Enceladus Within

Love Burn 2027 application · prepared September 30, 2026

A moon you can
move with your body.

A 2.5 m walk-in zorb, lightly frosted, stands on lander legs or hangs at eye level from the artist’s own aerial rig. Two 3,600-lumen projectors paint it with fractured ice, the hidden ocean and its plumes. Climb in through the tunnel, sit on the soft floor, say “I am the man on the moon” (or woman, or whatever you are), and two cheap phone cameras inside put you on it: your live face, blown up to the size of the moon, fades in under the ice, the ice fractures around you, the hidden ocean floods through, plumes rise from where you sit, and the moon slowly takes itself back. Haze in the air outside makes the beams visible. One person inside at a time, a crew member at the tunnel, a switch at the door and a stop switch at the seat.

Download the application answers Download the resource ledger Ledger data (JSON)

These schematics are the Tier 1 build for the application: one person inside at a time, dry land, projectors on stands, no engineering beyond a fabricated steel triangle and an aerial rig used within its manual. The concept art shows the one-unit upgrade with projector heads on arms from the triangle; the over-water version remains a future ambition with its own approvals.

Generated concept art: a person sitting inside a clear sphere on a low steel triangle with three lander legs at dusk, their own face projected large across the sphere, with projector heads on arms from the triangle corners
The landed state. Generated concept art, October 2026: one person inside the moon, their live face across its surface, the triangle holder on its lander legs. The projector heads on arms are the one-unit upgrade; the 2027 build puts the projectors on stands, as the plates below show. A second piece of concept art shows the same holder hung.

Plate 1 · The hung version.

Elevation of the hung 2.5 m sphere on a 16 ft aerial rig with two projectors Side view. A four-leg aerial rig about 4.9 metres tall holds a 2.5 metre sphere whose centre is 1.7 metres above the ground. Two projectors on telescoping stands four metres either side throw light onto the sphere. One person sits inside on the soft floor, entering through a tunnel on the side; two phones inside the sphere frame the seat. A mini PC, a blower, a hazer and a GFCI power box sit at ground level. tunnel attachment ≈ 4.6 m (16 ft rig nominal 4.88 m) 4.0 m throw (1.47–1.62 × 2.5 m) 2.5 m centre 1.7 m top bar · halyard over a block + rated swivel + safety sling projector A · 3,600 lmprojector B · 3,600 lm 13 ft telescopingstand, sandbagged two phones inside the zorb, framing the seat blowerhazer mini PCGFCI box Plate 1 · hung version, elevation · not to a stamped scale one person inside at a time, on the legs or within the rig's rated load; blower on, tunnel open; winched down to the cradle above the wind limit
What the committee is funding. Sphere centre at 1.7 m so a seated viewer sees it whole; projectors 4 m out on each side, matched to the Optoma HD146X throw ratio; the blower runs continuously; the Pi and power box sit behind projector B.

Does it fit the rig?

Needed attachment height = sphere + 0.3 m ground gap + 0.6 m bridle + 0.2 m hardware + 0.3 m movement. The sphere must also pass between the sloping legs at its widest point.

Largest sphere by rig height
Rig nominalAttachment heightLargest sphere by height2.5 m sphere
12 ft3.66 m2.2 mno · use 2 m
16 ft4.88 m3.4 myes, 1 m spare
20 ft6.10 m4.7 myes

Andrew’s own rig model decides this row. Its manual, not this table, sets the load and wind limits.

Hanging it: the sphere side and the support side

The moon is the zorb. A TPU zorb weighs tens of kilograms (a 3 m one 80 to 100 kg) and has no rated top point, so nothing hangs from its skin: it seats in a padded steel loop at the centre of a fabricated triangle, lifts on a three-line bridle through a rated swivel, and a hand winch with a brake on the rig leg does the raising and lowering. Its skin has to diffuse light, frosted or white or with a diffusing liner; the October bench test proves that before anything else is bought.

Cheap static metal, done right, is a lighting goalpost. Two 14 ft ProX crank stands (220 lb each, TUV certified, about $316 to $400 each on sale) and a 10 ft truss span make a rated, resellable goalpost that fits in the truck and cranks the moon down in wind in a minute: $1,010 to $1,824 with contingency, artist-funded, used only if the owned rig fails the fit check. A custom weld costs about the same, is rated by nobody and cannot be lowered.

Plates 2 and 3 · A tree, or the ground.

