets the 5 kW inverter stay OFF, killing ~0.5-1.2 kWh/day phantom idle. 78

1. Severity Matrix

Ranked by (Severity × Likelihood) for our bus, trips, and power bank. Severity 1 (annoying) to 5 (trip/life/money-ending). Likelihood 1 (rare) to 5 (expected).

# Pitfall Sev Lik Score Item Mitigation
1 Drone confiscated at BRC / useless at burns 4 5 20 Drone Don’t buy drone for events; if owned, leave home at burns, fly only off-grid
2 LiPo/Li-ion fire charging inside bus (esp. unattended/overnight) 5 3 15 RC/e-trike/drone Fire-safe bag on metal, attended, never overnight, smoke alarm, exit path clear
3 Heat permanently degrades all Li batteries (bus cabin 116°F+) 3 5 15 all Remove batteries from hot bus; store 50–77°F; charge at ≤104°F ambient
4 Playa dust kills e-trike motor/bearings/display 4 4 16 E-trike Sealed motor/bearings required; dry-brush before wet wash; post-playa teardown
5 E-trike confiscated at BRC Gate (wrong class / no pedals) 4 3 12 E-trike Buy Class 1/2, ≤750W, ≤20 mph, cranks that actually turn a chain
6 Playa dust wrecks RC car drivetrain 3 4 12 RC car Brushless + sealed bearings + inner body; accept consumable math
7 Kite line across dark playa road — tripping/cutting hazard 3 3 9 Kite Fly in open area, line low, flagged line at night, away from roads/crowds
8 E-trike battery stolen at events/lots (often $500-900) 3 3 9 E-trike Lockable frame battery mount, remove battery at camp, cable lock
9 Inverter phantom/idle draw from 24/7 AC TV setup 2 4 8 TV Native DC TV + inverter off; or hard-wire inverter remote switch
10 RF/vibration damage to TV on shuttle-bus wall mount 2 3 6 TV RV-rated mount w/ lock, brace to frame, not paneling alone
11 E-trike transport: rack/frame overload or no hitch 3 2 6 E-trike 200 lb-class 2” rack, confirm bus hitch exists (VERIFY), tongue weight
12 Bank drain miscalc: e-trike + gear charging off 14.4 kWh 2 3 6 all Budget math: trike ≈960 Wh ≈7% bank; 5 kW inverter ~50W idle, switchable
13 LiPo stored fully charged → swelling/degradation 2 3 6 RC/drone Storage charge 3.8V/cell (~60%); balance charge; hardcase packs
14 Kite shredded in playa gusts (30+ mph) / LED battery dead 2 3 6 Kite Flight-grade polyester, fiberglass→replace on damage; spare LED batt
15 Drone crashes into crowd/art/aircraft at festival 4 2 8 Drone Don’t fly near crowds (over-people = Part 107 violation); VLOS, 400 ft
16 FAA fine: unregistered drone / no TRUST / no Remote ID 3 2 6 Drone $5 registration, TRUST test, Remote ID tag, carry cert when flying
17 E-bike charger inrush stalls weak/small inverter 2 2 4 E-trike 5 kW pure-sine = fine; plug charger→inverter ON→then connect battery
18 RC car runaway into people/dogs/art 3 2 6 RC car Speed-limited mode off, run away from crowds, 2.4 GHz range discipline
19 Charging at <32°F damages Li-ion cells (desert nights) 2 3 6 all Don’t charge cold batteries; warm to >32°F before charging
20 Simultaneous charging overloads 30A shore/breakers 2 1 2 all 5kW inverter + 30A shore handle 3× RV chargers; sequence if worried

2. Regulatory & Legal Pitfalls

2.1 Drone — Banned at Every Burn You Attend (2026 verified)

What goes wrong: Drone confiscated at BRC Gate or on-playa; wasted $500-1500 purchase. Why: Burning Man requires pre-registration to fly in BRC; the 2026 application is closed, and the survival guide states plainly: unregistered drone = leave it at home; unpermitted flying = confiscation. FPV is banned outright. BRC sits within 5 mi of 88NV (Black Rock City Municipal Airport), so the BRC registration process is also the FAA 5-mile airport notification. 19 Saguaro Man 2026: no personal drones at all (Lake Cochise migratory bird stop). 2 Regional burns follow suit — check each event’s drone policy before packing. How to avoid: Do NOT budget a drone for event/playa photography. It gets ~0 usable days across BRC + Saguaro + regionals. Fly a drone only on non-event days, in open BLM/boondock areas, away from people.

