3D preview of Transformable Indoor Surveillance Robot - Rover Mode
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Interactive 3D model of Transformable Indoor Surveillance Robot - Rover Mode

Gears and transmission

Transformable Indoor Surveillance Robot - Rover Mode

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Bounding box
335.0 × 275.0 × 150.0 mm
Engine
Precision B-rep
Parameters
28
Published
September 22, 2026

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The prompt

Create a detailed, functional CAD model of a compact indoor surveillance robot that transforms from a four-wheel rover into a safe quadcopter drone. In rover mode, the robot is a low-profile car-like vehicle sized approximately 350 mm × 250 mm × 150 mm. It has four rubber wheels with geared motors, compact suspension, wheel guards, a lightweight aluminum or carbon-fiber frame, and an enclosed electronics compartment. Add a front pan-tilt wide-angle camera, LED lights, ultrasonic or depth sensors, and a small lidar mount for indoor navigation. When the rover reaches stairs, gaps, narrow openings, or obstacles it cannot drive through, four articulated arms unfold from the chassis. Each arm deploys a protected ducted-fan propeller. The arms lock into a balanced X-shaped quadcopter configuration for stable indoor flight. Use realistic servo-driven hinges, mechanical locking joints, cable-routing channels, and foldable landing feet. Include separate, manufacturable components: chassis plates, wheel modules, motors, gearboxes, folding arms, hinge brackets, servo mounts, ducted fan guards, camera module, battery tray, flight-controller mount, wiring covers, cooling vents, fasteners, and removable maintenance panels. Show three configurations: compact wheeled rover mode, mid-transformation, and fully deployed drone mode. Prioritize indoor safety, stable flight, low weight, easy maintenance, protected propellers, realistic dimensions, 3D-printable/CNC-friendly parts, and a practical industrial robotics appearance. Use matte black and dark gray with small orange safety accents. No weapons or unrealistic sci-fi features ,

Parameters

NameValueRange
Ground Clearance20 mm10 – 50
Chassis Length300 mm250 – 400
Chassis Width200 mm150 – 300
Chassis Height50 mm30 – 80
Top Deck Height40 mm20 – 80
Wheel Diameter80 mm50 – 120
Wheel Width25 mm15 – 40
Wheel Base240 mm180 – 320
Track Width (center-to-center)225 mm180 – 280
Ducted Fan Outer Diameter90 mm70 – 140
Ducted Fan Inner Diameter68 mm50 – 110
Ducted Fan Height25 mm15 – 40
Folding Arm Width16 mm10 – 30
Folding Arm Thickness15 mm8 – 25
Arm Duct X Offset120 mm80 – 160
Arm Duct Y Offset90 mm60 – 120
Hinge Boss Radius6 mm3 – 12
Camera Module Width40 mm25 – 60
Camera Module Height30 mm20 – 50
Camera Module Depth20 mm10 – 40
LED Light Radius4 mm2 – 8
Ultrasonic Sensor Radius5 mm3 – 10
Ultrasonic Sensor Depth8 mm5 – 20
Lidar Mount OD30 mm20 – 50
Lidar Mount Height20 mm10 – 40
Landing Foot Width20 mm10 – 30
Landing Foot Length30 mm20 – 50
Landing Foot Height8 mm5 – 15

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.