Tree-hung alternative The sphere hangs from a single assessed branch with a protected sling, the same projectors on stands, and the same ground kit. Only with the event's written approval and an arborist and rigger looking at the exact limb. Plate 2 · assessed tree written event approval + arborist + rigger first bark protection pad swivel + safety line blowerGFCI box no cutting, drilling or pruning; the limb and load direction are assessed together
Same artwork, different hook. A tree is a candidate only with the event’s written permission for that tree. The research page explains why a healthy branch is not a free rated anchor.
Landed on lander legs The sphere sits in a padded loop at the centre of a steel triangle that stands on three splayed legs with foot pads on sandbags, its centre 1.7 metres above ground and its top at 2.95 metres. One person sits inside; the tunnel is on the side. Projectors, mini PC, blower and power are unchanged. This is the configuration people go inside in, and the one used if no rig is allowed. top 2.95 m · 9 ft 8 in centre 1.7 m Plate 3 · landed on lander legs where people go inside · the no-rig fallback · nothing overhead or to climb tunnel steel triangle· loop seat blowerGFCI box lander legs pinned to the corner plates · foot pads on sandbags · no stakes sized for the sphere plus one seated person; proof-loaded at the bench test
The landed state. The same triangle on three pinned legs: centre at the same 1.7 m, top just under 10 ft, tunnel at knee height, blower on, a crew member at the door. This is where people go inside, and the whole piece if no rig is allowed.

If something is not allowed.

No aerial rig or truss
The moon lands. Three pinned legs on the steel triangle stand it like a landed probe (NASA’s Enceladus concept is an Orbilander) with its centre at the same 1.7 m and its top just under 10 ft: same projectors, same cameras, same show, nothing overhead, nothing to climb, sandbags on the foot pads. The landing can also be the nightly show beat.
The truck
Transport only: it unloads at the placement and parks at Miami Marine Stadium like any car; the kit is hand-carried in one trip with three people. Parking it at the camp as scenery is a later option, not part of the 2027 ask. What Love Burn allows.
No event power
An inverter generator under 5,000 W at the artist’s cost, or a battery station for intermittent nights.
No haze
The piece runs without it; the beams are a bonus.
No tree, no shoreline
Never assumed; rig or lander legs on dry land.
Wind
Lowered and strapped in a minute; above the second limit, deflated and covered for the night.

Plate 6 · Lowering the moon.

Halyard, block, cleat and cradle for lowering the sphere Elevation. A rope runs from the top of the sphere over a block shackled to the rig's top bar and down the right leg to a horn cleat at waist height. A separate safety sling hangs slack from the bar to the sphere while it is up. Two light tag lines run from the sphere's lower ring to the legs. A padded cradle sits under the sphere at all times, so lowering is a 25 centimetre ease of the halyard; the dashed circle shows the lowered position. Plate 6 · lowering the moon · one person, one minute the cradle stays under the sphere all night; lowering is a 0.25 m ease, then two straps to the sandbags block shackled to the top bar safety sling, slack while hung;unclip before lowering hand winch with brake at 1.2 m rated halyard, sized for the zorb optional tag line to the leg, both sides:damps swing in wind; the moon may still turn strap to sandbag after lowering lowered0.25 m
Lower it, don’t drop it. To lower: unclip the safety sling, uncleat and ease the halyard 0.25 m until the sphere sits on the cradle, cleat off, strap the two lower rings to the sandbags. To raise: reverse. Parts are in the rigging kit: a hand winch with a brake on the rig leg (a boat-trailer winch is the cheap one), a block at the top bar, rated rope sized for the zorb, a rated swivel, carabiners. The swivel is lyra-style on purpose: the image is projected, so the moon can turn under it and the picture stays put; tag lines only damp swing. A pair of porch-swing springs above the swivel makes it bob gently if we want that. A crank-stand goalpost does the same job with its crank.

Plate 4 · Signal and power.

Signal chain and power distribution Two phones inside the zorb stream live video of the person seated inside the sphere over a private Wi-Fi to the artist's laptop, which composites the feeds with the moon film and sends the finished picture over the same Wi-Fi to a mini PC at the projectors; the mini PC drives one HDMI output to each projector and audio to a small speaker. Nothing is stored. Power: one 20 amp circuit through an inline GFCI to a weatherproof box feeding the projectors, blower, Pi, speaker and hazer. Plate 4 · signal (top) and power (bottom) phone A · in the zorblive camera, nothing stored phone B · in the zorblive camera, nothing stored the phones’ app streams camera and mic; a switch at the tunnel turns the AV on going in and off going out; a stop switch at the seat; the words “I am the man on the moon” are the trigger private Wi-Fiowned UniFi router · no internet laptop compositeslive feeds + moon film→ Wi‑Fi → mini PC node→ HDMI to 2 or 3 heads projector A · HDMI 1325 W projector B · HDMI 2325 W speaker · 3.5 mm / USB event circuit120 V · 20 A · dusk–midnight inline GFCIoutdoor cord weatherproof boxcable ramps on walkways projectors A + B · 650 W (manufacturer spec) blower · up to 700 W (product label) mini PC, speaker, phone chargers · under 100 W hazer · per its label, still air only (owned) measured schedule after the bench test · generator fallback at artist cost
No internet, no stored images, one circuit. The phones only see the seat, and the image exists only on the moon while someone sits there. The host keeps a calm loop running if a phone drops, and the physical shutdown (lower, cover, unplug) is independent of the software.