2.2 Drone — FAA Rules Even Where Allowed (2026 verified)

What goes wrong: $1,100+ civil penalties for unregistered drone, no TRUST, missing Remote ID, flying over people at a festival. 10 Why (FAA 2026): Recreational flying = Exception for Limited Recreational Operations: TRUST test (free, online), register >250g drones ($5/3 yr), Remote ID compliance, visual line of sight, ≤400 ft in Class G, LAANC authorization in controlled airspace, night flying per CBO guidelines. Default assumption when over crowds/events (festival photography): Part 107 — remote pilot cert + per-drone $5 registration + over-people rules. 1011 How to avoid: If a drone is owned anyway: TRUST + register + label + Remote ID before any flight. At any festival/burn/event: assume no-fly unless the event’s policy page explicitly permits. Music festivals with crowds + drone = both event-ban and FAA over-people problem. Don’t fly at RTR either — 5,000+ people concentrated.

2.3 Kite — FAA Part 101 (mostly a non-issue, verify weight)

What goes wrong: Kite over 5 lb flagged at 500 ft or within 5 mi of airport → FAA violation; night kite unlit → hazard. Why: 14 CFR Part 101 Subpart B applies only to kites over 5 lb flown on line. Limits: <500 ft AGL, ≥3 mi visibility, ≥5 mi from any airport boundary, night operations require the kite + lines lighted. Unshielded kites >150 ft need 24-hr ATC notice. 6 How to avoid: Buy an LED kite under 5 lb (all consumer LED kites qualify) → Part 101 does not apply. BRC is within 5 mi of 88NV, so if you ever get a >5 lb kite, it’s illegal there; stay under 5 lb and this whole section evaporates. Night flying: LED-lit kite already satisfies the lighting intent; keep lines off roads. 6

2.4 E-Trike — BRC Class Rules Are the Purchase-Decider (2026 verified)

What goes wrong: Gate refuses the trike (or it sits in unsecured D-lot all week); $1,500-3,000 purchase with no playa use. Why (2026 BRC Vehicle Rules): Allowed e-bikes must meet ALL: Class 1 or 2 only (≤20 mph), 2-4 wheels, fully functioning pedals, motor ≤750W, electric only. Pedal-less “fat-tire trikes”/mopeds/scooters are classified by the BLM as motor vehicles under the BRC use permit → disallowed unlicensed, ejected if ridden. DMV explicitly warns about vendor ads selling “Burning Man perfect” scooters — scams that get turned away at the Gate. 34 How to avoid: Before buying ANY e-trike, check the spec sheet against all four criteria — Class 2, ≤750W rated motor, ≤20 mph, and working pedals that drive the wheels. Many market trikes (e.g., ~123 lb Addmotor Grandtan class; HJM TriHauler 750W/20 mph) are borderline — read the fine print; a throttle-only trike is disqualifying. Also: BRC speed limit is 5 mph for everyone; speeding = bike + rider eviction. 3412

2.5 RC Car — No Airspace Rule, But Event Policy Applies

What goes wrong: Event staff confiscate the RC car for noise/hazard; or it hits a person/dog and you’re liable. Why: No FAA/national regulation for ground RC, but every event reserves the right to ban anything that injures participants. At wildlife-adjacent venues (Saguaro Man — Lake Cochise birds), staff may cite wildlife disturbance. 2 How to avoid: Ask the event before bringing; run in open dirt away from crowds, art, dogs, and solar arrays (a runaway RC car is a missile for panels and ankles). Speed limiting mode on for crowded environments.

