ANDURIL INDUSTRIES // CONCEPT STUDY
ROOK A03
AUTONOMOUS DRONE SUPPORT PLATFORM
0GHOST
MISSION-READY
4×4
ALL-TERRAIN EV
0KG
PAYLOAD
0KM
RANGE
A03 // WALKAROUND — SCROLL TO ORBIT
SCROLL
DEPLOY · RECOVER · SUSTAIN◆MUTT 4×4 CHASSIS◆LATTICE OS NATIVE◆V-22 AIR TRANSPORTABLE◆BUILT FOR THE MISSION
01
MOTION STUDY
ROOK in the field.
M-01 // BAY OPEN SEQUENCE
M-02 // TERRAIN TRAVERSE
M-03 // DISMOUNT ESCORT
M-04 // HALT & DEPLOY
02
NAME ORIGIN · ROLE IN THE MISSION
Strength. Protection.
Mobility.
Mobility.
ROOK
The name ROOK is derived from the chess piece. On the board, the rook is a symbol of:
STRENGTH
PROTECTION
MOBILITY
Like the rook on the board, this platform provides a strong, mobile foundation that enables mission success — an autonomous ground vehicle designed to deploy, recover, and sustain unmanned systems in contested environments.
ENABLES DRONES
Carries, charges, and maintains unmanned systems ready for rapid deployment.
EXTENDS RANGE
Brings power, payloads, and logistics deep into the operational area.
SUSTAINS OPS
Provides the tools, parts, and support needed to keep missions moving.
SURVIVABILITY
Autonomous and expendable when needed — reducing risk to personnel.
ROOK is more than a vehicle — it's a force multiplier. It empowers operators to project autonomous capability farther, operate longer, and adapt faster.
SILENT. RELENTLESS. MISSION-READY.
03
ONBOARD SYSTEMS
Every millimeter accounted for.

↔
FIG 01 // PAYLOAD BAY — DRAG TO INSPECT
PHYSICAL
SCHEMATIC
01–02
GHOST BAY
Two Ghost drones in folded transport config. Foam-lined quick-release drawers, deploy-ready in under 60 seconds per unit. 60 mm clearance reserved for connectors and vibration isolation.
03–10
CHARGE RACK
Eight-pack battery magazine charging in sequence off the 1.5 kW export bus — each pack fast-charges in ~35 minutes. Per-cell temperature monitoring, status LEDs visible without opening the bay.
11
MAINTENANCE
Rotor installation tool, spare propellers, torque kit, airframe locking pins, diagnostic cable, MIL-spec field repair pouch — all accessible without removing drones.
12
EDGE COMPUTE
Integrated Lattice OS node. Lattice Mesh networking, 900 MHz MANET radio, GPS/INS. ROOK acts as a mobile ground control station — Ghosts hand off telemetry, rearm, and relaunch through Lattice.
04
DEPLOYMENT SEQUENCE
Ghost to airborne in 90 seconds.
01
LID OPENS
Hydraulic actuators split canopy in under 4 seconds
02
DRAWER OUT
Ghost 01 slides to deploy position on rails
03
MAIN ROTOR
Swing and lock — audible click confirms engagement
04
TAIL SET
Extend tail boom, swing tail rotor into position
05
SYS CHECK
Lattice pre-flight — battery, comms, nav confirmed
06
LAUNCH
Liftoff. ROOK closes bay, resumes mission
ELAPSEDT+00:00
GHOST 01 // AIRBORNE
05
GRAPHIC SYSTEM · REV 02
Functional. Minimal.
Purposeful.
Purposeful.
FULL SYSTEM // IDENTITY · SYSTEM LABELS · DOCKING · WARNINGS · STATUS
APPLIED ACROSS HULL, BAY & PAYLOAD MODULES
06
PROJECT SCOPE
Concept to communication.
End to end.
End to end.
ROOK is a self-directed concept study exploring how a small autonomous ground vehicle could deploy, recover, and sustain Ghost-class drones at the squad level. The concept draws on real-world platforms and published specifications — from the GDLS MUTT family to Anduril's Ghost — then carries the idea through a full design communication pipeline.
CONCEPT & RESEARCH
Platform selection, real-world spec grounding, mission definition, payload budgeting.
GRAPHIC SYSTEM
Complete decal & livery system — identity marks, system labels, warnings, docking guides.
VISUALIZATION
Studio and field renders, payload configuration studies, livery application.
MOTION & WEB
Field motion studies, HUD-style interface animation, and this presentation.
// GET IN TOUCH
MICHAEL ALTUNA
SENIOR 3D ARTIST · ENVIRONMENT & HARD SURFACE