Plate 5 · Footprint.

Plan view of the 10 by 10 metre footprint A ten by ten metre square with the tunnel and its queue on the north side and a viewing area on the south. The rig's four legs form a 5.5 metre square in the centre with a 1.5 metre clear zone around them. The sphere is at the centre. Projectors sit four metres east and west with their beams toward the sphere. Viewing areas are north and south. The hazer sits downwind near a leg; the power box is at the north-east corner with a cable ramp to the supply. Plate 5 · plan · 1 m grid · north up viewing area · matstunnel · queue · crewviewing area · matsviewing spot hazer blower mini PC GFCI box to supply, ramped rig leg1.5 m clear zone around legs proj. Aproj. B 10 m × 10 m placement · rig footprint 5.5 m square (illustrative)
Where things go. The tunnel faces north, where the queue and the crew member stand; the south side is the widest view, and nobody walks through a beam. The projectors’ backs face east and west, so spill onto neighbours is minimal.

Ledger and the ask.

What a Love Burn grant usually is

From Love Burn’s own finance disclosures: LB2024 paid $440,092 in cash art grants across 210 projects, about $2,096 per project; LB2023 paid $387,071 across 149, about $2,598. (The 2026 and 2025 links on that page currently open the 2024 and 2023 files.)

The form sorts requests into tiers: Spark to $599, Seed $600 to $3,000 for “simple to medium builds, portable art, or small interactive pieces”, Feature $3,000 to $15,000, Anchor above. Ask: $3,000 cash as a Seed Grant, plus 3 crew tickets and one power circuit, itemised against the Tier 1 list. It covers the low build in full; the artist covers the rest and every in-kind line.

What the artist brings

Aerial rig
Owned. Model and height to confirm; sets the fit row above.
Hazer
Owned. Still-air beams; fluid is a consumable.
Laptop and UniFi router
Owned. The laptop composites the live feeds in real time; the router makes the private, internet-free network.
Truck
2021 Ram 2500 for transport only; carries no load and is not part of the 2027 art.
Design and labour
v3/v4 design packages, content authoring, build, install, nightly operation, strike, travel.
Tier 1 cash · observed retail prices September 30, 2026, allowances marked
LineQtyLowHighKind
The moon: the zorb (owned), plus a diffusing liner or frosting if needed1$0$700allowance
Optoma HD146X 1080p projector, 3,600 lumens2$998$1,198observed price
Output node at the projectors: mini PC with two or three video outputs ($0 if the owned laptop drives them directly)1$0$200observed price
Output-node accessories: weatherproof box, HDMI leads (Wi‑Fi from the owned UniFi router)1$40$90allowance
Old phones inside the zorb running the project’s app, camera and mic (owned, or $25 each second-hand)2$0$50allowance
Phone mounts and power banks inside the zorb2$30$44observed price
Weatherproof switches: one at the tunnel (AV on going in, off going out), one inside within reach (stops the show)2$20$40allowance
13 ft heavy-duty light stands2$128$128observed price
Projector brackets2$36$38observed price
Rain and spray covers2$120$300allowance
Rigging kit: slings, shackles, swivel, safety line, straps, sandbags1$150$400allowance
Outdoor cords, inline GFCI, cable ramps, weatherproof box1$150$300allowance
Weather-resistant powered speaker1$100$250allowance
Lander legs with foot pads, mats, sandbags1$100$300allowance
Repair kit, tape, spares, batteries1$50$150allowance
Steel triangle and loop seat, tube and pads (fabricated; labour in-kind)1$60$180allowance
Subtotal$1,982$4,368
Contingency 20%$396$874
Tier 1 cash total$2,378$5,242
Third projector · continuous wrap, with contingency$902$1,345first upgrade
Tier 2 add-on · two more projectors, stands, second Pi$1,643$2,344if funded
Every option on one scale · rental rows at the pricing page’s defaults
OptionProjectorsBasisCash lowCash high
Tier 1: hung 2.5 m sphere, purchased projectors2purchase$2,378$5,242
A lit moon on the ground0rental$4,500$13,750
Ground-supported hemisphere1rental$9,338$21,463
Full sphere on a ground cradle2rental$19,300$39,675
Fixed in the truck bed2rental$21,050$44,050
Freestanding fixed pedestal2rental$22,675$47,175
Hang from an existing approved point2rental$21,675$44,675
Fixed truck cantilever4rental$42,975$79,850
Hang from a freestanding gantry4rental$36,975$67,975

Sources for every price are in the ledger document. The rental rows come from the pricing workbench; the mount research explains the rig fit rule.