3. Dust & Environment Pitfalls

3.1 Playa Dust — Alkaline, Abrasive, Invades Everything

What goes wrong: White chalky dust wrecks motors, bearings, controllers, camera gimbals, RC drivetrains. It’s not “dirt” — it’s alkaline (pH ~10), abrasive, and electrostatic; it gets into sealed crevices, dries out rubber, and corrodes terminals. 513 Why: Playa dust is fine sodium carbonate/alkali silt. On e-bikes it cakes drivetrain, eats bearing seals, seizes display buttons, and dries/cracks tires. On RC cars it laps into brushed motors (the exposed brush/commutator design is a dust magnet) and servo gears. On drones/DSLRs: gimbal re-calibration errors and sensor dust. 51314 How to avoid:

  • Sealed everything on the trike: sealed bearing hubs, sealed motor (geared hub > open mid-drive), dust-protected display/controller — “not optional luxuries, survival requirements” per playa e-bike operators. 5
  • RC: brushless (sealed can vs open brushed) + sealed bearings + inner body shell (ARRMA-style dirt-proofing). Dusty playa = expose and blow out with air compressor daily; don’t run in whiteout. 15
  • Cleanup protocol (trike/bike): dry-brush FIRST — playa dust hardens into cement when wetted, making washing impossible. Then mild soap + lukewarm water, low pressure only (never spray electricals). Post-event: inspect battery terminals for corrosion, refresh tire sealant, re-grease bearings. 13
  • Drone/electronics: never swap lenses/batteries in the wind; bag between flights; gimbal lock engaged at all times when not flying. 14

3.2 Heat — The Real Battery Killer at Desert Events

What goes wrong: Permanent, irreversible capacity loss — not just reduced range for the day. Damage accumulates and does not recover when temps drop. 16 Why: Li-ion cells degrade above ~95°F and get permanently damaged above ~104°F. A vehicle parked on a 100°F day hits 116°F cabin in one hour — beyond safe storage temp for e-trike/RC/LED-kite batteries. Direct sun on a battery blackens it further. 1617 How to avoid: Remove batteries from the trike/car while parked and store them inside the bus in a cooler part (still shaded). Never charge in direct sun or during peak heat hours (noon-4pm); let a hot battery cool before charging. Ideal storage 50-77°F; charge ≥104°F ambient = no. 161718

3.3 Wind — Kites, Drones, and Dust Storms

What goes wrong: LED kite shredded in playa gusts; drone tossed into the playa; whiteout buries gear in dust. Why: Playa wind routinely 20-30+ mph with gusts; consumer kites (polyester + fiberglass) are tuned for 5-15 mph. Drones are flight controllers, not wind machines — gusts near the deck cause tip-overs. 1920 How to avoid: Kite: fly 8-20 mph winds only; below 8 mph it won’t launch, above ~20 mph you’re feeding it to the playa. Drones: fly only in calm windows (dawn/dusk at events), never in whiteout. When not flying, tether or pack everything — whiteout gusts relocate unattended gear.

3.4 Cold Nights — Charge Curves and Range

What goes wrong: Lithium batteries lose significant capacity below ~40°F; charging below 32°F damages cells permanently (plating). Why: Desert nights (Oct-Apr events, RTR January) drop to 30-45°F. Charging a cold pack forces lithium plating → capacity loss and elevated fire risk. 1621 How to avoid: Warm batteries indoors before charging; don’t charge overnight in an unheated bus at <32°F ambient. Keep trike battery inside (also an anti-theft move). Our LiFePO4 house bank derates below freezing too — the e-trike/RC packs are the same story.

4. Battery & Charging Pitfalls

4.1 LiPo/Li-ion Fire Inside the Bus — The Big One

What goes wrong: Thermal runaway in a habitable RV = violent fire, toxic fumes, you and dogs trapped; micro-mobility devices are the #1 lithium-fire category in Phoenix Fire incident data. 2223 Why: RC/drone/e-trike batteries are LiPo/NMC (high energy density, flammable electrolyte) — NOT the safer LiFePO4 of the house bank. Fire agencies attribute most fires to human error: unattended charging, incompatible chargers, charging in beds/sofas, charging hot/damaged packs. 61% of Phoenix lithium fires were not charging at ignition — a damaged pack can fail parked. 222324 How to avoid (bundle):

