Blender tasks.
Explicit verifier.

# Neon Last Mile

Create a rainy neon alley at night. A compact autonomous courier drives from the
alley entrance, steers around two construction barriers, and stops beneath a DELIVERY
sign. Its cargo hatch opens at the destination.

The scene must include a wet road, modular facades on both sides, visible utility
pipes, neon signs, the courier, two barriers, a route curve, and hero/side/top cameras.
Animate frames 1-180: travel during 1-140 and hatch opening during 145-175.

Deliver `output/final.blend`, `output/final.glb`, four renders, and
`output/validation.json`. Use only Blender built-ins and procedural geometry.

Text-only task · no source image supplied

# Orbital Repair Bay

Build a cinematic orbital maintenance bay around a damaged communications satellite.
Two articulated repair arms coordinate a repair: one stabilizes the satellite while
the other removes a damaged panel and installs a replacement. Include Earth as a
curved background, bay trusses, work lights, warning beacons, and drifting particles.

Animate frames 1-240 with a readable approach, grasp, panel swap, and inspection
sequence. All arm joints must have explicit hierarchy or constraints. Deliver an
editable Blend, GLB, hero/wide/top renders, and validation JSON.

Text-only task · no source image supplied

# Kinetic Watch

Create a premium skeleton watch with a readable case, crystal, dial ring, hands,
crown, movement plates, balance wheel, and at least eight gears. Produce an exploded
animation that separates the assembly along its depth axis and returns every part to
its original transform without intersection.

Frames 1-60 show the assembled watch, 61-150 explode it, 151-240 hold and orbit the
camera, and 241-330 reassemble it. The balance wheel and gear train continue moving.
Deliver macro hero, exploded, side, and top renders plus Blend, GLB, and validation.

Text-only task · no source image supplied

# Deployable Rescue Drone

Design a compact quadcopter carried as a rectangular backpack module. Four folded arms
deploy symmetrically, rotor blades unfold, landing feet extend, and a winch lowers a
medical package onto a marked landing zone in a storm-damaged street.

Animate frames 1-220: arm deployment, rotor startup, short flight, hover, winch drop,
and stable package placement. Show folded and deployed dimensions with measurement
objects. Deliver Blend, GLB, four views, and validation JSON.

Text-only task · no source image supplied

# 48 sqm, Three Lives

Build one 8 m by 6 m apartment shell and furnish three mutually exclusive versions:
SOLO for a remote developer, FAMILY for two adults and one child, and ACCESSIBLE for
an older resident using a walker. The shell, doors, windows, cameras, and lighting must
remain identical so the three layouts can be compared directly.

Each layout needs sleeping, cooking, dining, working, storage, and bathroom functions.
Keep a continuous entrance-to-bed circulation path and add named clearance proxy
objects: 0.8 m minimum for SOLO/FAMILY and 1.0 m for ACCESSIBLE. Deliver three matched
hero renders, one top comparison, Blend, GLB, and validation.

Text-only task · no source image supplied

# Autonomous Warehouse: The Last Box

Create a compact fulfillment cell with three rack aisles. An AMR starts at charging,
navigates around a temporary blocked aisle, receives a box from a pick station, and
delivers it to a palletizing robot arm. The arm places the box on a pallet and both
machines return to a safe idle state.

Animate frames 1-300. Include a visible planned route, blocked zone, safety perimeter,
fork sensors, pick station, pallet, and status lights. No moving machine may cross the
safety perimeter while the other is active. Deliver Blend, GLB, four views, and a
validation report.

Text-only task · no source image supplied

# Boss Room: 15 FPS to 60 FPS

Create a ruined cathedral boss arena and preserve two comparable collections:
BASELINE_HIGH and DELIVERY_OPTIMIZED. The optimized version must retain the hero-camera
silhouette and material identity while using instancing for repeated architecture,
three LOD levels for hero assets, simple collision proxies, and consolidated materials.

The final report must record triangle counts for both versions, optimized-to-baseline
ratio, unique mesh count, material count, and GLB size. Target at most 35% of baseline
triangles and no more than 24 optimized materials. Deliver matched before/after renders,
top view, Blend, optimized GLB, and validation JSON.

Text-only task · no source image supplied

# Save the Friday Build

Repair the supplied broken product-launch scene without rebuilding it from scratch.
The scene contains twelve seeded defects spanning missing material links, inverted
normals, wrong scale, broken parenting, an offset camera target, disabled lights,
intersections, duplicate objects, a detached mechanical joint, invalid frame range,
missing export collection membership, and an incorrect output color transform.

First create `output/diagnosis.json` listing each suspected defect and affected object.
Then repair the scene with minimal edits, preserving unaffected object transforms and
names. Deliver repaired Blend and GLB, four renders, `output/change_log.json`, and
validation. Do not delete the `FAULT_MANIFEST` text block.

Text-only task · no source image supplied

# Guardian from Fragments

Create an archaeological reconstruction showcase for a damaged stone guardian statue.
Preserve two comparable collections: SOURCE_FRAGMENTS contains the discovered scan-like
pieces in their catalogued positions, while RECONSTRUCTED contains the assembled
interpretation. Keep uncertain or invented surfaces visibly distinct from confirmed
stone without weakening the hero silhouette.

Animate frames 1-240 as at least eight fragments move from an exploded survey layout
into the reconstructed guardian. Include alignment pins, reference planes, gap markers,
scale bars, and a color-coded uncertainty map. Write `output/reconstruction_report.json`
with fragment counts, confirmed-versus-inferred surface estimates, unresolved gaps, and
the reconstruction assumptions. Deliver matched source/reconstructed renders, exploded
and top views, Blend, GLB, and validation JSON.

Text-only task · no source image supplied

# Stormwall: 90-Second Response

Create a compact canal-district digital twin that responds to a fast storm surge.
Show a normal public waterfront, rising water, sensor alerts, evacuation routing, and
a modular flood barrier deploying before the surge reaches the protected plaza. The
scene must communicate both the civic environment and the control-system logic.

Animate frames 1-300. Include at least twelve independently named barrier modules,
water-level sensors, warning beacons, protected and flood-risk zones, evacuation
waypoints, and a visible control station. Barrier modules must deploy in a coordinated
sequence and the protected zone must remain dry after full deployment. Write
`output/emergency_plan.json` with the alert threshold, deployment sequence, evacuation
route, sampled safety checks, and any remaining risk. Deliver calm/storm hero renders,
side and top views, Blend, animated GLB, and validation JSON.

Text-only task · no source image supplied