  • Charge LiPo/Li-ion in a fire-retardant bag or metal box, on a non-flammable surface, never on the bed/couch/carpet. 2425
  • Never charge unattended or overnight while sleeping. 2223
  • Use ONLY the manufacturer charger for the specific pack; inspect pack for puffing, tears, heat, odd smell before every charge. 2224
  • Don’t charge the trike battery inside the bus at all if avoidable (charge at the ramp/outside); if unavoidable, keep it beside the door with the exit path clear, smoke alarm near, and never overnight. 2324
  • Damaged/dropped/punctured pack = quarantine outside, do NOT charge, dispose properly. 2324

4.2 Charging Multiple Large Batteries From a 14.4 kWh Bank

What goes wrong: Depleting the house bank past comfortable reserves on a cloudy stretch; or tripping inverter/shore breaker when 2-3 chargers fire up together. 26 Reality check (verified numbers):

  • E-trike 48V 20Ah pack ≈ 960 Wh full charge (≈7% of the 14.4 kWh bank, before inverter loss). 26
  • E-bike chargers run 100-240W each (48V @ 2-4A). RC LiPo charger 3-4S at 2C ≈ 200-400W. TV ≈ 30W. 827
  • Total worst-case simultaneous: trike (240W) + RC (400W) + TV (30W) ≈ 670W AC ≈ 800W DC ≈ 5.5A @ 120V — trivial for a 5 kW inverter on 3× 100Ah 48V. One full trike charge/day + gear ≈ 1.2-1.5 kWh/day; Starlink already budgets ~1 kWh/day. Fine on solar/pending array; tight on 3 cloudy days. 262728 The real gotcha — inrush: e-bike chargers have big input capacitors; a 230W-average charger can stall a small/weak inverter on plug-in surge (documented on 1,000W units). Pure-sine 5 kW handles it, but plug sequence matters: charger into inverter → inverter ON → then connect battery to charger. 27 How to avoid: Sequence charging (trike morning, RC midday, battery is a bucket — the bank absorbs everything at under 800W). Track Wh on the shunt. On 30A shore: everything above plugs in plus bank charging = fine (30A = 3,600W). Keep a hard-on/off for the inverter to kill phantom draw. 262728

4.3 Storage Voltage — Storage-Charge the Packs

What goes wrong: LiPo stored fully charged for weeks → swelling, capacity loss, eventual puff → fire risk at next charge. Why: Full-voltage storage is the #1 pack degrader per university/industry guidance; storage target ~3.8V/cell (~60% SOC), balance-charged. 2529 How to avoid: RC/drone packs: storage-charge after every event, keep in hardcase packs, store in LiPo bag in a cool drawer. E-trike: store 40-80% (not full) between trips; top up before the ride. 1629

5. Physical & Logistics Pitfalls

5.1 E-Trike Weight vs Bus Payload and Hitch (VERIFY numbers)

What goes wrong: Rack failure on the highway; no compatible hitch on a shuttle-bus conversion; rear GAWR overload. Why: Fat-tire e-trikes run 100-130+ lb (e.g., Addmotor Grandtan ~123 lb). Dedicated e-trike hitch racks: capacity 200-250 lb, rack itself 50-95 lb, need a 2” receiver. E350 cutaway chassis: GVWR 10,050-11,500 lb, towing 8,450-10,000 lb when equipped — but a conversion may or may not have a 2” receiver, and tongue/rack loads count against rear GAWR. 303132 How to avoid (VERIFY): Confirm the bus actually has a 2” receiver rated ≥250 lb tongue (many shuttle conversions have none — add one, cheap). Pick a 200 lb-class trike rack with ramps (loading an 120 lb trike overhead is a back injury). Total rack+trike ≈ 170-220 lb — well under E350 payload, fine for GAWR, but check the receiver rating. 3031

5.2 Trike Storage Inside the Bus — Exit Path and Fire Blockage

What goes wrong: A 6-7 ft trike stored inside blocks the door/egress; in a Li-ion fire scenario you can’t get out or the trike blocks the fire-fighting path. How to avoid: Dedicate a storage spot that does NOT obstruct the exit or the battery compartment access. If the trike must live inside (which it will — playa dust + outside sun = bad), keep the battery OUT of it and stored per §4.1. Align the trike low and alongside, not across the door.

5.3 TV — Inverter Phantom Draw and Wall Mounts

What goes wrong: 24/7 AC-powered TV setup forces the 5 kW inverter to idle 24/7 → 0.5-1.2 kWh/day wasted (20-50W idle), which on cloudy days is your whole margin. Cheap TV mounts rip out of thin shuttle-bus paneling on washboard roads. Why: 24” LED TVs draw only 20-35W, but inverter idle can exceed the TV itself. Native-DC RV TVs (e.g., Sylvox 24”, 9-32V input) run straight off the 48V bus via a small DC-DC buck — no inverter needed at all. 78 How to avoid: Buy the native DC 12/24V 24” smart TV (Google TV, ~20-35W) and skip AC entirely; leave the 5 kW inverter off unless a true 120V load runs. If you already own an AC TV, add a hard-wired inverter remote switch so you’re not paying idle 24/7. Mount with an RV-rated locking mount braced to metal framing, not paneling. 7833

5.4 Theft at Events and Lots

What goes wrong: Opportunistic theft of a $1,500-3,000 e-trike or its $500-900 battery at BRC, regional burns, festival lots. Bike theft at Burning Man is real and mostly opportunistic — an unlocked trike in a theme camp is a target. 34 How to avoid: Remove and lock the battery (it’s 60% of the value). Cable/U-lock the frame to the bus or a stake even inside your camp perimeter. Mark the frame. Keep trike visible from the door; store inside the bus at night at non-burn events.

5.5 Kite Line Hazards — Night Flying Discipline

What goes wrong: Invisible or hard-to-see kite line crossing a dark playa street at night → participant trips/cuts; line into power lines or over people. How to avoid: Fly in open playa only, away from streets and crowds; keep the line short (<100 ft for night ambient); at night use glow/flag tape on the line; never fly over people, roads, or near power lines (also never retrieve a kite from power lines). Tie off, don’t hold, when not actively flying — a dropped handled reel on the playa is a trip hazard. 19

6. Prevention Checklist (ordered by matrix score)

  • Drone: don’t buy for events. If owned: TRUST + $5 registration + Remote ID + cert carried; zero flights at BRC/Saguaro/regionals; fly only off-grid away from crowds (FAA over-people = Part 107). 110
  • LiPo/Li-ion charging: fire-retardant bag on metal surface; manufacturer charger only; inspect pack for puff/heat/smell pre-charge; NEVER unattended or overnight; trike battery charged outdoors/at ramp when possible; smoke alarm + clear exit path; damaged pack quarantined outside. 22232425
  • Heat: all portable batteries out of the hot bus at events; store 50-77°F; charge only ≤104°F ambient; never charge in direct sun; cool battery before charging. 1617
  • E-trike purchase spec check (before buying): Class 1/2, ≤750W rated motor, ≤20 mph, WORKING PEDALS — all four required for BRC. 34
  • E-trike dust: sealed bearings + sealed hub motor + dust-protected display; dry-brush before any wet wash; post-playa terminal inspection + re-grease. 513
  • E-trike transport (VERIFY): 2” receiver rated ≥250 lb on the bus (may not exist on conversion); 200 lb-class e-trike rack with ramps; rack+trike ≈170-220 lb. 3031
  • RC car: brushless + sealed bearings + inner body; hardcase LiPo; storage-charge after events; run away from crowds/art/dogs/solar; air-compressor blowout after dusty days; budget as a consumable. 51529
  • Kite: <5 lb (FAA Part 101 exempt); fly 8-20 mph winds only; line away from roads/crowds/power lines; flag line at night; spare LED battery; don’t fly in whiteouts/gusts. 619
  • TV: native DC 12/24V 24” smart TV (~20-35W), no inverter; or AC TV + inverter remote switch to kill idle; RV locking mount braced to framing. 7833
  • Charging power budget: trike 960 Wh ≈7%/charge; RC 300-500 Wh; TV 0.5-1 kWh/day; total with Starlink ≈2-2.5 kWh/day — fine on sun, track via shunt, sequence charges; plug charger→inverter→battery. 262728
  • Theft: battery removed+locked, frame cabled, trike inside at night at non-burn events. 34
  • Cold: don’t charge below 32°F; warm packs before charging; trike battery sleeps inside. 21

7. Confidence Summary

Claim Confidence Evidence
BRC 2026 drone pre-registration required; unregistered = confiscation; FPV banned HIGH Burning Man drones page + 2026 BMSG PDF + 2026 drone policy 19
Saguaro Man 2026: no personal drones (Lake Cochise birds) HIGH azburners.org official notice, Apr 2026 2
BRC e-bike rules: Class 1/2, ≤750W, ≤20 mph, 2-4 wheels, working pedals; pedal-less = BLM motor vehicle = banned HIGH BRC Vehicle Rules + DMV article (Jul 2026) 34
BRC 5 mph universal speed limit; speeding = eviction HIGH BRC vehicle rules + DMV comments 312
FAA recreational: TRUST + register >250g + Remote ID + VLOS + 400 ft; Part 107 default over crowds HIGH FAA recreational flyers page (2026) 1011
Drone purchase availability: FCC foreign-drone ban proposals 2025-2026 (DJI) MEDIUM Reason/DroneDJ Jul 2026 — evolving; verify at purchase 35
Kite Part 101 applies only >5 lb; <500 ft; ≥5 mi airport; night lighting HIGH 14 CFR 101 Subpart B (eCFR) 6
LiPo/Li-ion fire guidance (bag, attended, no overnight, charger match) HIGH Multiple fire departments + university EH&S 22232425
61% of Phoenix lithium fires not charging at ignition; micro-mobility top category HIGH Phoenix Fire official release 22
Li battery heat damage >95-104°F; cabin 116°F on 100°F day; storage 50-77°F; charge ≤104°F MEDIUM-HIGH Multiple e-bike manufacturer guides, consistent 1617
Charging <32°F damages Li-ion MEDIUM-HIGH Manufacturer + battery-industry guidance 1621
Playa dust handling protocol (dry-brush first, sealed components) MEDIUM JagerBikes field guide + RC/forum consensus 513
E350 cutaway GVWR 10,050-11,500 / tow 8,450-10,000 MEDIUM Ford dealer spec pages; VERIFY our door-jamb label 30
E-trike weights 100-130 lb; racks 200-250 lb cap, 2” receiver MEDIUM-HIGH Product pages (Addmotor, HJM, OutfitR, HitchRackPro) 3132
24” LED TV 20-35W; DC RV TVs exist (9-32V); inverter idle 20-50W MEDIUM-HIGH Multiple TV wattage guides + RV TV vendors, consistent 78
E-bike charger inrush can stall small inverters at ~230W avg draw MEDIUM Forum documentation (electricbike.com, MTBR) — mitigated by 5 kW pure sine 27
E-trike 48V 20Ah = ~960 Wh full charge MEDIUM-HIGH Math from pack spec (48V × 20Ah), BattleBorn/battery guides agree 26

Sources

  1. Burning Man — Drones (pre-registration required, 2026 application closed, confiscation): https://burningman.org/black-rock-city/preparation/infrastructure/drones ↩ ↩2 ↩3 ↩4

  2. AZ Burners — Saguaro Man 2026 drone prohibition (Lake Cochise birds): https://azburners.org/drones ↩ ↩2 ↩3 ↩4

  3. Burning Man — Vehicle Rules and Protocols (e-bike criteria, disallowed PTVs): https://burningman.org/black-rock-city/bring-your-mutant-vehicle/vehicle-rules-and-protocols ↩ ↩2 ↩3 ↩4 ↩5 ↩6

  4. Burning Man Journal — “Slow Your Roll: Leave Disallowed Scooters and E-motorcycles at Home” (Jul 24, 2026, DMV): https://journal.burningman.org/2026/07/black-rock-city/survive-and-thrive/disallowed-vehicles-in-brc-2026/ ↩ ↩2 ↩3 ↩4 ↩5

  5. JagerBikes — “Essential Tips to Care for Your E-Bike After Burning Man” (playa dust protocol): https://jagerbikes.us/blogs/news/essential-tips-to-care-for-your-e-bike-after-burning-man ↩ ↩2 ↩3 ↩4 ↩5 ↩6 ↩7

  6. 14 CFR Part 101 Subpart B — Moored Balloons and Kites (kite >5 lb, 500 ft, 5 mi airport, lighting): https://www.ecfr.gov/current/title-14/chapter-I/subchapter-F/part-101/subpart-B ↩ ↩2 ↩3 ↩4 ↩5

  7. UDPower TV power guide — 24” LED 20-35W: https://udpwr.com/blogs/portable-power-station-knowledge/how-many-watts-does-a-tv-use ↩ ↩2 ↩3 ↩4 ↩5

  8. Digital Gear Hub — 12V RV smart TVs (Sylvox 24” 9-32V DC): https://digitalgearhub.org/12v-smart-tv-for-rv ↩ ↩2 ↩3 ↩4 ↩5 ↩6

  9. Burning Man Survival Guide 2026 (BMSG) — drones must be registered, forbidden w/o permission, FPV not permitted: http://survival.burningman.org/wp-content/uploads/2026/06/BMSG-2026-fin.pdf ↩ ↩2

  10. FAA — Recreational Flyers & CBOs (TRUST, registration, Remote ID): https://www.faa.gov/uas/recreational_flyers ↩ ↩2 ↩3 ↩4

  11. FAA — Part 107 overview (2026): https://www.faa.gov/newsroom/small-unmanned-aircraft-systems-uas-regulations-part-107 ↩ ↩2

  12. Burning Man Journal — “Ride a Bike or an E-bike in BRC? Read This.” (5 mph, Class 1/2 allowed, Class 3 banned): https://journal.burningman.org/2024/07/black-rock-city/participate-in-brc/ride-a-bike-or-e-bike ↩ ↩2

  13. JagerBikes 2026 — “The Complete Guide to Electric Bike Rules at Burning Man” (sealed bearings/motor = survival requirements): https://jagerbikes.com/2026/04/08/the-complete-guide-to-electric-bike-rules-at-burning-man ↩ ↩2 ↩3 ↩4 ↩5

  14. Nikon camera care (dust ingress voids warranty; blow-don’t-wipe): https://onlinemanual.nikonimglib.com/z9/en/17_technical_notes_06.html — VERIFY applies broadly to camera gear ↩ ↩2

  15. EuroRC — Brushed vs brushless durability (brushless sealed, dust/water resistant): https://www.eurorc.com/news/303/brushed-vs-brushless-rc-choosing-the-right-motor-for-the-application ↩ ↩2

  16. Eahora — “How Summer Heat Affects Electric Bike Battery Life” (2026; heat damage permanent): https://www.eahoraebike.com/blogs/news/how-summer-heat-affects-electric-bike-battery-life ↩ ↩2 ↩3 ↩4 ↩5 ↩6 ↩7 ↩8

  17. Heybike — “How Do You Keep Your Ebike Battery Cool in Summer?” (116°F cabin, 50-77°F storage): https://www.heybike.com/blogs/heybike-blog/how-to-keep-ebike-battery-cool-in-summer ↩ ↩2 ↩3 ↩4

  18. Mihogo — summer e-bike care (cool before charging, avoid noon-4pm charging): https://mihogo.com/blogs/blog/summer-e-bike-care-heat-and-battery-management ↩

  19. Premier Kites assembly/safety instructions (wind range ~8 mph min, power-line/storm warnings): manufacturer docs — VERIFY specifics per kite model ↩ ↩2 ↩3

  20. NerdTechy — LED kite guide (battery life, durability in wind/wet): https://nerdtechy.com/best-kite-with-led-lights ↩

  21. REDARC — “Why you should not charge a lithium battery below 0°C/32°F”: https://au.support.redarcelectronics.com/hc/en-au/articles/13897156899343-Lithium-Battery-RV-Installation-Guide ↩ ↩2 ↩3

  22. Phoenix Fire — Lithium-Ion Battery Fire Investigations (Aug/Sep 2023; 61% not charging; micro-mobility top category): https://web-prod.phoenix.gov/content/dam/phoenix/firesite/documents/LI%20Battery%20Incidents%20-%20August%20September%202023%20Public%20Release.pdf ↩ ↩2 ↩3 ↩4 ↩5 ↩6 ↩7

  23. NYS DHSES — Lithium-Ion Consumer Safety Guide (unattended charging, sleep, outlet): https://www.dhses.ny.gov/system/files/documents/2024/07/li_batteryconsumersafetyguide.pdf ↩ ↩2 ↩3 ↩4 ↩5 ↩6 ↩7

  24. Loudoun County Fire — LiPo battery safety (bag, monitor, odor/color/shape checks): https://www.loudoun.gov/DocumentCenter/View/173402/Lithium-Battery-Safety-PDF ↩ ↩2 ↩3 ↩4 ↩5 ↩6 ↩7

  25. Univ. of Pittsburgh EH&S 02-009 — Li-ion/LiPo storage (fire cabinets, 60-70% storage, 3.8V, no parallel charge, safety bags): https://www.safety.pitt.edu/sites/default/files/docs/02-009Lithium-IonBattery.pdf ↩ ↩2 ↩3 ↩4

  26. Battle Born — “Can I Charge My E-Bikes in a Motorhome When Camping?” (500-800 Wh per battery, inverter needed, bank sizing): https://battlebornbatteries.com/blogs/articles/charge-ebikes-in-motorhome-camping ↩ ↩2 ↩3 ↩4 ↩5 ↩6

  27. Electricbike.com forum — 52V charger stalling 1,000W inverter at only 230W draw (inrush/cap bank; sequencing fix): https://electricbike.com/forum/forum/main-forum/general-discussions/164496-battery-charging-off-inverter-question ↩ ↩2 ↩3 ↩4 ↩5 ↩6

  28. Wander the West / MTBR threads — charging e-bikes off camper inverter (charger 100-240W, bank math): https://www.wanderthewest.com/threads/charging-ebike-in-the-boonies.21448 ↩ ↩2 ↩3

  29. Pittsburgh EH&S (storage voltage 3.8V/60-70%, hardcase, LiPo bag): https://www.safety.pitt.edu/sites/default/files/docs/02-009Lithium-IonBattery.pdf ↩ ↩2 ↩3

  30. DePaula Ford — 2022 E-Series Cutaway specs (E-350 SRW GVWR 10,050 lb, curb ~5,010, tow up to 10,000): https://www.depaulaford.com/wmp/new/2022-ford-e-series-cutaway — VERIFY door-jamb label of our exact bus ↩ ↩2 ↩3 ↩4

  31. Addmotor — Grandtan M-340 eTrike ~123 lb: https://www.addmotor.com/products/grandtan; OutfitR eTrike rack 200 lb cap: https://outfitrer.com/products/etrike-hitch-rack-200lbs-capacity-2-receiver-adjustable-carrier-for-adult-electric-fat-tire-folding-tricycles-fits-cars-suvs-trucks-rvs ↩ ↩2 ↩3 ↩4

  32. HitchRackPro SD 32-65 — eTrike platform carrier (95 lb rack, 250 lb cap, 2” receiver only): https://hitchrackpro.com/products/hitch-cargo-rack-for-etrikes-model-32-65 ↩ ↩2

  33. PowerInverters.com — inverter sizing chart (TV 30-200W running, 50-250W surge; disable quick-start standby 5-15W): https://powerinverters.com/tv-power-consumption ↩ ↩2

  34. JagerBikes 2026 — BRC e-bike rental guide (night storage, battery removal, “bike theft happens at Burning Man”): https://jagerbikes.us/blogs/news/burning-man-2026-e-bike-rental-the-complete-guide-prices-pickup-what-to-expect ↩ ↩2

  35. FCC foreign-drone ban proposals (Dec 2025 Covered List; Jul 2026 proposal to ban previously-approved foreign drones) — affects NEW drone purchases: https://dronedj.com/2026/07/22/fcc-foreign-drone-ban-new , https://reason.com/2026/07/22/fcc-wants-to-ban-drones-it-already-approved-for-sale ↩